Used Excavators

Archive for the ‘Info’ Category

Backhoe Buckets the most important part in the backhoe loader vehicles. The buckets are always checked before the vehicle operates and work. Before you buy a backhoe or already have owned a backhoe it to important to be aware the condition and the brand of your bucket. It can degrade the performance of your backhoe if the bucket is in not its good condition. Better check it always to make your work much easier and faster. Most of the backhoes have its two buckets on the vehicle. Those buckets are located at vehicle’s front end or also called the vehicle’s loader end. Another bucket is located at the rear or at back end which is also called the excavator. That is the reason the backhoe is versatile for construction works. The other excavates and the other can carry materials. If the machine is larger enough on the vehicle you will need a much Backhoe Buckets to be compatible in your machine. There are a lot or variety of buckets available that’s suits your needs in the field. You can make use of the standard bucket that only carries materials. You can use also the clam bucket which is capable of closing and opening the bucket that carries the materials. But make it aware that using the clam bucket needs a hydraulics that is suited on the machine. These buckets are only for the front end of the vehicle. The Excavator end or the back end is located at the back of the machine. This bucket excavates and digs the earth at ease. People dig a hole on the ground using the excavator to ensure the same and uniform width of the hole which is appropriate on the blue print. Whenever you need a bucket for your backhoe there are a lot of buckets that differs the needs and capacity of your machine. You can do searching online and check heavy equipments manufacturers what are available options for your backhoe. There are a lot of manufacturers of equipments. The most reliable manufacturers are the John Deere, JCB, KPX, Case, Caterpillars, Massey Ferguson etc. No matter what the brand your backhoe was, the machine relies on its bucket. Without the bucket how the machine cans operates and makes a help on those construction of buildings and roads. Always check the bucket and manage to use it correctly as of the machine is used in appropriate way. Here are some available buckets; Backhoe Severe Duty Bucket, Frost Bucket, Quick Attach Bucket, Pin on Bucket, and the back bucket. These are made by different manufacturers

Mohenjo-daro

Mohenjo-daro was a city of the Indus Valley Civilization, 20 km from Larkana and some 80 km southwest of modern Sukkur, Sindh, Pakistan. It is a UNESCO World Heritage Site and better preserved than Harappa. However, due to rain the upper part of tomb is now destroyed despite steps to further save this world historical place.

Ancient city on the bank of the Indus River, in present-day southern Pakistan

The site of Mohenjo-Daro (also Moenjo-daro, latitude 27 degrees, 25 minutes north, longitude 67 degrees 35 minutes east), in Larkana District, Sindh, Pakistan, is the largest and most extensively excavated Indus city in Pakistan.

This city would have dominated the major trade routes and agricultural potential of the southern Indus plain, from around 2600-1900 BCE.
Mohenjo-Daro is located in District Larkana at a distance of about 28 km from Larakana and 107 km from sukkur.
Mohenjo-Daro was a city located in the south of Modern Pakistan in the Sind Province, on the right bank of the Indus River. It was built between four and five thousand years ago, and lasted until 3,700 BP. It was part of the Harrapan Civilization, and the city had at least 35,000 residents. Mohenjo-Daro means “mound of the dead”.

The city was approximately one square mile in size. In 1922-1927 large scale excavations at Mohenjo-daro were carried out by R. D. Banarjee and continued by M. S. Vats and K. N. Dikshit under the direction of Sir John Marshall. E. J. H. MacKay carried out further excavations from 1927 to1931. Sir Mortimer Wheeler made small excavations in1950.

As a result of this extensive work almost one-third of the area of the old city was exposed, revealing for the first time the remains of one of the most ancient civilizations in the Indus Valley. Typical of most large and planned cities, Mohenjo-daro had planned city streets and buildings. The settlement was thought to house roughly 5,000 people, and had houses, a granary, baths, assembly halls and towers.

Mohenjo-Daro – largest city of the Indus Civilization

The site of Mohenjo-Daro (also Moenjo-daro, latitude 27 degrees, 25 minutes north, longitude 67 degrees 35 minutes east), in Larkana District, Sindh, Pakistan, is the largest and most extensively excavated Indus city in Pakistan.

Mohenjo-Daro – It was built around 2600 BC, and was abandoned around 1700 BC, probably due to a change of course of the river which supported the civilization.

Mohenjo-Daro – The high western mound is generally referred to as the “citadel” mound, but it is subdivided into several sectors.
The city was divided into two parts, the Citadel included an elaborate tank or bath created with fine quality brickwork and drains; this was surrounded by a verandah. Also located here was a giant granary, a large residential structure, and at least two aisled assembly halls. To the east of the citadel was the lower city, laid out in a grid pattern. The streets were straight, and were drained to keep the area sanitary. The people of the city used very little stone in their construction. They used two types of bricks- mud bricks, and wood bricks, which were created by burning wood.

They used timber to create the flat roofs of their buildings; there are brick stairways leading to the roofs of many houses. Some houses were small, and others were larger with interior courtyards. Most had small bathrooms. Potter’s kilns, dyer’s vats, as well as metalworking, bead making, and shell-working shops have all been discovered. The people were good at irrigation and flood control. However, when the Indus River changed its course around 3700 years ago, the civilization died.

All Indus valley sites including Mohenjo-daro and Harappa, were built according to a grid pattern plan. Each city had broad parallel streets which crossed each other to divide the city into compact rectangular blocks, and had an advanced and extensive drainage system. In addition to it’s numerous other achievements Mohenjo-daro and other Indus sites made extensive use of baked brick (unlike the sun-dried brick typical of Mesopotamian civilization), which gave greater durability to all of its buildings.

In 1908, during archaeological excavations near the French village of la Chapelle-au-Sen (Department of Corrèze) brothers A. and J. Buisson, and L. Bardon found in a cave the skeleton of an old Neanderthal man who lived in the Upper Pleistocene glaciation during Wiirm about 50 thousand years ago. French paleontologist M. Boule has studied the remains and found that they belonged to the “classic” Neanderthals. In his view, the Neanderthals could not be ancestors of modern humans. This conclusion was based not only on the primitive structural features that bring together the Neanderthals and their predecessors (Pithecanthropus and Sinanthropus) as the signs of specialization, showing the deviation of Neanderthals from the main line of human evolution. Thus, the archaic structure of skull combined them with a very large mass of the brain (even more than modern man) and primitive its structure.

The famous archaeologist, MM Gerasimov reconstructed the appearance of several Neanderthals, including a cave in the vicinity of la-Chapelle-au-Seine, on the remains. Here is how he describes them:

The forehead is low, sloping … close-set small eyes sink deep under the “peak” brow. The neck is short, very strong. The shoulders are sloping. Throughout the guise feels kind of savage primitiveness. Yet this man, but has all the biological characteristics of a specialized type … It was primitive, but real people with original, we now not completely understood, ideas about the world.

In 1868 in a grotto Cro-Magnon in France, they found several skeletons of people late Paleolithic. By the name of the cave they were called “Cro-Magnon”. Their remains, together with numerous tools were found in Italy and then in many other parts of the globe.

In 1936, archaeologists SN Bibikov and EV Fat during the excavations of Mesolithic cultural layers of the cave Murzak-Koba in the mountains of southern Crimea (near Balaclava) found fresh dumping of Cro-Magnon – men 40-50 years old and the young woman. The skeletons were placed side by side with his right hand man was under the bones of female skeleton. The bodies of both the buried were littered with stones. In the cave deposits Murzak-Koba found objects, which were used by Cro: flint chisels, scrapers, bone tools and animal horns, tips harpoons and darts, as well as the bones of hoofed animals (deer, roe deer, wild boar), snail shells and skeletons of fish.

Cro differ significantly from the Neanderthals, including the growth (growth of male – approximately 180 centimeters). The appearance of men and women reconstructed MM Gerasimov:

The skull is … bigger size, massive. Muscle relief expressed well. Cool, the average width of forehead heavy with a powerful frontal bone, which does not give a person the nature of primitiveness, but emphasizes its strength. Large width of the face, as it conceals a strong protrusion of the nose. A narrow high nose is beautiful on its shape. Deep-eyes were characteristic of the overhang soft folds of the upper eyelid over the outside corner of the eye. Zygomatic bone robust, rough shape. The lower jaw is very large, massive. Planting of the head – straight and proud …

Cro created a rich and diverse culture. They used more than one hundred types of sophisticated stone and bone implements, executed with great skill and with a clear application of new techniques for more efficient processing of materials. Cro produced kopemetalki, as well as devices for catching fish (harpoons, hooks), snare for birds. Living mainly in the caves, they nevertheless built a variety of dwellings of stone huts, tents made of animal hide, raising even entire settlements. On the walls of caves preserved magnificent images of bison, horses, reindeer, mammoths. In the cultural layers found female figurines of the splendor forms called by archaeologists “Venus”, various objects carved from bone, horns and tusks.

In 1879, amateur archaeologist Marcelino Sanz de South-ol found in the province of Santander (Spain) cave drawings. The cave of Altamira was investigated Sautuola and Juan Vilanova-Pierre, an archaeologist from the University of Madrid. The excavations have revealed artifacts from the upper co-Luthrie (18, 500 BC. E.) To the lower Madeleine Upper Paleolithic (14,000 BC. E.) Colorful drawings depict bison, deer, goats, horses, wild boars, handprints, etc . They made charcoal, ocher, lime, hematite and other natural colors. Images are located on the ceiling and walls of the main hall, as well as in the corridor and other branches of the cave. On one ancient artist depicted a wounded buffalo, collapsed to the ground. Very realistically depicts bulky body, yet full furious force. Bison bent his head and thrust forward his horns, but he leans to one side, and the life left the once-powerful body. It is hard to believe that this image has created a savage from the Stone Age.

Are now known to thousands of petroglyphs belonging to this period: rock paintings, carvings on bone, reliefs and statues. This is the image of animals in the famous Kapova cave in the Urals, human figurines from the excavations at the Don (Kostenko), in Siberia (Malta). Many monuments of Paleolithic art found in other countries. Not all of them differ so bright realistic as drawings of Altamira, but certainly Cro were the first in the history of mankind artists.

Cro created anunnakami a result of genetic experiments, were more advanced than the indigenous inhabitants of the Earth – obezyanolyudi. In the struggle for existence, man had one indisputable advantage – the developing brain, although Neanderthals were physically stronger and enduring creations. Gradually, our ancestors killed or forced the primitive Stone Age people from all habitable regions of the planet. During the archaeological excavation sites of ancient man found that the Neanderthals had disappeared from the face of the Earth in a very short period of time.

In the legends of the Zulu find mention of the long-standing events, when the gold mines Monotape (Southern Ethiopia) worked “slaves of the flesh and blood, artificially created the first human beings. And the slaves of these “declare war on obezyanocheloveka” when “in the sky appeared a huge star wars”.

Thus, the intervention of aliens in the natural evolution of the planet was subjected to genocide of aboriginal earthlings – Neanderthals. Soon on the Earth were only our ancestors, but also their relationship with the Gods were not easy.

According to the biblical texts, the progenitors of people, Adam and Eve were expelled from Eden (base strangers) when come to know all the charm of sexual relations between the sexes. This event was discussed in detail in the Book of Genesis. Adam and Eve lived in the Garden of Eden. They could eat the fruit from any tree except the tree of knowledge of good and evil, because God has declared: “The day that you eat from it you shall die.” The serpent promised Eve that by eating the forbidden fruit, she and Adam will gain knowledge, so that their eyes open and they shall be as gods, knowing good and evil. Yielding to temptation, Eve tasted the fruit of herself first, and then proposed, and her husband. From that moment they realized their nakedness, made themselves girdles of fig leaves and hid from God. In order to prevent them and eat the fruit of the Tree of Life, God banished them from Eden, and since they were forced to cultivate the land, to procure the wherewithal.

Early inhabitants

In the territory now covered by the Grand Duchy of Luxembourg, there is evidence of primitive inhabitants right back to the Paleolithic or old stone age over 35,000 years ago. The oldest artifacts from this period are decorated bones found at Oetrange.

However, the first real evidence of civilization is from the Neolithic or 5th millennium BC when houses began to appear. Traces have been found in the south of Luxembourg at Aspelt, Weiler-la-Tour, as well as at Grevenmacher and Diekirch. The dwellings were made of a combination of tree trunks for the basic structure, mud-clad wickerwork walls, and roofs of thatched reeds or straw. Pottery from this period has been found near Remerschen.

While there is not much evidence of communities in Luxembourg at the last beginning of the poohs beginning of the Bronze Age, a number of sites dating back to the period between the 13th and the 8th century BC provide evidence of dwellings and reveal artifacts such as pottery, knives and jewelry. These include Nospelt, Dalheim, Mompach and Remerschen.

The Hallstatt culture

The discovery in 1846 of a prehistoric cemetery at Hallstatt in Austria revealed distinctive artifacts from the Neolithic through to the early Iron Age from 600 to 450 BC. These are considered to be the first evidence of Celtic civilization and served as a model for similar finds which were to occur in other parts of Europe in areas inhabited by the Celts. In Luxembourg too, evidence of this early period comes mainly from fairly modest tombs such as those found in Niederanven. However, the tombs found in south-east Luxembourg at Grosbous, Flaxweiler and Altrier which date back to between 450 and 250 BC contained much richer finds.

Judging from the objects discovered at Altrier, the tomb from about 450 BC must have been that of a high-ranking chieftain. It contained a bronze Etruscan stamnos, an iron sword, an ornate bronze and coral fibula (brooch) and a gold bracelet. The Grosbous tomb, part of a small cemetery, is particularly interesting as the corpse had been placed on a two-wheeled chariot providing indications of how the Celts constructed such vehicles.

Principal Celtic sites

The Celtic civilization reached its height in the 1st century BC, prior to the Roman conquest in 54 BC. Most of the evidence from that period has been discovered in tombs, many closely associated with Titelberg, a 50 ha site which reveals much about the dwellings and handicrafts of the period.

Titelberg

Titelberg is the site of a large Celtic settlement or oppidum in the extreme south west of Luxembourg near Rodange and Differdange. Though it had been inhabited from about 300 BC, by the 1st century BC, the community had reached a high level of urbanization and was almost certainly the capital of the Treveri people. It was by far the largest of the Treveri settlements at the time, no doubt as a result of its proximity to two of the most important Celtic roads, one from the south connecting the Rhne to the Moselle valley and the north, the other leading to Reims and the west. Another attraction was the iron ore which could be mined in the immediate vicinity and was indeed increasingly smelted to produce knives, lances, swords and cooking utensils and equipment.

Covering an area of some 50 ha, the oval-shaped Titelberg plateau rising 100 m above the River Chiers, is approximately 1 km long (NW to SE) and 500 m wide. Evidence of the foundations of numerous dwellings, a public space for religious or political purposes, and the 9-m high ramparts which still stand at the SW entrance today, clearly demonstrate the importance of the oppidum which, until the Roman conquest, appears to have been the seat of the Treveri chieftains.

One of the most important finds on Titelberg has been a huge number of Celtic coins which come not only from the Treveri themselves but from several other Celtic tribes. This indicates that it had become a centre of trade and commerce showing signs of urbanization. Facilities for minting coins have been excavated close to the residential area and appear to have been used over an extended period, both during the purely Celtic period and under the Romans as the Celts began to adopt Roman culture.

A very large number of both Celtic and Gallo-Roman fibulae have also been found on the site. In a multitude of different shapes and sizes, these bronze clasps, sometimes hinged, were used either as ornamental brooches or for pinning garments together.

Initially, the Romans converted the Celtic dwellings to houses with stone foundations. But towards the end of the 1st century BC, the Romans established their centre of interest in Trier which also became the new capital for the Treveri. Indeed, the Romans dismantled the ramparts and reduced the oppidum to a vicus which nevertheless continued to be inhabited for another 400 years.

Clemency

A Celtic funeral chamber measuring 4.30 m by 4.20 m, the largest Gallic tomb ever found, was recently discovered at Clemency. From the offerings in the tomb, it was obviously the burial place of a Celtic nobleman. These included ten wine amphorae, an Italic bronze basin, an oil lamp from Campania, an iron grill and some 30 Gallic pots. There was also a chimney from an iron smelter in the chamber testifying to the deceased’s association with iron production.

Nospelt

Tombs excavated at Kreckelbierg, just north-west of the village of Nospelt, contain an impressive range of articles including wine flagons, articles of pottery, spurs, knives, lances and a lantern testifying to the nobility of those buried. It is thought the tombs might belong to chieftains from the Titelberg settlement. It is interesting to note that some of the artefacts including a tall amphora came from as far away as the Mediterranean, showing the extent of trade with other regions at the time.

Kehlen

A necropolis from the 1st century was discovered in the early 1970s on the Juckelsboesch plateau between Mamer and Kehlen. A beautiful dark blue glass bowl was among the offerings found there.

Goeblange

In 1993, the National Museum of History and Art excavated Celtic tombs dating back to 50 BC to 30 BC which had been discovered in 1966 about 1 km NW of the Roman ruins in an area known as Scheierheck. The tombs were no doubt the resting place of aristocrats – four men and one woman – judging from the artifacts which were found there. These included: 1 amphoric wine flagon, 4 bottles, 7 plates, 5 pots, 7 bowls, 5 cups, 1 flat plate, 1 goblet, 1 drinking horn, 1 iron knife, 2 lance blades, 2 spurs, 3 bronze brooches, 1 pair of scissors and the remains of cremation, including those of a wild boar.

Feulen

The 133 tombs uncovered at Feulen in 1996 date from the 2nd century BC until Gallo-Roman times. They have revealed numerous fibulae, arms and tools made of iron, and a large collection of pottery including two amphorae.

Crisis of the 3rd century BC

During the century from 250 to 150 BC, the area between the Rhine and the Meuse underwent a drastic restructuring as some crisis forced most signs of inhabitation into the heights of the Hunsrck. Following this crisis, population returned to the lowlands in the form of the Gaulish tribes known to us from classical texts.

The Treveri

Main article: Treveri

The Celtic tribe in what is now Luxembourg during and after the La Tne period was known as the Treveri. Though Celtic in language, they claimed to be descended from the Germans to bolster their warlike reputation. By and large, the Treveri were more successful than most Gallic tribes in cooperating with the Romans who completed their occupation in 53 BC under Julius Caesar. Two first-century AD revolts did not permanently damage their cordial relations with Rome, and the Treveri adapted readily to Roman civilisation.

References

Works cited

^ a b Elizabeth Hamilton: The Celts and Urbanization – the Enduring Puzzle of the Oppida. Retrieved 21 November 2007.

^ Paleolithic period from National Museum of History and Art, Luxembourg

^ Neolithic houses from National Museum of History and Art, Luxembourg

^ Neolithic pottery from National Museum of History and Art, Luxembourg

^ Old Iron Age from National Museum of History and Art, Luxembourg

^ Jeannot Metzler, Catherine Gaeng: Protohistoire from Prhistoire et Protohistoire au Luxembourg, Muse national d’histoire et d’art, Luxembourg, 2005

^ http://www.unizd.hr/Portals/20/Gheorghiu, Nash, Cavulli.pdf Ralph M. Rowlett: Stratified Iron Age Chieftains Houses on the Titelberg, 13th Annual Meeting of European Association of the Archaeologists, Croatia, Zadar, September 2007.

^ Matthew L. Shaw: The North Smelter at Titelberg – Post-imperial Bronze Recycling in Belgic Gaul. Retrieved 21 November 2007.

^ Nicolas Gaspar: Les fibules gauloises et gallo-romaines du Titelberg, Luxembourg, Muse national distoire et drt, 2007

^ a b Jeannot Metzler. “Le Luxembourg avant le Luxembourg.” In Histoire du Luxembourg : Le destin europen d’un  petit pays  (ed. Gilbert Trausch, 2003). Toulouse: ditions Privat. ISBN 2-7089-4773-7. (French)

^ Clemency L’ge du Fer rcent from Luxembourg’s National Museum of History and Art. Retrieved 26 November 2007.

^ Beigaben von Grab D. Sptkeltische Zeit 50 – 30 v. Chr. Goeblingen-Nospelt Scheierheck. Retrieved 21 November 2007.

^ Bol de verre ctel from Luxembourg’s National Museum of History and Art. Retrieved 28 November 2007.

^ Beigaben von Grab D. Sptkeltische Zeit 50 – 30 v. Chr. Goeblingen-Nospelt Scheierheck. Retrieved 21 November 2007.

^ Sebastian Schendzielorz: Feulen : ein sptlatnezeitlich-frhrmisches Grberfeld in Luxemburg, Dossiers drchologie du Muse national distoire et drt (lX), Luxembourg, Muse national distoire et drt, 2006

^ Tacitus: Germania, Chapter 28. Retrieved 12 December 2007.

Further reading

Gaspar, Nicolas: Die keltischen und gallo-rmischen Fibeln vom Titelberg: Les fibules gauloises et gallo-romaines du Titelberg, Luxembourg, Muse national distoire et drt, 2007, 325 p., ISBN 13 : 978-2-87985-936-1.

Metzler, Jeannot: Das treverische Oppidum auf dem Titelberg : zur Kontinuitt zwischen der sptkeltischen und der frhrmischen Zeit in Nord-Gallien, Luxembourg, Muse national distoire et drt, 1995, 789 p., ISBN 287985024X

Metzler, J.,/ Metzler-Zens, N./ Mniel, P. et al. (Hrsg.): Lamadelaine une ncropole de lppidum du Titelberg. Dossier drcheologie du Muse National distoire et drt IV. Luxembourg 1999.

Rowlett, R. M./ Thomas, H. L./ Rowlett, E. S.-J..: “Stratified Iron Age House Floors in the Titelberg”, Luxembourg. In Journal of Field Archaeology. Vol. 9, No. 3, 1982, 301312.

Thomas, H. L., Rowlett, R. M., Rowlett, E. S.-J.: “The Titelberg: A Hill Fort of Celtic and Roman Times”. In Archaeology 28:1, 1975, pp.5557.

Thomas, H. L., Rowlett, R. M., Rowlett, E. S.-J.: “Excavations of the Titelberg. Luxembourg.” In Journal of Field Archaeology 3:3, 1976, pp.241259.

Shaw, Matthew L.: The North Smelter at Titelberg – Post-imperial Bronze Recycling in Belgic Gaul. University of Missouri-Columbia. 2007.

Weiller, Raymond: “Coins From Features Found by the Missouri Excavations at Titelberg”. In Horizons and Styles: Studies in Art and Archaeology in Honour of Professor Homer L. Thomas, ed. Paul strm, pp. 269-289, Paul strms Frlag: Jonsered. 1993, ISBN 91-7081-072-9

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History of the Roman Empire by territory

Provinces (AD 117)

Achaea  gyptus  Africa  Alpes Cottiae  Alpes Maritimae  Alpes Poeninae  Arabia Petraea  Armenia  Asia  Assyria  Bithynia et Pontus  Britannia  Cappadocia  Cilicia  Corsica et Sardinia  Creta et Cyrenaica  Cyprus  Dacia  Dalmatia  Epirus  Galatia  Gallia Aquitania  Gallia Belgica  Gallia Lugdunensis  Gallia Narbonensis  Germania Inferior  Germania Superior  Hispania Baetica  Hispania Tarraconensis  Italia  Iudaea  Lusitania  Lycia et Pamphylia  Macedonia  Mauretania Caesariensis  Mauretania Tingitana  Mesopotamia  Moesia Inferior  Moesia Superior  Noricum  Pannonia Inferior  Pannonia Superior  Raetia  Sicilia  Syria  Thracia

Modern territories

Albania  Armenia  Azerbaijan  Balkans  Belgium  Britain  France  Germany  Greece  Hungary  Israel / Palestine  Italy  Lebanon  Luxembourg  Malta  Monaco  Morocco  The Netherlands  North Africa  Portugal  Romania  Scotland  Slovakia  Slovenia  Spain  Switzerland  Syria  Tunisia  Turkey  Wales

Categories: Celtic culture | History of Luxembourg | Ancient Gaul

Understanding New House Building Stages for Construction of a New House

1 Choose Your New House Building Site
When prospecting for a building site to build your new house choose the site with the assistance of a general contractor, real estate agent, architect, or engineer.

2 Have Your Designer Design Your House Plans
The architectural team will draw up your home plans to meet state and local regulations.

3 Review the House Plans
The architect reviews the home building plans and schedules with the clients.

4 Obtain Permits
The architect or home builder applies for the necessary building permits

5 Land Clearing
The excavator uses heavy equipment to clear the land of trees, shrubbery, and brush and a driveway access is created to your home building site.

6 House Layout
A general contractor or engineer layouts out the home location.

7 Installation of Septic, Well and other Utilities Begins
Utility installation often begins now although your project coordinator may leave these items toward the end of the home construction.

8 Excavation
Excavators and heavy equipment begin the excavation preparing the land for the footings.

9 House Footings
The general contractor or the mason contractor pours the footings. In heavy populated areas your footing contractor may be a subcontractor for the foundation wall contractor.

9 Foundation Walls
Two common foundation wall types are block foundation and poured concrete foundation walls. Your concrete floor is commonly poured after the forms are stripped for the foundation walls.

10 Back-fill
The excavator back-fills after the foundation walls are poured. Some contractors prefer to have the floor joists set prior to this back-fill to tie the walls together.

11 House Floor Framing
Carpenters or a framing crew frame the floor joists and apply decking material to the floor joists.

12 Wall Framing
Carpenters or framers build exterior walls. Interior walls are often constructed at this stage although the interior partition walls may also be built after the roof is framed.

13 Roof Framing
The carpenter now frames the roof complete with sheathing. The walls may also be sheathed at this point if they were not sheathed during the wall framing stage. Decorative rakes and fascia boards may be added at this stage if adding a little extra style to your home is desired.

14 Framing Inspection
Your building inspector inspects all phrases of construction at this point. Be sure to review the inspection schedule with your local building inspector as there may be many additional inspections required prior to this.

15 Roofing
When the home is ready for the roofing, the general contractor or the roofing contractor apply the shingles. Asphalt, fiberglass, cedar, and slate shingles are options with metal shingles and metal panels becoming increasingly popular.

16 Window and Exterior Door Installation
Carpenters now install your windows and exterior doors. If you choose to go with an exterior (rigid) insulation to increase the R-value of your home this will be installed after the window and exterior door installation.

17 Siding Installation
The builder or siding contractor now applies the siding for your new home. Popular options include vinyl, aluminum, and cedar siding. When incorporating vinyl and cedar siding adding a decorative shake style siding for the gables is becoming increasingly popular.

18 HVAC Work
HVAC (Heating, Ventilation and Air Conditioning) is now installed. In some areas the HVAC contractor may be the same as the plumbing contractor.

19 Plumbing Installation
At this point in the construction process the plumber installs the rough plumbing.

20 Electrical
The electrical contractor now installs the rough electrical work including the breaker panel, wiring and boxes.

21 Insulation
The insulation contractor or the general contractor insulates the walls. The ceiling is also insulated in vaulted areas if there is no attic access to this area. The ceiling is more commonly insulated after the drywall stage with blown in insulation.

22 Drywall Installation
A drywall contractor which may be your general contractor now installs your drywall. Drywall is also commonly referred to as Sheetrock or gypsum wall board.

23 Drywall Finishing
The drywallers tape the joints with drywall compound after the drywall is installed. They then apply up to 2 additional coats of drywall compound over the tape and corner beads.

24 Painting
Wall painting may be accomplished at this stage, or be completed after the finish trim installation.

25 Cabinet and Finish Trim Installation
The finish carpenter now installs the cabinets and trim boards including the baseboard and window casing. Decorative crown moldings remain popular in kitchen and dining rooms.

26 Flooring Installation
There are many popular flooring styles to choose from. Having a variety of finished floor styles is very common with the flooring styles including laminate, vinyl, hardwood, and tile flooring.

27 Finish Plumbing
The finish plumbing includes setting the sink, bath fixtures, showers, tubs, and toilets.

28 Finish Electrical
The electrician completes the finish electrical work at this time including installing the outlets, switches, and light fixtures.

29 Finish HVAC
The cover plates are now installed over the registers and air returns for the HVAC system. If a fireplace is desired in your home your HVAC contractor often installs fireplaces with the quote for the HVAC work.

30 Final Concrete Work
The driveway and final concrete work include the sidewalks, optional concrete front porch, garage floor, and pads for hot tubs.

31 Deck
Deck construction now takes place by the general contractor. Hot tubs are often incorporated into deck designs. Be sure to discuss the potential placement of a hot tub onto your deck with your contractor as the immense weight requires additional framing stipulations.

32 Landscaping
The landscapers plant shrubs and trees with the grass or sod for your new lawn to add a finishing touch.

1. Event

3 26 Liugong Released 2009 Annual Report, the Company realized main business income of 10.183 billion yuan, up 9.87%; realized a total profit of 1.032 billion yuan, up 150.84 percent; net profit of 866 million yuan, an increase of 154.58%. Fully diluted earnings per share the company was 1.33 yuan, net assets was 21.1%. Distribution plan as follows: 3.00 for every 10 shares in cash (including tax).

2. Our analysis and determine

1) 2009 in Financial Crisis and our four trillion investment plan and other relevant policies under the double impact of domestic Construction Machinery Demand gradually picked up from the 2 quarter, mainly sub-sectors, Excavator , Rollers and cranes industry grew 22.7%, 57.20%, 26.76%, but Loader Industry fell 12.2%, 10.8% decline in the forklift industry. Construction machinery exports dropped very significantly, which loader, excavator industry, export volume decreased by 37.8% year on year and 70.2%.

Liugong 2009 sales reached 38,920 units all kinds of machine, an increase of 7%. The leading products of which continue to set new loader sales, higher than the industry average growth rate of 13 percent domestic market share increased 2.7 percentage points to 22.6%, maintaining the industry first. Excavator on sales up 16% market share of 3.5%, down 0.5 percentage points. Crane sales rose 62% market share by 1.05 percentage points to 4.77%, the third in the industry. Roller sales up 80% market share increase of 1.5 percentage points to 11.6% in the third sector. Export business, the company in a disadvantageous situation in the international market, increasing efforts to develop, although exports fell 11.7%, but well below the industry average decline; is worth mentioning that in Australia, North America, and Africa regional market and achieved good growth.

2) 2009 Liugong sustained recovery in the market situation, to maintain a relatively stable price, and because Steel Decline in raw material costs, etc., so that the profitability of the company’s products show up in the situation, in which operating profit margin of 22.04 earthwork machinery, increased 5.86 percentage points year on year, and other engineering machinery and accessories operating profit margin of 16.52%, 1.23 percentage points year on year increase. Inc. 2009 Sell Costs and administrative expenses were 615 million yuan and 4.34 billion yuan, rose by 2.8% and 11%, growth at a reasonable level.

3) the next two years, the domestic infrastructure and real estate development will remain rapid development period. From 2010, a quarter to see market demand for construction machinery, excavators and other products are still better than expected, which will increase the performance of the company is facing a more optimistic outlook. According to March 23 the company adopted the “Company from 2010 to 2015, the development of strategic planning.” The company’s strategic focus is to establish the loaders, excavators and cranes three core businesses of dominant position; the same time, promote the forklift and the Bulldozer And other business development; and actively used equipment, leasing, re-emerging manufacturing and logistics operations to form the ability to provide total solutions. 2010, the company’s business objectives for the sales of 12 billion yuan.

3. Investment advice Liugong

We expect earnings per share in 2010 -2 011 years, were 1.59 yuan and 1.82 yuan, according to 15-18 times earnings, a reasonable valuation of the company in 2010 as 23.85-28.52 dollars to maintain the “recommended” investment rating.

Liugong stock drivers: If the state has increased infrastructure investment, or real estate investment better than expected, will support the company’s share price up.

There are two main classes of front end loaders – tool carriers and bucket loaders. Bucket loaders have the bucket permanently attached to the front end loader mast and are only designed to use a bucket, they don’t have a quick change facility to enable a range of different attachments to be used on the tool frame, like a tool carrier.

A mini loader that is designed as a tool carrier on the other hand can be used with many different attachments. This gives much greater versatility to the owner by allowing one powerplant to do many jobs. In the past a specialist machine might have need to be brought in for each job. For example to build a drive way, a bucket loader had to be brought in to carry road base and sand, a forklift to take the pavers off the truck and bring them to the site and maybe an excavator to dig out a trench for the plumbing. A modern mini digger can put a bucket on to carry the gravel, attach pallet forks to move the pallets and a front hoe to dig out the trench. This saves the transport time of bringing multiple machines to the job site and one truck with a mini loader and range of attachments can perform all these tasks with ease. In the past skid steers were utilized for these jobs, but the mini loader has taken off rapidly and owners are now discovering a better machine exists for their work.

Another feature that sets a mini loader – tool carrier apart is that they have great auxiliary flows which enable the operator to run various hydraulically driven tools. It is important to select a mini loader that is matched to the hydraulic tools you want to operate, however this must be covered in its own page. Some of the tools you can operate on a mini loader – tool carrier include augers, trenchers, rotary hoes, green waste grabs, brooms, 4-in-1 buckets, stump grinder, dozer blade, skid hoe and cement mixer. Some other tools that don’t require any flow from auxiliary controls include general purpose buckets, bulk buckets and pallet forks.

When considering the purchase of a front end loader – tool carrier, consider what tools are available. For example, the Schaffer Loaders tool frame is capable of taking Digga and Norm Engineering accessories.

Common attachments for mini loader – tool carriers include:

GENERAL PURPOSE BUCKET: The General Purpose or GP bucket is the most common accessory on any type of front end loader, skid steer, mini loader or wheel loader. It is the most efficient tool for loading and unloading most loose materials, due to its design and relatively low weight compared to a 4-in-1 for example. Most loaders use GP buckets that are designed to hold around half its tipping load based on a material with 1700 or 1800kg per cubic metre.

BULK BUCKET: The bulk bucket has a much greater volume that the GP bucket and is used for lower density materials, such as grain, feathers, compost, wood chips and mulch. This allows the mini loader to transfer larger quantities of bulk material so the loader becomes even more efficient. The large volume allows the mini loader to carry a large volume but still not overload the capacity of the loader. One has to take into account that the centre of gravity of the load is significantly shifted forward so you cannot lift as much total weight as in a GP bucket. Bulk buckets are usually designed for materials around 100kg per cubic metre. Bulk buckets are also made with lighter overall construction than GP buckets so aren’t suitable for heavy earthmoving work.

4-IN-1 BUCKET: The 4-in-1 bucket, or 4-in-1 is a bucket that has an opening jaw. In many parts of Australia every front end loader, mini loader, articulated loader, skid steer, and stand on loader will be seen with one of these as they are very versatile on a job site. The 4-in-1 stands for clamshell to grab logs and stones, opening up to use the back as a bulldozer blade, a normal bucket for loading and to bottom dump by opening the jaw to gain greater tipping height. Two hydraulic cylinders open the back of the bucket up to form a set of jaws. There are advantages and disadvantages in using these buckets. The 4-in-1 must be made very strong as it doesn’t have shell strength like a GP bucket as the back opens up, this means a lot of weight and a smaller volume than a comparable GP bucket. The advantages of the 4-in-1 are numerous however as outlined in its uses.

AUGERS: Augers are generally used by fencing contractors for drilling post holes. Some augers are also used to quickly plant trees by using an oversized auger bit and create a hole that compost and the plant can be placed into. The size of the auger a front end loader can handle is determined by its auxiliary flow and loader weight. It is best to avoid light weight mini loaders as you can’t get enough down pressure to push the auger. Generally the slower the auger runs, the higher the torque which enables it to push through hard soils, clay and even rock. The selection of teeth on the end of the auger is also important, these teeth or “bits” make the most of the contact with the ground and are the first to wear. There are three main types of teeth which are selected depending on soil type to be drilled – MFT, Tungsten Carbide and earth.

EXCAVATOR HOE: Excavator hoes are one of the latest accessories to add to mini loaders. Until recently the only excavator hoes were sit-on bulky designs, that often cost as much as a purpose built excavator. The invention of the front hoe, that allows the operator to sit in the protection of their ROPS cabin has changed the way we dig trenchers. The front hoe weighs around 200kg, is inexpensive and allows the mini loader operator to quickly fit and do small trenching tasks rather than have to call in an excavator.

This is only a small selection of tools that can be operated on mini loader – tool carriers, others include chain trenchers for laying pipes, rotary hoes for preparing soil for planting, green waste grabs for removing vegetation, stump grinders for grinding what is left over and brooms. It is important to select the right mini loader – tool carrier for your work, depending on oil flow and machine carrier weight.

Site prep is the best term that is used to describe the operations necessary to make raw land ready to accept improvements such as buildings, parking lots, roads, and other amenities. Once the project has been completed, the site prep is invisible.

The term site prep is a broad term that can include several different tasks, such as clearing and grubbing, soil erosion, sediment control, storm drains, water and sewer pipes, topsoil stripping, rock removal, underground utility, and several other tasks.

Soil erosion and management

To protect the quality of the water, soil erosion and sediment control measures are vital. With most locations, storm water permitting is required. All erosion and sediment control measures and devices must be in place and inspected before the first tree drops or first shovel full of dirt is removed.

The designs for storm water management systems are becoming more and more complex. The detension basins have complex and spiraling side slopes and bottoms that have almost flat grades.

Clearing

The limits of clearing can be marked with a GPS dozer. By following the outline of the display in the cab, the bulldozer can cut a path through the wooded area so other equipment will have a clear line to go by.

The traditional method used to clear debris, such as burning, is rapidly fading away. The air pollution standards will prevent any type of burning of most areas across the United States.

Site prep made easy

Depending on the job site, what you have to do will vary greatly. With excavation, what is needed to complete a job is as different as night and day. No matter what type of work you are doing, it will almost always require the use of heavy machinery.

Clearing lots for houses, grading roads, laying pipe, fixing water leaks, and digging foundations are just some of the most common tasks found with the art of excavation. To do this type of work, it takes a special individual as work is outdoors year round, meaning that you freeze in the winter and burn up in the summer.

Laying pipe is a task that takes skill. You first must dig the trench for the pipe, making sure that the elevation is right, and that the pipe will meet the specifications listed in the blueprints. There are several different types of pipe that needs to be layed, including water, sewer, and storm drains.

When you first begin your job, you’ll need to have the proper permits from the area that you are going to be disturbing the ground in. Once you have the proper permits, you can begin your work. With some jobs, you’ll need to document on paper just how much land you disturb each day.  

Sometimes with excavation, the job site and plans will call for ponds or temporary ponds. This can be fun to do, although you have to be careful as well. Very common with sub divisions, ponds are something that take a lot of skill to dig right.

Manholes are something else that you will encounter as well. You can use machinery to set them in place, although they will need to go a certain way. The easiest way to put them in place is by using an excavator, as you can lower it down and have a couple of workers set it in place.

Anytime you are working on an excavation site, you should always be careful and make sure you do things by the book. There are always rules and regulations that you need to follow. Excavation is a very fun trade, although you’ll need to be well versed with following plans, running machinery, and having fun outdoors.

Not sure what gift or birthday presents to get a young child. This article will show you some of the most popular digger toys available that will suite any child that loves to play with mud or likes playing in the sand. A digger toy is perfect for them.

Sand Digger!

Sand digger is a great toy to have if your backyard is filled with sand or gravel. This aluminium toy is strong and it gives great control while digging. It comes with a strong and easy to grip handle. Since the toy is made of aluminium, it does not rust. Also, the compact model makes it easy to carry and store.

Excavators!

Excavator is a quite popular digger toy. Your kids will have a blast playing with the excavators as these are easy to handle and are fun to play with. There are multiple models of excavators available. Most of the excavators have realistic wheels with noiseless tyres. The wheels help in moving forward and backward and the shovel can be used for digging.

Details about Track Diggers & Mobile Excavators!

For children in the age group 4-10 these diggers will be loved. The digger is smooth when in motion and comes with rubberized tracks and does a 360 degree rotation.

Beach Toys!

Looking for sand toys then these may be your best option and will provide your children hours of fun in the sand, here are a few of the options;

Cube

A container that has a handle which helps transport other toys, The cub can also be used to carry water so your child can build sand castles. This will make it easy and fun to build sand castles.

Shovels!

Not much that you don’t know already except to say they are used for digging in sand.

Rake

Rake has a thick handle and wide teeth, in order to prevent injuries. By their width and thickness, rake also serves as a shovel and can be used to remove wet sand.

Moulds

The moulds are used to create the sand figure. Wet sand is put into the mould and then turned upside down to get the required shape.
The beach toys handles and shafts are very thick and provide no pointed or sharp edges, this makes it a very safe and secure toy for your children.

A crawler, which is very powerful and attached with a blade, is called a bulldozer. Even though any heavy engineering vehicle is known as bulldozer, it is actually a tractor with a dozer blade.

Combat engineering vehicles are used for engineering work in the battlefield and for transporting sappers. They are mostly armoured vehicles.

A compact excavator is a wheeled or tracked vehicle with a backfill blade and swing boom. It is also known as mini excavator. The functions and movements of the machines are carried out by transferring hydraulic fluid. This makes a compact hydraulic excavator different from other construction equipment.

To compact gravel, dirt, asphalt and concrete in construction work and road laying a road roller which is also known as roller-compactor would be used.

National Rotating Equipment an ISO 9000:2000 registered company, was established in 1997 due to the ever-increasing demand for a quality reliable service partner to the Industry.

A crane is a derrick or tower equipped with pulleys and cables for lowering and lifting materials. The cranes used in construction industry are mostly temporary structures.

Dragline excavation systems are heavy equipment mostly used in surface mining and civil engineering. The smaller type of dragline excavator is used for port and road construction. The larger type dragline excavator is used in strip-mining operations for coal extraction.

The founders of the company, who together have many years experience in industry, felt a definite need for a service partner to increase the efficiencies around the after sales service excellence to our ever changing market.

An excavator commonly known as a digger is an engineering vehicle, with a cab mounted on a rotating platform or pivot, and a backhoe on top of an undercarriage with wheels or tracks.

In untamed regions which are being reclaimed for construction, a feller buncher, a machine having an attachment, which fells trees, is used.

A forklift, lift truck or forklift truck is an industrial truck used to pick up and transport heavy material using steel forks under the material to be lifted. The most common usage of a forklift is to move materials stored on pallets.

A loader also known as a bucket loader, front-end loader, scoop loader, shovel, or front loader is a type of tractor using buckets, which can be tilted to lift and move material.

A paver is used to spread asphalt on roadways.

Construction equipment range from the very heavy equipment to the portable and mobile lighter equipment, some of them with a precise description of their functions are detailed below.

Engineering equipment with a front bucket/shovel and a small backhoe in the rear combined with a tractor is known as backhoe loader. It is mostly used in small construction sites and in urban engineering such as fixing city roads.