News

26th, April , Commercial delegation from USA come to our factory for a visit.

Hopper automatically dumps when bumper release contacts side of dumpster. Hopper returns to an upright and locked position automatically after it dumps. Also includes a cable that may be operated from the seat of the fork truck to manually dump the hopper. A locking chain is provided to secure the hopper to the fork truck. N.W:225kgs, Usable fork pockets are 71⁄2"W x 21⁄2"H. Constructed with durable, consistent robotic welds. D-33, D-50, D-75 and D-100 are stackable if you stack the top hopper turned 90° from the bottom. Base fork pockets are 3/16" thick. Powder coat blue finish.

3 days later, we will have a holiday for Chinese lunar new year, All our Probuilt team members here give you best wishes in 2016. and we welcome you to come to our factory for visit to establish our business relationship.

A snowplow (also spelled snow plow, snowplough or snow plough, see miscellaneous spelling differences) is a device intended for mounting on a vehicle, used for removing snow and ice from outdoor surfaces, typically those serving transportation purposes. Although this term is often used to refer to vehicles mounting such devices, more accurately they are known as winter service vehicles, especially in areas that regularly receive large amounts of snow every year, or in specific environments such as airfields. In other cases, pickup trucks and front end loaders are outfitted with attachments to fulfill this purpose. Some regions that do not frequently see snow may use graders and other equipment for this task,[citation needed] but graders are nonetheless the best equipment[neutrality is disputed] to remove compacted snow and ice off the streets. Snowplows can also be mounted on rail cars to clear railway tracks. Contents 1 Usage 2 History 3 Snowplow Robots 4 Railway snowplows 5 Gallery 6 See also 7 References 8 External links Usage Underbody scraper in action in Oregon, visible between front and rear wheels A snowplow works by using a blade to push snow to the side or straight ahead, clearing it from a surface. Modern plows may include a great deal of technology to make the job-and staying on the road-easier, such as Global Positioning System receivers, head-up displays and infrared cameras. Large custom snowplows are commonly used at major airports in North America. These plows have oversized blades and additional equipment like a rotating sweeper broom (sometimes called jetblade) and blowers at the rear of the plow. For sidewalks and narrow laneways small tractor plows (tracked or wheeled) are used in Canada and the United States. When snowfalls accumulate above a certain height, snowplow operators may be seen clearing primarily designated "snow routes", often for the exclusive use of emergency vehicles such as fire trucks. TowPlow and trucks on a Missouri rural Interstate Underbody scrapers are sometimes mounted on vehicles in residential and urban settings, operating on principles similar to a road grader, but allowing greater weights and speed along with the carriage of a road treatment applicator. Newer technology has allowed the use of articulated plow systems which can clear multiple divided highway lanes simultaneously; jurisdictions adopting this technology include the provinces of Alberta, British Columbia, New Brunswick, Ontario and Quebec in Canada,[1] along with 13 states (Indiana, Kansas, Maine, Michigan, Minnesota, Missouri, North Dakota, Ohio, Pennsylvania, Tennessee, Utah and Wisconsin) in the US.[2][3][4] History Historic wooden wedge-plow drawn by horses in Bavaria Snowplows in Sweden in 1909 The first snow plows were horsedrawn wedge-plows made of wood. With the advent of the automobile, a number of inventors set about to improve existing snow plows. In the US, the "snow-clearer" is said to have been patented as early as the 1840s,[5] for railways. The first snow plow ever built specifically for use with motor equipment was in 1913. It was manufactured by Good Roads Machinery in Kennett Square PA. and was designed to meet the exacting requirements outlined by engineers of the New York City Street Cleaning Bureau.[6] Good Roads is therefore unofficially credited as the originator of the modern snow plow, though their horse drawn steel blade road graders were used to clear roads of snow as early as the company's founding in 1878 under their original name American Road Machinery.[7] Good Roads patented the first four-wheel grader in 1889 thus making it the first pull grading apparatus patented in the United States.[8] Unlike most early snow plow manufacturers, Good Roads continues to manufacture snow removal equipment today under the name Good Roads Godwin, now located in Dunn, North Carolina. In the early 1920s Good Roads often advertised in The American City magazine that "...three out of every four snow plows in use throughout the whole United States are Good Roads Champions." By the mid-1920s Good Roads was manufacturing snow plows of various shapes and sizes for use on a wide variety of motorized equipment. Other snow plow manufactures began to follow suit as motorized plows were proven more efficient than other methods of snow removal. In 1923, the brothers Hans and Even Øveraasen of Norway constructed an early snowplow for use on cars. This proved to be the start of a tradition in snow-clearing equipment for roads, railways[9][10] and airports, as well as the foundation of the company Øveraasen Snow Removal Systems. Carl Frink of Clayton, New York, USA was also an early manufacturer of automobile-mounted snowplows. His company, Frink Snowplows, now Frink-America, was founded by some accounts as early as 1920.[11] Today snow plows are produced by numerous companies around the world and available for different kinds of vehicles such as service trucks, pickup trucks, SUVs and ATVs. They are installed using model specific or universal hardware and mount to the frame of the vehicle to ensure durable connection. There are manual, power and hydraulic operating snow plows. All necessary mounting hardware usually comes in set with a plow. Snow plow blades are available in various sizes depending on a vehicle type. Service trucks usually use a blade sized 96" and more. Common blade size for pickup trucks and full size SUVs is 78"- 96". Smaller ATV snow plow blades are 48"- 78" wide. Snowplow Robots RoboPlow is a remote control robot. This snowplow robot has 6 wheels, a multi-directional 127 centimeters pneumatic shovel, a rotating video camera on top and lights for nighttime.[12] Railway snowplows Main article: Wedge Plow Russian SDPM rail snowplow СО750 rail snowplow, 750 mm In many countries, railway locomotives have small snowplows permanently attached to their bogies, which also serve as pilots. With others, the snowplow forms part of the obstacle deflector below the bufferbeam. Bolt-on versions also exist, and these attach to the bufferbeam or front coupler. However, larger snowplows exist, which tend to be conversions rather than purpose-built vehicles. Steam locomotive tenders, large diesel locomotive bogies and various freight vehicles have been used, with the snowplow body mounted on the original frames. They are one-ended, with conventional coupling equipment on the inner end. In Canada purpose built snowplow cars (based on a box car with caboose cab located above and behind the blade) are in use in areas where there is a significant snow fall during winter periods (especially in Western Canada, Newfoundland and Northern Ontario). These cars were influenced by the Russell Plow from the United States and used in Canada in the 1880s.[13] Most of the Russell type plows have been retired for smaller custom built railplow or snow blades attached to hopper cars or locomotives. Conventional operation may see one or two locomotives running together with a snowplow at either end. This enables a snow clearance train to reverse direction quickly if it gets stuck. Alternatively, a single locomotive with bogie plows can act as a self-propelled snowplow by running light engine. VIA Rail has employed the use of snow blade attached to the front of some locomotives to plow as the railcar moves along the track and can handle minimal amounts of snow.[14] Self-propelled on-track steel and rubber tired "Hy-Rail" equipment can also be employed to remove snow from railroad tracks. The Pettibone Speed Swing loader and similar machines, both with and without hyrail wheels can be fitted with a large capacity snow bucket or a wedge plow to clear the tracks. Ballast regulators, machines designed to shape the profile of the crushed stone ballast that anchors the track in place, can be used without modification or refitted with purpose built snow blades, blowers and wings to clear snow from the right of way. Locomotive propelled Jordan Ditcher/Spreaders are still sometimes used to plow especially deep snow in the US on the former Wisconsin Central railroad. These machines carry large main plows and hydraulic or air powered articulating wings to push snow far away from the tracks, sometimes past the next adjacent track to facilitate clearing snow from yards and sidings. These machines can also used to create ditches and plow the tracks clear of loose material during maintenance operations. Russell Plows are still in service at some locations, with large front wedge plows and shorter hinged air powered wings only suitable for plowing snow https://en.wikipedia.org/wiki/Snowplow

Feeder may refer to: Contents 1 Technology 1.1 Vehicles 2 Electrical 3 Entertainment 4 Organisms 5 Other 6 See also Technology Feeder (beekeeping), any of several devices used in apiculture to supplement or replace natural food sources Feeder (casting), another name for a riser, a reservoir built into a metal casting mold to prevent cavities due to shrinkage Feeder cells, are cells that line a Petri dish to provide cell contact for cells or tissues that grow on top of the feeder cells Feeder, frontage road, or other small road eventually delivering traffic to a larger one Feeder line (disambiguation), a peripheral route or branch from a main line or trunk line Aquarium fish feeder, an electric or electronic device that is designed to feed aquarium fish at regular intervals Automatic document feeder, in office equipment Bird feeder Bowl feeder, used to feed components automation applications Bulk feeder Leaky feeder, a communications system used in underground mining and other tunnel environments Rotary feeder, a component in a bulk or specialty material handling system Variable rate feeder, a piece of industrial control equipment used to deliver solid material at a known rate into some process Vibrating feeder, an instrument that uses vibration to feed material to a process or machine Vehicles Feeder bus, bus service that brings people from a rail station or transit hub to their final destination or vice versa Feeder ship, a small-to-medium container ship which collects and distributes containers between ports and hubs Electrical In electric power distribution, voltage power line transferring power from a distribution substation to the distribution transformers An electrical wiring circuit in a building which carries power from a transformer or switch gear to a distribution panel A circuit conductor between the power supply source and a final branch circuit over current device Entertainment Feeder, the Welsh rock group Feeders (film), a 1996 low-budget horror film by the Polonia brothers Organisms Feeder cattle Feeder cell, a fibroblast, a type of cell used in human embryonic stem cell research Feeder fish, certain types of inexpensive fish commonly fed as live prey to captive animals Fluid feeder (disambiguation), organisms that feed on the fluid of other organisms Deposit feeder, organisms that obtain nutrients by consuming decomposing organic matter Live food Other Feeder, a software application for creating, editing and publishing RSS feeds on Mac OS X Feeder (fetish), someone who gains sexual pleasure from helping another gain weight Feeder Airlines Feeder barn Feeder bluff, in geography Feeder club, another name for a farm team Feeder formula, in formula racing Feeder fund, an investment fund which does almost all of its investments through a master fund via a master-feeder relationship Feeder school See also All pages beginning with "feeder" All pages with titles containing "feeder" Feed (disambiguation) https://en.wikipedia.org/wiki/Feeder_%28disambiguation%29

A toolbox (also called toolkit, tool chest or workbox) is a box to organize, carry, and protect the owner's tools. They could be used for trade, a hobby or DIY, and their contents vary with the craft of the owner. Contents 1 Types of toolboxes 1.1 Material 2 Alternatives to toolboxes 3 Toolboxes in computing 4 See also 5 References 6 External links Types of toolboxes A toolbox could refer to several types of storage to hold tools. It could mean a small portable box that can carry a few tools to a project location or a large storage system set on casters. Modern toolboxes are predominantly metal or plastic. Wood was the material of choice for toolboxes built beginning in the early 19th century. Small portable toolboxes are sometimes called hand boxes or portable tool storage. Most portable toolboxes have one handle on top and a lid that opens on a hinge. Many have a removable tote tray that sits on a flange inside the lip of the box, with a single larger compartment below. The tote tray helps organize smaller parts and accessories. Portable toolboxes sometimes use slide out trays or cantilever trays in lieu of the removable tote tray. Metal toolboxes (typically steel) weigh more than plastic ones. A plastic toolbox laden with tools can weigh the same as a comparable steel box does when empty. Metal boxes are also subject to rusting and their sharp edges can mark the surfaces of things they are banged against. Metal is, however, known for being stronger than plastic, so one should balance its disadvantages against the need to withstand abuse and support the weight of many tools. Portable chests are a type of tool storage that is small enough to carry, but has drawers to organize contents. Portable chests have a handle on top for portability and a top lid that opens on hinges. Portable chests typically have 3-4 drawers. Most are made from metal, but some have a plastic shell with metal drawers in order to help lighten the piece. A toolbox can also refer to a large tool storage system, or tool chest combos, that includes multiple pieces. These systems are almost always made from metal. Most tool storage systems are painted steel, but some are stainless steel and aluminum. They include a top chest that has drawers and a top lid that opens on a hinge. The top chest is designed to sit on a cabinet, also called a rolling cabinet, cart or rollaway. The cabinet sits on four or more casters and has drawers to organize tools. Other pieces can be added to the system or combo. A middle chest, also called an intermediate chest can be placed between the top chest and cabinet for extra storage. A side cabinet with more drawers can be hung from the side of a cabinet. A side locker can also be hung from the side of a cabinet; usually with a door that protects shelves or small drawers. Toolcarts (also known as rollcabs) are commonly used in the transportation industry for maintenance and repair of vehicles on location. Used as portable work stations, some of the larger types are self powered and propelled, for example, pit carts in automobile racing. After several decades of decline in popularity, today a resurgence in use is underway. Viewed by many as intended primarily for specialized craftsmanship, such as machinists, tool and die makers, jewelers and other specialized craftsmen, they are also sought after by average tradesman and collectors as working heirloom. Many toolboxes and chests from a variety of trades can be seen at the Smithsonian Museum of American History. Material Tool chests are primarily made of metal, though some expensive models are made of hardwoods. Alternatives to toolboxes Toolsets: These are molded plastic cases typically containing a variety of household or automotive tools. Each item snaps into a designated spot in the case, which makes organizing tools much easier than with a conventional toolbox. They are very compact, lightweight, and inexpensive relative to purchasing tools and a toolbox separately. There are two major disadvantages: no ability to customize the selection of tools (sometimes the tools are of lower quality than what one might purchase individually); and little or no space to add new tools and supplies. Thus one still might need a toolbox in addition to the toolset. Toolbelts and aprons: Though at the far extreme of portability, they are insufficient for storing a large number of tools. One might use a toolbox for permanent storage and a toolbelt or apron to take just what is needed for a job. They are used in locations where a worker needs access to more tools than he can carry with just his hands while working in a location with no place to set tools down, such as working on a ladder or hanging from a utility pole. These are also frequently worn by award winning actor Evan Stone (AKA Toolbelt man). Tool Chest: A large single, or stacked metal cabinet with multiple doors that can accommodate large amounts of assorted light and heavy tools, as well as other repair equipment. Bucket organizers: These consist of rugged fabric or polyester bags draped into and around a 5-gallon bucket. They are lightweight, inexpensive, and can rival the toolbox as a means of storing and moving tools to a job site. Their dozens of pockets permit better organization, yet nearly everything is visible at first glance. That, however, could be a disadvantage as well, since one may have privacy or security concerns if the bucket has to be left in a public area. By contrast, toolboxes are often lockable and, obviously, opaque. In a vehicle, the bucket may be jostled and spill some of its contents. Tools left outdoors are also better protected from the elements in a toolbox. For many purposes, however, a bucket organizer may be preferable to a toolbox. Before purchasing a bucket organizer, note that the bucket itself usually is not included. "Autocarts": These are utility carts having a pivoting base for storage in vehicles. They are used by tradespersons to carry tools, equipment or supplies. They combine the advantages of toolboxes and toolbelts and are essentially portable truckboxes or transportable shopping carts. "Workshop trolley": These are a tool with wheels and because of that the tools can be easily moved from A to B. Usually you will find these mobile cabinets in workshops of mechanics.. https://en.wikipedia.org/wiki/Toolbox

1st March,2015 Robot introduced on the production line, which greatly impove the production efficiency and reduce the cost.

1st March, 2015, Robot introduced on the prodcution line, which greatly improve the efficiency, and reduced the cost.