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Archive of posts published in the category: transport

Shippers Transport Home Page


Shippers Transport Express is a state of the art facility designed to suit your storage and transportation needs. Now in
a new 60 acre storage yard in the heart of the Southern California port district,
Shippers Transport Express
is ready to offer you the following:

Silver Truck
Photo courtesy of Kelly Wargo

Hours, 7 Days a Week Security

Hours 7 Days In & Out Access for storage Customers

Activity and Yard Inventory Reports

Refer to
container availability for load pickup hours

Complete Lighting and Secured Fencing

U.S. Customs Bonded Facility

Video Surveillance

Stacked Empties
Photo courtesy of Kelly Wargo Flip Machine
Photo courtesy of Kelly Wargo

Empty Container Stacking

Loads on Wheels/Containers/Vans/
Flatbeds and Bare Chassis

Over 1700 Paved, Striped & Bumpered
Wheel Sports

Transport Express
is your one call for equipment, storage and
needs.  We have over 100 trucks to service you and your customers.
We are fully insured and bonded.   While terminal space decreases,
Shippers Transport
continues to increase.

Don’t look any further than Shippers Transport
when you need Storage & Trucking. Please call your S.T.E. Sales Representative for rates and appointment.
Please see Container Availability for load pickup hours.

E. Sepulveda Boulevard Carson, CA 90745

Phone : (562) 424-5525 | Office Fax : (562) 424-5934

Phone Numbers

: (310) 847-7342 | Fax : (310) 847-7343

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Guardian Medical Transport, LLC in Cheney, KS

Kansas Ltd Liability Company · Updated 2/28/2020


Sponsored Links

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Guardian Medical Transport, LLC is a Kansas Ltd Liability Company filed on February 24, 2020. The company’s filing status is listed as Active And In Good Standing and its File Number is 9604109.

The Registered Agent on file for this company is Registered Agents Inc. and is located at 4601 E Douglas Ave Ste 150, Wichita, KS 67218. The company’s mailing address is Seth Sanders 2500 S. 383rd St. Ct. W., Cheney, KS 67025.


File Number:   9604109
Filing State:   Kansas (KS)
Filing Status:   Active And In Good Standing
Filing Date:   February 24, 2020
Company Age:   8 Months
Registered Agent:  
Mailing Address:  
Map Icon spacer Seth Sanders
2500 S. 383rd St. Ct. W.
Cheney, KS 67025
Report Due Date:   April 15, 2021

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How To Get Around New York City: A Guide To NYC Transport Options

Heading to New York City? As you might be aware, there are several boroughs in this city, which is home to millions of people!

We teamed up with Expedia.com to help you navigate the large metropolis. Start off by checking out the many NYC hotel options on Expedia.com to decide where you want to put your feet up at night. Once you’ve figured out where you want to stay in New York, you’re going to need to know how to get around New York to all the sights you’ve come to the city to see.

Well, with our definitive guide, you’re going to learn all the different options you have for getting around New York. This will include all the major New York transport options, as well as tips for using each one.

Once you’ve read this, check out our guide to spending 2 days in New York, which has a detailed itinerary and lots of tips on what to see in the city. Now, let’s get started with our guide to getting around NYC.

How to Get around New York City

As you’ll see from this list you have a lot of options when it comes to getting around New York City. This is to be expected, after all, New York is the most populated city in the United States.

With over twenty million residents in the New York metropolitan area, which is spread across five main boroughs, it’s easy to see why there are so many ways to help them get around!

Here are some of the best ways to get around the city when you visit.

1. Taxi

The iconic yellow taxi is certainly a popular way to get around the city with residents and visitors alike. The yellow taxi is easy to recognise, being bright yellow, and having a yellow light on the roof. These yellow taxis are the only vehicles that are allowed to pick passengers up in response to a street hail across the entire city.

How to get around New York Transport

A taxi shows it’s availability by illuminating the yellow light. An illuminated light means the taxi is available for hire. To hail a taxi, you just need to attract the drivers attention, usually by waving from the street corner.

Once the taxi sees you, they will stop somewhere safe to pick you up. Let the driver know your destination address. Taxis are metered, with fares starting at $3, and then increasing as time and distance pass – you can see the fares here. Note that tolls will also be added to your taxi fare. New York taxi Fares can be paid in cash, or with a credit or debit card.

It’s definitely worth taking a taxi in New York just for the experience. It’s not a big expense, particularly for shorter rides.

There are of course alternatives to the yellow taxi, including ride-sharing services such as Uber and Lyft. These need to be booked in advance using their apps, and do generally work out cheaper than a yellow


Mode of transport – Wikipedia

The How and Why Library 019.jpg

Mode of transport is a term used to distinguish between different ways of transportation or transporting people or goods. The different modes of transport are air, water, and land transport, which includes Rails or railways, road and off-road transport. Other modes also exist, including pipelines, cable transport, and space transport. Human-powered transport and animal-powered transport are sometimes regarded as their own mode, but never fall into the other categories. In general, transportation is used for moving of people, animals, and other goods from one place to another. The means of transport, on the other hand, refers to the (motorized) vehicles necessary for transport according to the chosen mode (car, airplane, ship, truck and rail). Each mode of transport has a fundamentally different technological solution, and some require a separate environment. Each mode has its own infrastructure, vehicles, and operations.


Animal-powered transport is the use of working animals for the transport of people and/or goods. Humans may use some of the animals directly, use them as pack animals for carrying goods, or harness them, alone or in teams, to pull sleds or wheeled vehicles.

A fixed-wing aircraft, typically airplane, is a heavier-than-air flying vehicle, in which the special geometry of the wings generates lift and then lifts the whole vehicle. Fixed-wing aircraft range from small trainers and recreational aircraft to large airliners and military cargo aircraft. For short distances or in places without runways, helicopters can be operable.[1] (Other types of aircraft, like autogyros and airships, are not a significant portion of air transport.)

Air transport is the fastest method of transport, Commercial jets reach speeds of up to 955 kilometres per hour (593 mph) and a considerably higher ground speed if there is a jet stream tailwind, while piston-powered general aviation aircraft may reach up to 555 kilometres per hour (345 mph) or more. This celerity comes with higher cost and energy use,[2] and aviation’s impacts to the environment and particularly the global climate require consideration when comparing modes of transportation.[3] The Intergovernmental Panel on Climate Change (IPCC) estimates a commercial jet’s flight to have some 2-4 times the effect on the climate than if the same CO2 emissions were made at ground level, because of different atmospheric chemistry and radiative forcing effects at the higher altitude.[4] U.S. airlines alone burned about 16.2 billion gallons of fuel during the twelve months between October 2013 and September 2014.[5] WHO estimates that globally as many as 500,000 people at a time are on planes.[2] The global trend has been for increasing numbers of people to travel by air, and individually to do so with increasing frequency and over longer distances, a dilemma that has the attention of climate scientists and other researchers,[6][7][8] the press,[9][10] and the World Wide Web.[11] The issue of impacts from frequent travel, particularly by air because of the long distances that are easily covered in one or a few days, is


Toyota Develops Vehicle To Transport Seriously Ill COVID-19 Patients

As of date, the new coronavirus pandemic has already affected several countries around the world, with 3.25-million confirmed cases and death toll hitting the 230,000 mark. In Japan, there are 14,305 confirmed COVID-19 cases with 455 deaths. Tokyo, the nation’s capital, tallies the most number of confirmed cases and casualties, with Osaka and Kanagawa following behind.

As such, Toyota Motor Corporation has extended its hand in order to assist in this time of crisis. Earlier this week, the carmaker announced the production of medical face shields for Japan, with production capacity boosted up to 40,000 units per month.

Toyota has aided in the transport of COVID-19 cases, as well. It has provided 11 vehicles for mildly-ill patients since April 10, covering Tokyo, Chiba Prefecture, and Miyagi Prefecture.

Toyota Hiace For Seriously Ill Patients
Toyota Hiace For Seriously Ill Patients

The automaker’s latest addition to its coronavirus aid is this – a Toyota Hiace converted into a vehicle transport specifically modified to ferry seriously-ill COVID-19 patients. This is the first Toyota designed to transport COVID-19 patients in severe condition.

The Hiace-based transport is developed to be an “airborne droplet circulation control vehicle,” which features an interior compartment to separate the front cabin from the rear holding area.

The newly-developed vehicle’s design is simple: an exhaust fan was placed in the interior barrier to continuously expel air into the rear compartment, preventing contaminated air to breach the cabin.

Toyota’s new vehicle was donated to Showa University Hospital, Tokyo, joining the carmaker’s initial fleet of transport aid. The marque intends to continue developing these vehicles in response to requests from medical facilities and local governments – all part of Toyota’s Kokoro Hakobu Project, a collective Toyota effort that started since the wake of the Great East Japan Earthquake.

Source Article


Victoria Transport Institute – Online TDM Encyclopedia



Online TDM Encyclopedia
Transportation Demand Management (TDM, also called Mobility Management) is a general
term for strategies that result in more efficient use of transportation
resources. This Encyclopedia is a comprehensive source of information
about innovative management solutions
to transportation problems. It provides
detailed information on dozens of demand management strategies, plus general
information on TDM planning and evaluation techniques. It is produced
by the Victoria Transport Policy Institute to increase
understanding and implementation of TDM.


Strategies To Achieve Specific Objectives
Best Strategies For Various Organizations and Stakeholder Groups
TDM Strategies

   Improved Transport Options

   Incentives To Use Alternative Modes and Reduce Driving
   Parking and Land Use Management
   Policy And Institutional Reforms
TDM Programs and Program Support
TDM Planning and Evaluation
Reference Information


These chapters describe this Encyclopedia and TDM.

Bicycles are a type of vehicle—when you ride a bicycle on a Queensland road, you have rights and responsibilities like all other road users.

When you ride a bicycle, you must obey the general road rules the same as other motorists as well as the specific road rules for bicycle riders.

Riding a bicycle

When you ride a bicycle, you must:

  • have 1 leg on each side of the seat
  • face forwards
  • keep at least 1 hand on the handlebars.

Carrying people

You can carry another person if:

  • the bicycle is designed to carry more than 1 person and has a passenger seat
  • each person is wearing a helmet.


You must use a hand signal when you turn right. To do this, extend your right arm out horizontally—at a right angle from the right side of the bicycle. Your hand should be open, with your palm facing forward.

Towing with a bicycle

You must not:

  • ride a bicycle that is being towed by another vehicle
  • hold on to a moving vehicle while riding a bicycle
  • lead an animal while riding a bicycle.

Riding with a person in a bicycle trailer

You can tow a child in or on a bicycle trailer if:

  • you are 16 years or older
  • the child is under 10 years old and is wearing an approved helmet that is securely fitted and fastened
  • the bicycle trailer can safely carry the child.

Riding too close to a vehicle

You must keep at least 2m between you and the back of a vehicle when you follow that vehicle for over 200m.

Being a traffic hazard

You must avoid being a traffic hazard—do not ride into the path of a driver or pedestrian.

Keeping left and overtaking

When you ride, you must:

  • ride as close as possible to the left side (or on the road shoulder) on a single lane road. Or, you may take up any position within the lane on a multi-lane road
  • ride to the left of any oncoming vehicle
  • not overtake another vehicle on the left if that vehicle is indicating and turning left
  • not overtake another vehicle on the left if it is not safe
  • not ride with more than 2 riders side by side unless you are overtaking another rider
  • ride no more than 1.5m apart, if travelling beside another rider.

Bicycle helmets

When you ride a bicycle or an electric powered wheeled recreational device or a personal mobility device like a rideable, you must wear an Australian Standard (AS) approved bicycle helmet. You must securely fit and fasten it. An approved bicycle helmet means a helmet that complies with AS 2063 or AS/NZS 2063.

You may only carry passengers on your bicycle if the bicycle is designed to carry passengers. If you carry a passenger on your bicycle, they must also wear an approved helmet, securely fitted and fastened. However, if they are a paying passenger on a 3 or 4 wheeled bicycle, they do not have to wear a


Concepts, Transport in Plants, Videos, Examples

Have you ever wondered how plants eat and drink? Or you thought they don’t feed on anything? How does anything transport in plants? How do they survive? Yes, plants also drink and eat just like you do! Interested in knowing how? Read the chapter below!

Suggested Videos


Transportation In Plants

Transport in plants – plants are the type of organisms that have an autotrophic mode of nutrition. By taking in carbon dioxide from the air, minerals, and water from the soil, plants make their own food. After that, they release oxygen and water vapor. This process is Photosynthesis.

transport in plants

By this process, plants synthesize their food in the leaves. For trees, leaves are considered to be food factories. For the process of photosynthesis, raw materials should be transported to the leaves. For transport in plants, they need a transport system to move food, water, and minerals around because for them no heart, no blood, and since these plants do not have a circulatory system, transportation makes up for it.

Why is Transportation An Essential Process?

To circulate water, essential nutrients, excretory products, and gases within the plants for various purposes, transportation in plants is necessary. In vascular tissues, this transportation in the plant takes place. By a suction force, water and minerals are transported to various parts of the plant.

Vascular tissues are normally conducting tissues. The formation of these tissues can be done by xylem and phloem of a plant. Without the use of pump how water moves up the plant against gravity in tubes made of dead xylem cells can be explained by only the transportation process.

The Process of Transportation

In plants, there are pipe-like vessels through which water and minerals can enter the plants. These vessels are made up of elongated cells and thick walls. A group of cells forms a tissue that performs a specialized function within the organisms. These are conducting tissues. These conducting tissues are divided into two types which are xylem and phloem.

  • Xylem: It is a vascular tissue that spreads from the top to bottom of the plant. For the transport of water molecules, it helps a lot. It also plays a vital role in the case of dissolved substances from the root hairs to aerial parts of the plant. It transfers water in one direction. Commonly, xylem occupies the central part of the vascular bundle. It mainly includes different types of cells such as tracheid, vessels, and xylem parenchyma and xylem fibers.
  • Phloem: It is also vascular tissue. In a plant where the necessity of food molecules is there, the use of the phloem transportation process will take place. Some elements are there in the phloem such as sieve elements, phloem parenchyma, fibers, and companion cells.

The transportation process in this tissue is bidirectional. In association with xylem, it forms vascular bundles. The edges of vascular bundles are occupied by phloem.

Question For You

Q. How do the cells function in potato?

Ans: First, peel a potato


Vehicle classes | Waka Kotahi NZ Transport Agency

AA (pedal cycle)

A vehicle designed to be propelled through a mechanism solely by human power.

AB (power-assisted pedal cycle)

A pedal cycle to which is attached one or more auxiliary propulsion motors having a combined maximum power output not exceeding 300 watts.

LA (moped with two wheels)*

A motor vehicle (other than a power-assisted pedal cycle) that:

  • has two wheels, and
  • either:

–    has an engine cylinder capacity not exceeding 50ml and a maximum speed not exceeding 50km/h, or

–    has a power source other than a piston engine and a maximum speed not exceeding 50km/h.

LB (moped with three wheels)

A motor vehicle (other than a power-assisted pedal cycle) that:

  • has three wheels, and
  • either:

–    has an engine cylinder capacity not exceeding 50ml and a maximum speed not exceeding 50km/h, or

–    has a power source other than a piston engine and a maximum speed not exceeding 50km/h.

An LB 1 motor vehicle has one wheel at the front and two wheels at the rear. An LB 2 motor vehicle has two wheels at the front and one wheel at the rear.

LC (motorcycle)

A motor vehicle that:

  • has two wheels, and
  • either:

–    has an engine cylinder capacity exceeding 50ml, or

–    has a maximum speed exceeding 50km/h.

LD (motorcycle and side-car)

A motor vehicle that:

  • has three wheels asymmetrically arranged in relation to the longitudinal median axis, and
  • either:

–    has an engine cylinder capacity exceeding 50ml, or

–    has a maximum speed exceeding 50km/h.


A car, box or other receptacle attached to the side of a motorcycle and supported by a wheel.

LE (motor tricycle)

A motor vehicle that:

  • has three wheels symmetrically arranged in relation to the longitudinal median axis, and
  • has a gross vehicle mass not exceeding one tonne, and
  • either:

–    has an engine cylinder capacity exceeding 50ml, or

–    has a maximum speed exceeding 50km/h.

An LE 1 motor vehicle has one wheel at the front and two wheels at the rear. An LE 2 motor vehicle has two wheels at the front and one wheel at the rear.

passenger vehicle

A motor vehicle that:

  • is constructed primarily for the carriage of passengers; and
  • either:

–    has at least four wheels, or

–    has three wheels and a gross vehicle mass exceeding one tonne.

MA (passenger car)


Passenger car MA

A passenger vehicle (other than a class MB or class MC vehicle) that has not more than nine seating positions (including the driver’s seating position).

MB (forward control passenger vehicle)


A passenger vehicle (other than a class MC vehicle):

  • that has not more than nine seating positions (including the driver’s seating position), and
  • in which the centre of the steering wheel is in the forward quarter of the vehicle’s total length.

MC (off-road passenger vehicle)

 Off-road passenger vehicle MC

A passenger vehicle, designed with special features for off-road operation, that has not more than nine seating positions (including the driver’s seating position), and that:

  • has four-wheel drive, and
  • has at least four of the