Cedar & Stuart ANDERSON
51,000 New Beehive Colonies with Amazing
by John Vibes
In recent years, the world has finally begun to take notice of the
drastically declining bee populations, and people are starting to
understand the impact that this could have on the ecosystem.
Slowly, people who care are working to correct this problem with
some inventive solutions.
The father-son duo behind the "Flow Hive" took notice of this
problem over ten years ago, and worked tirelessly to make their
honey business more friendly to the bees.
After roughly a decade of research, Stuart and Cedar Anderson
released an Indiegogo-funded invention called "Flow Hive."
The idea behind their invention was to replicate a real beehive
and harvest honey without causing any harm or posing any risk to
the bees or their home.
Cedar Anderson is a third-generation beekeeper from Nimbin,
Australia, and has been tinkering with beehives and the associated
technology since he was a young child.
Cedar was inspired to create a harm free beehive after his brother
was stung during the honey extraction process.
Eventually, once Cedar had a working prototype, he put a video
online showing the prototype and explaining his idea, hoping to
raise $70,000 for a tool that was needed for the factory.
However, much to the family's surprise, the IndieGoGo campaign
raised over $2 million dollars in one day, and would go on to be
the most successful campaign in the website's history, raising
over $12 million in total.
In just a single day, the Anderson's lives were changed forever,
and they were left with the monumental task of shipping out 24,000
orders to over 130 countries.
However, instead of just retiring and enjoying their riches, the
Andersons have donated their profits towards a network of
pollination projects that are working to protect wild habitats.
"We're proud to have donated 100% of profits from the sale of our
Flow Pollinator House to nine local grassroots pollinator projects
in Australia and the United States that are at work protecting
wild habitats all around the world.
Pollinators need large areas of habitat to flourish - the more we
can do to protect and conserve native habitats, the more
opportunities these tiny environmental champions will have to do
their important work," Cedar said.
As the video below shows, the Flow beehive is a game-changer in
Flow Hive 2 - New release pre-order now
This invention makes the process far more efficient for the
beekeepers and much safer for the bees.
Earlier this year, Truth Theory reported that actor Morgan Freeman
turned his 124-acre ranch in Mississippi into a sanctuary for
bees. Freeman said that the bees seem to appreciate his help.
He has never been stung while working with the bees, and he
doesn't even wear any protective gear.
FRAME FOR BEEHIVE
[ PDF ]
Inventor(s): ANDERSON CEDAR [AU]; ANDERSON
STUART [AU] +
Applicant(s): FLOWBEE AUSTRALIA PTY LTD [AU] +
An artificial honeycomb for use in a beehive and which enables
honey to be removed froth the honey-comb without removing the
honeycomb from the hive; the honeycomb comprising cells and being
formed of at least two parts which are moveable relative to each
other between a cell formed position where the cells comprise side
walls and an end wall to enable bees to fill the cell with honey,
and a cell open position where at least some of the said walls
have moved apart, whereby honey in the cells can be removed from
the honeycomb by movement of the at least two parts to the cell
 The present invention is directed to improvements in the
collection of honey from a hive and is particularly directed to
improvements where honey can be collected without needing to
remove honeycombs from the hive.
 A modern beehive comprises various components which fit
together to form the hive. Generally, these components will
A Hive Stand. The upper hive components rest on this providing a
landing board for the bees and helping to protect the Bottom Board
from rot and cold transfer,
A Bottom Board. This has an entrance for the bees to get into the
hive. This can be screened for ventilation and mite control,
A Brood Box. This is the most bottom box of the hive and is where
the queen bee lays her eggs,
A Honey Super. These are the uppermost box(s) where honey is
Frames & Foundation. These are wooden or plastic frames with
wax or plastic sheets with honeycomb impression where bees build
wax honey combs, or pre formed plastic honeycombs.
Outer Cover. This is the outermost housing to provide weather
protection for the hive.
Inner Cover. This provides separation from an overly hot or cold
Outer Cover and can be used as a shelf for feeding or other
 The honeycomb is a densely packed matrix of hexagonal
cells. Bees use the cells to store food (honey and pollen). When a
cell is filled, the bees place a wax cap over the end of the cell.
The honeycomb is held in a frame which is usually rectangular.
Several frames are placed next to each other in the upper part of
the hive (the honey super). It is known to provide a plastic
(usually polypropylene—but aluminium has also been used) honeycomb
formed with the matrix of hexagonal cells. This relieves the bees
of the effort required to build wax cells and gives the bees more
time to collect honey. It is known to vary the shape and size of
the cells in an artificial honeycomb.
 Collection of honey can be very laborious and time
consuming. As an example, a common way to collect honey requires
the following steps to be carried out: A bee-proof suit needs to
be donned; the lid of the hive is opened to expose the honey
containing frames. The hive is smoked to calm the bees. A blower
is sometimes used to remove bees from the frames. The frames are
removed from the hive and transported to a processing center. The
cells in the frame need to be uncapped by removing the wax cap.
This can be done using an uncapping fork or an uncapping knife.
The frames then need to be spun to remove the honey from the cells
by centrifugal action. After the honey is removed, the frames are
taken back to the hive and replaced (or new frames are inserted).
It is estimated that the above time-consuming steps constitute
approximately 90% of the beekeepers time required to collect honey
from the hive.
 Another disadvantage with conventional collecting
techniques is the expense required in the provision of a honey
shed, an extracting machine, and sometimes an automatic decapping
 Another disadvantage is that the hive can be quite damaged
during the honey collecting process (also called the robbing
process). For instance, bees use 7 kg of honey to make 1 kg of
 Another disadvantage is that the existing process greatly
disturbs the bees and many bees may die during honey collection.
Also, there is always the annoyance (and sometimes potential
danger) in bee stings during the robbing process of the hive.
 Another disadvantage with the existing process is that the
hive can only be robbed at certain times such as daylight, no
rain, no high winds, etc and therefore there are often
restrictions and limitations on the times when the hive can be
opened to collect the honeycombs.
 Another disadvantage is that traditional hives leave spaces
for pests and diseases.
 Honey in the cells is held in place by the wax cover (cap)
placed over the cell mouth by bees and also by the viscosity of
the honey. Thus even if a way was found to remove the wax cap in a
simpler manner, the honey would still not easily drain from the
cells. This is why the frames need to be transported to a factory
which has a centrifuge to spin the honey out of the cells once the
cap has been removed.
 It is known to build a hive of special design and to suck
honey out of the hive using a suction pump. The mechanism is quite
complex as each frame has a dislodgeable plate on which the bees
make their wax cells. When the honeycomb is full, the plate is
moved to break part of the wax cell wall. However, due to the
“sticky” nature of the honey, the honey does not drain from the
cells and into a honey trough. Thus a suction pump is required to
suck the honey out. The cells of the honeycomb are not artificial
and instead are made by the bees. Also the wax is quite fragile
and the above method is unlikely to work without breaking the wax
 A more recent variation has a honeycomb formed with a
backing plate closing off one end of the cells. Bees will fill the
cell with honey and close off the other end with wax. The backing
plate can be dislodged in the hive and in theory honey should flow
from the cells by gravity and into collecting trays and pipes to
flow from the hive. In practice, the honey does not readily drain
due to the viscosity of the honey in the cell.
 It is known to provide heating in an attempt to decrease
the viscosity of the honey and therefore to improve the honey flow
characteristics. However, these known techniques can also heat the
bees in the hive which is undesirable.
 It is known to transport beehives from one location to
another location. With the general demise of bee numbers in
agricultural areas, it is becoming more common for farmers to
request beehives to be placed on their farms to improve
pollination. A required number of beehives are lifted into a
trailer (or similar) and then transported (typically by road
transport) to a desired position. The hives are then unloaded from
the trailer and placed on the ground (or on a stand) for the
desired time which can be several weeks or several months. There
would be an advantage if it were possible to provide a less
physically demanding and time-consuming method to conduct this.
 It is an object of the present invention to provide an
apparatus and method to remove honey from a hive which would
overcome at least some of the abovementioned disadvantages or
provide a useful or commercial choice. A preferred object is to
enable honey to be removed from a honeycomb without needing to
remove the honeycomb from the hive...
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