Portable turbine systems
First Claim
1. A portable turbine system comprising:
- a hub with a plurality of paddles;
a housing;
an axle holding the hub in the housing;
an input channel connected to the housing;
an output channel connected to the housing;
a gear structure, with a plurality of gears, with at least one gear fixed to at least a portion of the hub;
a generator connected to a last gear of the gear structure; and
a plurality of electrical components on a substrate electrically connected to an output of the generator;
wherein as a fluid enters the input channel and exits the output channel, the fluid turns the paddles, which turns the hub, and the gears to enable the generator to generate electricity, which is used by the electrical components to perform a function,wherein the housing includes a side surface and a second surface,wherein the plurality of gears of the gear structure extend towards an end of the side surface, with the last gear extended towards the end of the side surface being connected to the generator,wherein the substrate is coupled to the second surface, andwherein the generator extends towards the housing and the generator'"'"'s outputs are configured to be connected to the plurality of electrical components on the substrate.
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Accused Products
Abstract
Novel apparatus and techniques for harnessing wind and/or moving-liquid energy using one or more portable turbine systems are disclosed. One embodiment includes a portable stream turbine system having a hub with many paddles, held by an axle in a housing. The system further includes a disk fixed to the hub and extended out of the housing to be also fixed to a gear structure, which is connected to a generator. The output of the generator can be connected to electronics to perform different functions. Another embodiment includes a number of portable turbine systems removably attached together to form an array. In one example, the number of portable turbine systems in an array can be adjustable, depending on needs. The different embodiments regarding a stream turbine system can further include a floatation mechanism to keep the different embodiments afloat or partially afloat in a fluid. The different embodiments regarding a stream turbine system or an array of stream turbine systems can also include a drifting prevention mechanism to prevent the embodiments from being drifted away, and to substantially maintain the orientation of the embodiments in a fluid.
22 Citations
20 Claims
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1. A portable turbine system comprising:
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a hub with a plurality of paddles; a housing; an axle holding the hub in the housing; an input channel connected to the housing; an output channel connected to the housing; a gear structure, with a plurality of gears, with at least one gear fixed to at least a portion of the hub; a generator connected to a last gear of the gear structure; and a plurality of electrical components on a substrate electrically connected to an output of the generator; wherein as a fluid enters the input channel and exits the output channel, the fluid turns the paddles, which turns the hub, and the gears to enable the generator to generate electricity, which is used by the electrical components to perform a function, wherein the housing includes a side surface and a second surface, wherein the plurality of gears of the gear structure extend towards an end of the side surface, with the last gear extended towards the end of the side surface being connected to the generator, wherein the substrate is coupled to the second surface, and wherein the generator extends towards the housing and the generator'"'"'s outputs are configured to be connected to the plurality of electrical components on the substrate. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. An array of portable turbine systems comprising:
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a first portable turbine system including a first input channel to allow a fluid to enter the first system; a first output channel to allow the fluid to exit the first system; and a first connecting mechanism; a second portable turbine system including a second input channel to allow the fluid to enter the second system; a second output channel to allow the fluid to exit the second system; and a second primary and a second secondary connecting mechanism; and a third portable turbine system including a third input channel to allow the fluid to enter the third system; a third output channel to allow the fluid to exit the third system; and a third connecting mechanism, wherein the first connecting mechanism is removably attached to the second primary connecting mechanism, and the second secondary connecting mechanism is removably attached to the third connecting mechanism to form the array of portable turbine systems. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18, 19)
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20. An array of portable turbine systems comprising:
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a first portable turbine system including a first connecting mechanism; and a second portable turbine system including a second connecting mechanism, wherein the first connecting mechanism is removably attached to the second connecting mechanism, wherein the array of portable turbine systems further comprises a plurality of portable turbine systems, and wherein the plurality of portable turbine systems with the first and the second portable turbine systems are configured into at least two rows of portable turbine systems connected together, with one row being in front of the other row.
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Specification