CN102536713A - Vibrational energy utilization device - Google Patents
Vibrational energy utilization device Download PDFInfo
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- CN102536713A CN102536713A CN2010105777047A CN201010577704A CN102536713A CN 102536713 A CN102536713 A CN 102536713A CN 2010105777047 A CN2010105777047 A CN 2010105777047A CN 201010577704 A CN201010577704 A CN 201010577704A CN 102536713 A CN102536713 A CN 102536713A
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- vibrational energy
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- oscillating body
- vibration
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Abstract
The invention discloses a vibrational energy utilization device, and aims to provide a vibrational energy utilization device which has the advantages of simple construction, convenience in installation and arrangement, high capacity usage ratio and large-scale application. The vibrational energy utilization device provided by the invention comprises a device utilizing mechanical power, a bed frame and a vibrating body which has relative displacement relative to the bed frame during vibration, the vibrational energy utilization device also comprises an energy transmission loop device, an input connection device and an output connection device, the input connection device is arranged between the vibrating body and the energy transmission loop device, and the output connection device is arranged between the energy transmission loop device and the device utilizing the mechanical power; the energy transmission loop device comprises a closed chain loop, the closed chain loop comprises at least comprises a soft cable, and the whole chain loop performs synchronous reciprocation around a rotating shaft along with the vibration of the vibrating body; and the output connection device transmits vibration energy to the device utilizing the mechanical power.
Description
Affiliated technical field
The present invention relates to a kind of vibrational energy utilized device, particularly relate to a kind of device from the mechanical vibration recovered energy
Background technique
Usually can use electricity in people's daily life, people can be easily increase electrical equipment generally can not have influence on other people or other electrical equipment with reducing electrical equipment normal use on circuit; The energy is the power of social development, and from coal to the oil, the earth can reduce to the energy that we provide rapidly; The searching alternative energy source is inevitable; Along with greenhouse effect gradually by people understanding, energy-saving and emission-reduction, development clean energy resource are extremely urgent, wind-power electricity generation; Solar electrical energy generation develops rapidly, and the utilization of vibrational energy is slowly getting into everybody sight line.71% area is the ocean on the earth, and the fluctuation of wave is a kind of vibration, is vibrating in the vehicle traveling process; People walk in the process also in the vibration that does not stop, and vibrational energy is inexhaustible, nexhaustible, vibrates almost ubiquitous; But how the applying vibration energy is a difficult problem always; Now hundreds and thousands of about patented technology seawave power generation or vibrating power-generation, the utilization of commercial scaleization is few, can use rare more as electricity consumption easily.The problem of its existence shows that mainly difficulty of construction is big, and construction cost is high, and the efficient of generation is low, and the maintenance and management difficulty is difficult to scale and uses or technological more complicated.
Chinese patent publication number CN1379179A; Open day on November 13rd, 2002; The name of innovation and creation is called a kind of vibrational energy recovery device and the application on oscillating body thereof, and this application case discloses a kind of vibrational energy recovery device, and its deficiency is could realize moving back and forth of tooth bar by the external force of spring; The energy of vibration overcomes the energy that external force need consume a part, and energy utilization ratio is low; In addition, because the restriction of structure and type of belt drive, the difficulty of large-scale utilization is bigger.
Summary of the invention
The present invention has overcome shortcoming of the prior art, provides a kind of construction simple, and mounting arrangements is convenient, and capacity usage ratio is high, vibrational energy utilized device that can large-scale application.
The technical solution adopted for the present invention to solve the technical problems is: vibrational energy utilized device provided by the invention; Comprise when utilizing mechanokinetic device, pedestal and generation vibration the oscillating body that has relative displacement with respect to pedestal; It also comprises the energy transfer loop apparatus, input connection set and output connection set; Wherein, said input connection set is arranged between said oscillating body and the energy transfer loop apparatus; Said output connection set is arranged at the energy transfer loop apparatus and utilizes between the mechanokinetic device; Said energy transfer loop apparatus comprises rotating shaft and closed chain loop, and the rotational support of rotating shaft is on pedestal; The chain loop of said closure is the loop of the closure that is formed by connecting before and after length fixing one or many objects; Wherein comprise a gentle rope at least; The chain loop of said closure is connected in the rotating shaft, and whole chain loop moves back and forth around rotating shaft synchronously along with the oscillating body vibration.
The said mechanokinetic device that utilizes is generator; Said gentle rope is a chain, and said drive wheel is a sprocket wheel; Said input connection set comprises rod member or slide block class A of geometric unitA; Said input connection set comprises revolving member; Said output connection set comprises rod member or slide block class A of geometric unitA or revolving member; Said input connection set comprises lever, and said output connection set comprises lever; Said oscillating body and utilize between the mechanokinetic device and be provided with overrunning clutch; Said pedestal is the fixed platform that is arranged on the water surface, and said oscillating body is the float that fluctuates up and down with wave in the water; Said pedestal is an automotive frame, and said oscillating body is the Motor Vehicle wheel of relative frame weaving in the process of moving.
Utilize said structure of the present invention, effect of the present invention is very tangible: because the present invention is provided with closed chain loop, need reset by the external force of spring or clockwork spring and so on and just can realize the transmission of energy, simple in structure, cost is low; The energy of vibration need not overcome the external force effect of spring or clockwork spring and so on, has increased substantially capacity usage ratio, better realizes the target of energy-saving and emission-reduction; The present invention is provided with the input connection set, and the input end construction is simple, and mounting arrangements is more convenient, and the amplitude that can utilize the input connection set to regulate vibration as required makes the little vibration of amplitude also can be utilized; The present invention is provided with the output connection set; Can increase and decrease easily as required that generator etc. utilizes the mechanokinetic device and the length that can not change closed chain loop; Generators etc. utilize the mechanokinetic device can be arranged apart with the energy transfer loop apparatus, arrange more conveniently, are fit to extensive utilization; Convenient management is implemented simple; In addition, vibrate almost ubiquitously, putting of wave is a kind of vibration; In vibration, people walk in the process also in the vibration that does not stop in the vehicle traveling process, and pedestal according to the invention and oscillating body can be any article that relative vibration is arranged; The float that for example fluctuates up and down along with wave is with respect to the vibration of land or other buoyancy aids, and Motor Vehicle is the vibration of the relative vehicle frame of wheel in the process of moving, in the process of people's walking or article motion; Between the article or the vibration between two parts of article; Relatively vibration can be two vibrations between the article, also can be the part of article and the vibration between the integral body, can also be the vibration etc. between two parts of article; Vibrational energy is inexhaustible, nexhaustible, applied range.
Description of drawings
Shown in Figure 1 is embodiment's schematic representation;
The schematic representation that is connected with the energy transfer loop apparatus for the I/O connection set shown in Figure 2;
Shown in Figure 3 be I/O connection set (comprising revolving member) embodiment's schematic representation.
Wherein, main reference numeral explanation is as follows:
1 utilizes mechanokinetic device 101 generators
201 rotating shafts of 2 energy transfer loop apparatus
The chain loop of 202 drive wheels, 203 closures
2031 gentle rope 3 input connection sets
3 ' output connection set, 301 input connection sets (comprising rod member)
301 ' output connection set (comprising rod member), 302 input connection sets (comprising the slide block class A of geometric unitA)
302 ' output connection set (comprising the slide block class A of geometric unitA), 303 input connection sets (comprising revolving member)
303 ' output connection set (comprising revolving member), 4 oscillating bodies
5 pedestals, 6 clutch brakes
601 overrunning clutch
Embodiment
Below in conjunction with accompanying drawing and concrete mode of execution the present invention is made further detailed description:
As shown in Figure 1, vibrational energy utilized device provided by the invention comprises when utilizing mechanokinetic device 1, pedestal 5 and vibration taking place the oscillating body 4 that has relative displacement with respect to pedestal 5; There is relative displacement in the float that for example fluctuates up and down along with wave with respect to land or other buoyancy aids, and float is an oscillating body, land or to have the buoyancy aid of relative displacement with float be pedestal; Motor Vehicle in the process of moving wheel there is relative displacement in relative vehicle frame along with the road surface moves up and down, vehicle frame is a pedestal, wheel is an oscillating body; Also have in the motion of similar pendulum; Pendulum is an oscillating body, and having the fixed base of relative displacement with pendulum is pedestal, or the like; It also comprises energy transfer loop apparatus 2, input connection set 3 and output connection set 3 '; Wherein, Utilize mechanokinetic device 1 that generator 101, water pump and air-conditioning (not shown) etc. are arranged, modal is generator 101, in order to guarantee generator 101 working stabilities; Generator 101 usually is connected with parts such as gear-box and flywheel (not shown); Input connection set 3 is arranged between said oscillating body 4 and the energy transfer loop apparatus 2, and output connection set 3 ' is arranged at energy transfer loop apparatus 2 and utilizes between the mechanokinetic device 1, and said energy transfer loop apparatus 2 comprises the chain loop 203 of rotating shaft 201 and at least one closure; As a concrete embodiment; Also comprise drive wheel 202, the rotational support of rotating shaft 201 is on pedestal 5, and drive wheel 202 is arranged in the rotating shaft 201; The chain loop 203 of said closure wherein comprises a gentle rope 2031 at least the loop capable of circulation of the closure that is formed by connecting before and after length changeless or many objects; The chain loop 203 of said closure is wrapped on the drive wheel 202, and whole chain loop 203 moves back and forth on drive wheel 202 around rotating shaft synchronously along with oscillating body 4 vibrations; Resemble be linked to be a circle chain on sprocket wheel, along with the rotation of sprocket wheel, chain moves to next joint or a few joint from this joint, again toward swivel motion one joint or a few joint, back and forth; Wherein, Gentle rope 2031 is the combination of any or several kinds of rope, wire rope, chain and adhesive tape etc., and drive wheel 202 has several kinds of pulley, sprocket wheel, roller, belt pulley, upper saw pulley, reel and the axis of rolling etc., drive wheel 202 and gentle rope 2031 corresponding uses; Closed chain loop 203 is the loop of length closure fixing, that be formed by connecting before and after not extending or many objects; Wherein comprise gentle rope 2031 compositions at least, consider the needs that transmit strength, preferably gentle rope 2031 is used chain; Corresponding drive wheel 202 is used sprocket wheel; Thereby the energy of oscillating body 4 vibrations passes to energy transfer loop apparatus 2 through input connection set 3, owing to the object that does not have in the whole chain loop 203 to extend; Whole chain loop 203 moves back and forth around rotating shaft along with oscillating body 4 vibrations synchronously; So oscillating body 4 vibrational energies pass to whole loop through the input point of energy transfer loop apparatus 2, energy has also just passed to the output connection set 3 ' that is connected with energy transfer loop apparatus 2 accordingly, passes to energy through output connection set 3 ' again and utilizes on the mechanokinetic device 1; Thereby utilize vibrational energy to generate electricity or directly drive other mechanical work, reach the purpose of energy-saving and emission-reduction.
In the present invention, as shown in Figure 2, can select suitable I/O connection set 3/3 ' as required; Can realize regulating Oscillation Amplitude through selecting connection set, also can be used for adjusting position, can also select the motion mode of I/O as required; Can be linear motion, also can be swing or rotatablely move, as an optional embodiment; Said input connection set 3 can comprise rod member 301 (with 301 ' similar among Fig. 2), and rod member 301 commonly used has lever, connecting rod etc., in addition; Rod member can also occur with other form, also can make the different needs of discoid adaptation as the rod member of crank.
As another optional embodiment, said input connection set 3 can comprise slide block class A of geometric unitA 302 (with 302 ' similar among Fig. 2), and slide block class A of geometric unitA 302 commonly used has slide block, gear rack etc.
As another optional embodiment, said input connection set 3 can comprise revolving member 303 (with 303 ' similar among Fig. 2), and revolving member 303 commonly used has sprocket wheel, pulley, ratchet, gear and reel etc.
As the possible embodiment of another kind, said input connection set 3 can also comprise revolving member 03 except comprising rod member 301 or slide block class A of geometric unitA 302 etc., and slidercrank mechanism is common combination.
As an optional embodiment; As shown in Figure 2; The structural similarity of said output connection set 3 and said input connection set 3; Can comprise rod member 301 ' or slide block class A of geometric unitA 302 ' or revolving member 303 ', said revolving member 303 ' is selected from any in sprocket wheel, pulley, ratchet, gear, the reel etc.; It also can be a plurality of that the output connection set 3 that energy transfer loop apparatus 2 connects can be one, can be a kind of, also can be several kinds combination.
As a concrete embodiment, said input connection set 3 comprises lever, and said output connection set 3 comprises lever.
As the embodiment of concrete parts, as shown in Figure 3, comprise that the I/O connection set 3/3 of revolving member comprises that a sprocket wheel and a gear connect together abreast; Can be around common axis rotation, its middle sprocket and closed chain loop 203 engagements, gear can be connected with corresponding gear or tooth bar; Closed chain loop 203 can rotate with the sprocket wheel with the tool engagement; Because sprocket wheel and gear keep relative fixed each other, gear, sprocket wheel and closed chain loop 203 also just keep synchronously, therefore; As input connection set 3, can move back and forth oscillating body 4 through gear and pass to closed chain loop 203; As output connection set 3 ', can output to generator 101 grades to the motion in closed chain loop 203 through gear and utilize mechanokinetic device 1.
As the possible embodiment of another kind, said revolving member 03,303 ' can link together with the drive wheel 202 of energy transfer loop apparatus 2, can install more easily and arrange like this.
As an optional embodiment; Said oscillating body 4 and utilize and be provided with clutch brake 6 between the mechanokinetic device 1; Usually clutch brake comprises overrunning clutch 601; Be preferably in energy transfer loop apparatus 2 and utilize overrunning clutch 601 is set between the mechanokinetic device 1, can guarantee to utilize mechanokinetic device 1 better to work.
Claims (10)
1. vibrational energy utilized device comprises when utilizing mechanokinetic device, pedestal and generation vibration the oscillating body that has relative displacement with respect to pedestal, and it is characterized in that: it comprises the energy transfer loop apparatus, input connection set and output connection set; Wherein,
A) said input connection set is arranged between said oscillating body and the energy transfer loop apparatus;
B) said output connection set is arranged at the energy transfer loop apparatus and utilizes between the mechanokinetic device;
C) said energy transfer loop apparatus comprises, i) rotating shaft, and its rotational support is on pedestal; Ii) closed chain loop; The chain loop of said closure is the loop of the closure that is formed by connecting before and after length fixing one or many objects; Wherein comprise a gentle rope at least; The chain loop of said closure is connected in the rotating shaft, and whole chain loop moves back and forth around rotating shaft synchronously along with the oscillating body vibration.
2. vibrational energy utilized device according to claim 1 is characterized in that: the said mechanokinetic device that utilizes is generator.
3. vibrational energy utilized device according to claim 1 is characterized in that: said gentle rope is a chain, and said drive wheel is a sprocket wheel.
4. vibrational energy utilized device according to claim 1 is characterized in that: said input connection set comprises rod member or slide block class A of geometric unitA.
5. according to claim 1 or 4 described vibrational energy utilized devices, it is characterized in that: said input connection set comprises revolving member.
6. vibrational energy utilized device according to claim 1 is characterized in that: said output connection set comprises rod member or slide block class A of geometric unitA or revolving member.
7. vibrational energy utilized device according to claim 1 is characterized in that: said input connection set comprises lever, and said output connection set comprises lever.
8. according to each the described vibrational energy utilized device in the claim 1 to 7, it is characterized in that: said oscillating body and utilize between the mechanokinetic device and be provided with overrunning clutch.
9. vibrational energy utilized device according to claim 1 is characterized in that: said pedestal is the fixed platform that is arranged on the water surface, and said oscillating body is the float that fluctuates up and down with wave in the water.
10. vibrational energy utilized device according to claim 1 is characterized in that: said pedestal is an automotive frame, and said oscillating body is the Motor Vehicle wheel of relative frame weaving in the process of moving.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105777047A CN102536713A (en) | 2010-12-07 | 2010-12-07 | Vibrational energy utilization device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105777047A CN102536713A (en) | 2010-12-07 | 2010-12-07 | Vibrational energy utilization device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102536713A true CN102536713A (en) | 2012-07-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105777047A Pending CN102536713A (en) | 2010-12-07 | 2010-12-07 | Vibrational energy utilization device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539485A (en) * | 2016-01-16 | 2016-05-04 | 刘志运 | Novel railway vehicle |
| CN107191557A (en) * | 2017-06-27 | 2017-09-22 | 佘宏迁 | Bidirectional-movement is converted to the mechanism and its device of one-way movement |
| CN111946570A (en) * | 2020-08-11 | 2020-11-17 | 何景安 | Pulley reciprocating rotator of single-phase rotating device |
-
2010
- 2010-12-07 CN CN2010105777047A patent/CN102536713A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539485A (en) * | 2016-01-16 | 2016-05-04 | 刘志运 | Novel railway vehicle |
| CN107191557A (en) * | 2017-06-27 | 2017-09-22 | 佘宏迁 | Bidirectional-movement is converted to the mechanism and its device of one-way movement |
| CN111946570A (en) * | 2020-08-11 | 2020-11-17 | 何景安 | Pulley reciprocating rotator of single-phase rotating device |
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Application publication date: 20120704 |