CN203805891U - Aerial cableway type cable car sand lifting energy storage power station - Google Patents
Aerial cableway type cable car sand lifting energy storage power station Download PDFInfo
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- CN203805891U CN203805891U CN201420198321.2U CN201420198321U CN203805891U CN 203805891 U CN203805891 U CN 203805891U CN 201420198321 U CN201420198321 U CN 201420198321U CN 203805891 U CN203805891 U CN 203805891U
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Abstract
Disclosed is an aerial cableway type cable car sand lifting energy storage power station. Supports (2) are constructed above a high-position sand pool (1) and a low-position sand pool (7), inside a first tunnel (4) and a second tunnel (9), and on a sand conveying channel (11) respectively. The supports (2) are provided with sliding wheels (8). A first cableway device (3) is arranged on the sliding wheels (8) of a group of the supports (2) above the high-position sand pool (1) and inside the sand conveying channel (11) and the second tunnel (9), a second cableway device (10) is arranged on the sliding wheels (8) of a group of the supports (2) above the low-position sand pool (7) and inside the sand conveying channel (11) and the first tunnel (4), and the first cableway device (3) and the second cableway device (10) are respectively and fixedly connected with a freight transport cable car (14). A power device of the first cableway device (3) is a motor, and a power device of the second cableway device (10) is an electric generator.
Description
Technical field
The utility model belongs to energy storage technology field, is specifically related to a kind ofly utilize aerial rope way formula cable car device to promote and reduce the drift sand power station technology and the device that carry out energy storage and generating.
Background technology
Due to solar power and wind energy existence intermittence, utilize solar power and wind energy electricity can also have intermittent problems, the energy that necessary for human is wanted needs stable and without interruption, and the noncontinuity electric energy of therefore solar power and wind energy being sent out stores that to be also converted into when needed the electric energy of continous-stable just very necessary.
In existing extensive energy storing and electricity generating technology, the extensive application that Water Pumped Storage Station Technology obtains.But in China's solar power and the abundant the Northwest of wind energy resources, due to shortage of water resources, Pumped Storage Power Station Construction has been subject to severely restricts.Consider the area nearer apart from desert also time simultaneously, the abundant area of China's solar power and wind energy resources, therefore adopt and put forward husky energy storing and electricity generating technology and there is good using value and promotion prospect.
Carry in husky energy storing and electricity generating technology existing, due to husky poor fluidity, make the comparatively difficulty of handling process of sand, equipment complexity and degree of automation are low, have had a strong impact on the application of carrying husky energy storage technology.Retrieve existing published document, also do not find about the research of carrying husky energy storage technology.Patent searching document, has a technology to become and the comparatively similar recent development of the art of this patent.This technology is the patent of invention technology of published " a kind of wind power control apparatus that utilizes cableway transport energy storage ", its number of patent application is 201310332029.5, this technology is also taking aerial rope way as transportation equipment, be provided with smooth stacking yard field at aerial rope way two ends, on the stacking yard field at two ends, be provided with automatic loading and unloading device, this technology is loaded onto goods in the lorry of cableway by the automatic loading and unloading device at two ends, by aerial rope way upwards cargo lifting carry out energy storage, or by the downward transporting cargo generating of cableway, realize the object of energy storing and electricity generating.This technology obviously exists following problem:
1, smooth stacking field construction cost is high.This technology is to be arranged on the stacking field stack goods at cableway two ends, the problem existing is, on mountain top with at the foot of the hill to build large-scale smooth stacking field cost high, due to mountain top and at the foot of the hill natural shape pinnacle and gully, and inclined-plane, manually build into large-area smooth stacking field cost high.
2, the automatic handling device equipment complexity at cableway two ends, cost is high, handling efficiency is low.The automatic handling device at cableway two ends will successfully load and unload the goods in the lorry body in motion, and the running velocity of lorry needs to reduce, and efficiency also decreases; On the other hand, automatic handling device need to and store height according to how many adjustment storage locations of goods storage capacity, and the handling frequency of goods also changes at any time, a set of like this matching requirements has quite high intelligent apparatus and operational outfit, and construction, installation, operation and the maintenance cost of its equipment are all higher.
3, in automatic handling device handling process, energy consumption is large.In a large amount of handling with while storing goods, certainly exist the problem of carrying to larger distance from two ends of cableway, this will lot of energy, therefore, for being expensive new forms of energy electric power face speech, uses the economic competitiveness of this technology relatively low.
4, handling efficiency is low.Although the automatic handling device of high-accuracy intelligent can be realized automatic loading and unloading function, but need to be by the handling of one car one car of the goods on cableway lorry in lorry operational process, and stack neatly, efficiency must reduce, and can not adapt to the needs of extensive energy storing and electricity generating.
5, this device should not transport loose shape goods.The unloading of loose shape goods is comparatively easy, but for the loose shape goods that leaves diverse location in, is directly loaded onto just difficulty comparatively of cableway lorry in motion by this automatic handling device.
Summary of the invention
The utility model provides a kind of aerial rope way formula cable car to carry husky energy-accumulating power station device, its objective is and utilizes the potential energy that increases or reduce drift sand to realize the electric energy that intermittent input electric energy is become to stable output.
The utility model is that aerial rope way formula cable car is carried husky energy-accumulating power station device, build high-order husky storehouse 1 at high height above sea level place, built the husky storehouse 7 of low level at low height above sea level place, below the husky storehouse 1 of a high position, build the first tunnel 4, below the husky storehouse 7 of low level, build the second tunnel 9, be provided with Lou husky mouthful 5 in the bottom in the husky storehouse 1 of a high position and the husky storehouse 7 of low level, leak husky mouthful 5 by the tunnel UNICOM of the husky storehouse of top and below, in leakage, husky mouthful 5 places are provided with sand Control device 6, it between the husky storehouse 7 of high-order husky storehouse 1 and low level, is the husky passage 11 of fortune, above the husky storehouse 1 of a high position and the husky storehouse 7 of low level, the first tunnel 4 and 9 inside, the second tunnel, and transport on husky passage 11 and all built support 2, support 2 is provided with roller 8, along the top in high-order husky storehouse 1, the roller 8 of transporting 2 groups of husky passage 11 and the second tunnel 9 internal stent is provided with the first cableway system 3, along the top in the husky storehouse 7 of low level, the roller 8 of transporting 2 groups of husky passage 11 and the first tunnel 4 internal stent is provided with the second cableway system 10, on the first cableway system 3 and the second cableway system 10, be all fixed with shipping cable car 14, the engine installation of the first cableway system 3 is electrical motor, the engine installation of the second cableway system 10 is electrical generator.
The beneficial effects of the utility model are:
1, Yi Shaku locus topographic condition is built the husky storehouse adapting, wide adaptability, and cost is low.The husky storehouse of the high-order husky storehouse of this device and low level all utilizes the mountain top of natural formation and the shape of mountain at the foot of the hill to build, if topographic condition is what tilt, husky storehouse is also what tilt, if topographic condition is level, husky storehouse is also level, the bottom of Sha Ku and the planeness of side require low, wide adaptability, time and labour saving cost is low.
2, the automatic handling device at two ends has been saved in the design in the husky bottom of the reservior husky mouth of portion's leakage and tunnel, bottom, has saved equipment cost, has improved handling efficiency, makes again whole device more simple and reliable.
3, this device handling efficiency is high.This device directly pours into Sha Ku by the goods in cable car by automatic turnover railway carriage in uninstall process, in loading process, directly pours from the top down cable car railway carriage into by automatic turnover sandbox and the husky groove that slips, and handling efficiency is high.
4, this installs suitable transport the loose shape goods of certain fluidity energy.This device need to lean on Action of Gravity Field that the drift sand in husky top storehouse is passed through to leak husky mouthful of inflow cable car railway carriage, and therefore handling load need to have certain flowing power, otherwise cannot flow out from drift sand mouth.Flowing power is better, and handling efficiency is higher.
Brief description of the drawings
Fig. 1 is that aerial rope way formula cable car of the present utility model is put forward husky energy-accumulating power station generalized section, Fig. 2 puies forward the husky storehouse of husky energy-accumulating power station cross sectional representation, Fig. 3 is the first cableway system and the integrated power station of the second cableway system generalized section, and Reference numeral and corresponding name are called: 1, high-order husky storehouse; 2, support; 3, the first cableway system; 4, the first tunnel; 5, leak husky mouthful; 6, sand Control device; 7, the husky storehouse of low level; 8, roller; 9, the second tunnel; 10, the second cableway system; 11, transport husky passage; 12, the first automatic turnover sandbox; 13, slip husky groove; 14, cable car; 15, the first long husky groove or defeated machine of the first belt of slipping; 16, the second automatic turnover sandbox; 17, the second long husky groove or defeated machine of the second belt of slipping.
Detailed description of the invention
Below in conjunction with accompanying drawing 1-3, enforcement of the present utility model is described in further detail, but to those skilled in the relevant art, according to thought of the present invention, all likely changes in specific embodiments and applications.So, this specification sheets should be interpreted as to limitation of the present invention.Within any change under basic thought restriction of the present invention all belongs to category of the present invention, scope of patent protection proper right of the present invention requires restriction.
As Fig. 1, shown in Fig. 2 and Fig. 3, the utility model provides a kind of aerial rope way formula cable car to carry husky energy-accumulating power station device, its detailed description of the invention is: built high-order husky storehouse 1 at high height above sea level place, built the husky storehouse 7 of low level at low height above sea level place, below the husky storehouse 1 of a high position, build the first tunnel 4, below the husky storehouse 7 of low level, build the second tunnel 9, be provided with Lou husky mouthful 5 in the bottom in the husky storehouse 1 of a high position and the husky storehouse 7 of low level, leak husky mouthful 5 by the tunnel UNICOM of the husky storehouse of top and below, in leakage, husky mouthful 5 places are provided with sand Control device 6, it between the husky storehouse 7 of high-order husky storehouse 1 and low level, is the husky passage 11 of fortune, above the husky storehouse 1 of a high position and the husky storehouse 7 of low level, the first tunnel 4 and 9 inside, the second tunnel, and transport on husky passage 11 and all built support 2, support 2 is provided with roller 8, along the top in high-order husky storehouse 1, the roller 8 of transporting 2 groups of husky passage 11 and the second tunnel 9 internal stent is provided with the first cableway system 3, along the top in the husky storehouse 7 of low level, the roller 8 of transporting 2 groups of husky passage 11 and the first tunnel 4 internal stent is provided with the second cableway system 10, on the first cableway system 3 and the second cableway system 10, be all fixed with shipping cable car 14, the engine installation of the first cableway system 3 is electrical motor, the engine installation of the second cableway system 10 is electrical generator.
As shown in Figure 1, Figure 2 and Figure 3, the husky storehouse 7 of high-order husky storehouse 1 and low level is long and narrow ribbon, be uncovered type, up big and down small, its square section is V-shape, and sidewall is smooth dip plane, is provided with the sand bucket that 1 row～60 row is inverted pyramid type in bottom of the reservior portion along long and narrow direction, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, every row is leaked the quantity of husky mouthful 5 between 1～30.
As shown in Figure 1, Figure 2 and Figure 3, high-order husky storehouse 1 or horizontal, or skewed; The husky storehouse 7 or horizontal of low level, or skewed.
As shown in Figure 1, Figure 2 and Figure 3, the first cableway system 3 and the second cableway system 10 are single rope cable-tramway, or multiple line cableway, its cable car 14 operation scheme or be circulating, or reciprocating; Cable car 14 railway carriages or be automatic turnover lorry body, or bottom automatic open-close type railway carriage.
As depicted in figs. 1 and 2, the axis in the first tunnel 4 and the second tunnel 9 parallels with the axis of the long and narrow direction of the husky bottom of the reservior portion in its top, the first tunnel 4 and the second tunnel 9 or single hole tunnel or double-hole tunnel group, if double-hole tunnel group, the end of two tunnels is mutual UNICOMs.
As depicted in figs. 1 and 2, sand Control device 6 is electrically operated valves, or electric flashboard.
As shown in Figure 1, Figure 2 and Figure 3, below sand Control device 6, be provided with the first automatic turnover sandbox 12, below the first automatic turnover sandbox 12, be provided with and slip husky groove 13.
As shown in Figure 1, Figure 2 and Figure 3, the first cableway system 3 and the second cableway system 10 or separate, or become one, if the first cableway system 3 and the second cableway system 10 become one, its engine installation is generator motor, and in the first tunnel 4, be provided with the first long husky groove or defeated machine 15 of the first belt of slipping, the first long husky groove or defeated machine 15 ends of the first belt of slipping are arranged on the below that last leaks husky mouthful 5, the first long front end that slips husky groove or the defeated machine 15 of the first belt is arranged on the top in cable car 14 paths, below the first long front end that slips husky groove or the defeated machine 15 of the first belt, the top in cable car 14 paths is provided with the second automatic turnover sandbox 16, above the husky storehouse 7 of low level, be provided with the second long husky groove or defeated machine 17 of the second belt of slipping, the second long husky groove or defeated machine 17 ends of the second belt of slipping are below cable car 14 paths, the second long husky groove or defeated machine 17 front ends of the second belt of slipping are above the husky storehouse 7 of low level, second long slips that husky groove or the defeated machine 17 of the second belt be telescoping.
As depicted in figs. 1 and 2, the first cableway system 3 and the second tunnel 9 have 1～30; The second cableway system 10 and and the first tunnel 4 have 1～30.
Below in conjunction with specific embodiment, the utility model patented technology is further described.
embodiment 1
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is horizontal, be provided with along long and narrow direction the sand bucket that 2 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 5, the first tunnel 4 and the second tunnel 9 are double-hole tunnel group, offer a row and leak husky mouthful 5, and the end of two tunnels is mutual UNICOMs directly over each tunnel.
The first cableway system 3 and the second cableway system 10 are single rope, and the first cableway system 3 and the second cableway system 10 are separate.
Power and driving system in the first cableway system 3 and the second cableway system 10 are separate, cable car 14 operation scheme in the first cableway system 3 and the second cableway system 10 are shuttle, the railway carriage of cable car 14 is bottom automatic open-close type railway carriages, and the cable car group being made up of 5 cable cars 14 is moved together.
The first cableway system 3 and the second cableway system 10, and the first tunnel 4 and the second tunnel 9 have respectively 1 group.
embodiment 2
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is skewed, be provided with along long and narrow direction the sand bucket that 2 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 20, the first tunnel 4 and the second tunnel 9 are double-hole tunnel group, offer side by side 1 row and leak husky mouthful 5, and the end of two tunnels is mutual UNICOMs directly over each tunnel.
The first cableway system 3 and the second cableway system 10 are single cable type, and the first cableway system 3 and the second cableway system 10 are separate.
Power and driving system in the first cableway system 3 and the second cableway system 10 are separate, and cable car 14 operation scheme in the first cableway system 3 and the second cableway system 10 are circulating, and the railway carriage of cable car 14 is bottom automatic turnover lorry bodies.
The first cableway system 3 and the second cableway system 10, and the first tunnel 4 and the second tunnel 9 have respectively 1 group.
embodiment 3
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is skewed, be provided with along long and narrow direction the sand bucket that 10 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 1, the first tunnel 4 and the second tunnel 9 are single hole tunnel, offer side by side 2 and leak husky mouthful 5 directly over each tunnel.
The first cableway system 3 is bicable ropeway, and the second cableway system 10 is monocable ropeway, and the first cableway system 3 and the second cableway system 10 are separate.
Power and the driving system of the first cableway system 3 and the second cableway system 10 are separate, cable car 14 operation scheme in the first cableway system 3 and the second cableway system 10 are shuttle, the railway carriage of cable car 14 is bottom automatic open-close type railway carriages, is moved by 1 cable car 14.
The first cableway system 3 and the second cableway system 10, and the first tunnel 4 and the second tunnel 9 have respectively 5 groups.
embodiment 4
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is skewed, be provided with along long and narrow direction the sand bucket that 20 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 15, the first tunnel 4 and the second tunnel 9 are double-hole tunnel group, offer two rows and leak husky mouthful 5 above tunnel.
The first cableway system 3 and the second cableway system 10 are two cable-styled, and the first cableway system 3 and the second cableway system 10 are separate.
Power and driving system in the first cableway system 3 and the second cableway system 10 are separate, cable car 14 operation scheme in the first cableway system 3 and the second cableway system 10 are circulating, the railway carriage of cable car 14 is automatic turnover railway carriages, on the circle of whole hawser composition, is evenly arranged.
The first cableway system 3 and the second cableway system 10, and the first tunnel 4 and the second tunnel 9 have respectively 10 groups.
embodiment 5
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is horizontal, be provided with along long and narrow direction the sand bucket that 40 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 30, the first tunnel 4 and the second tunnel 9 are double-hole tunnel, open to be provided with side by side two rows and to leak husky mouthful 5 directly over tunnel.
It is three cable-styled that the first cableway system 3 and the second cableway system 10 are, and wherein two steel ropes are for load-bearing, and one is moved for drag lift 14, and the first cableway system 3 and the second cableway system 10 are separate.
Power and driving system in the first cableway system 3 and the second cableway system 10 are separate, and cable car 14 operation scheme in the first cableway system 3 and the second cableway system 10 are circulating, and the railway carriage of cable car 14 is automatic turnover railway carriages.
The first cableway system 3 and the second tunnel 9 have 20 groups, and the second cableway system 10 and the first tunnel 4 have 20 groups.
embodiment 6
As depicted in figs. 1 and 2, the husky storehouse 7 of high-order husky storehouse 1 and low level is horizontal, be provided with along long and narrow direction the sand bucket that 60 rows are inverted pyramid type in bottom of the reservior portion, be provided with Lou husky mouthful 5 at the pinnacle of a pagoda place of sand bucket, the quantity of every sand discharge bucket 5 is 30, the first tunnel 4 and the second tunnel 9 are double-hole tunnel, offer side by side two rows and leak husky mouthful 5 directly over each tunnel.
It is three cable-styled that the first cableway system 3 and the second cableway system 10 are, and wherein two steel ropes are for load-bearing, and one is moved for drag lift 14, and the first cableway system 3 and the second cableway system 10 are one, shares cableway and cable car.
Power in the first cableway system 3 and the second cableway system 10 and driving system are that its engine installation of integrated type is generator motor, cable car 14 operation scheme of the first cableway system 3 and the second cableway system 10 are circulating, and the railway carriage of cable car 14 is bottom automatic open-close type railway carriages.
In the first tunnel 4, be provided with the first long husky groove or defeated machine 15 of the first belt of slipping, the first long husky groove or defeated machine 15 ends of the first belt of slipping are arranged on the below that last leaks husky mouthful 5, the first long front end that slips husky groove or the defeated machine 15 of the first belt is arranged on the top in cable car 14 paths, below the first long front end that slips husky groove or the defeated machine 15 of the first belt, the top in cable car 14 paths is provided with the second automatic turnover sandbox 16, first long slip the drift sand that husky groove or the defeated machine 15 of the first belt can leak each in husky mouthful 5 and catch, and travel forward along the first long husky groove or defeated machine 15 of the first belt of slipping, enter in the second automatic turnover sandbox 16, the second automatic turnover sandbox 16 at each cable car 14 through out-of-date upset once, sand is poured in cable car 14.
Above the husky storehouse 7 of low level, be provided with the second long husky groove or defeated machine 17 of the second belt of slipping, the second long husky groove or defeated machine 17 ends of the second belt of slipping are below cable car 14 paths, the second long husky groove or defeated machine 17 front ends of the second belt of slipping are above the husky storehouse 7 of low level, second long slips that husky groove or the defeated machine 17 of the second belt be telescoping, cable car 14 slips husky groove or the defeated machine 17 of the second belt through the second length above time, lower curtate is opened automatically, drift sand flows into downwards second and longly slips on husky groove or the defeated machine 17 of the second belt and travel forward, and flows in the husky storehouse 7 of low level.
The first cableway system 3 and the second cableway system 10 conglomerates, and 9 groups, the first tunnel 4 and the second tunnel have 30 groups.
embodiment 7
As shown in figures 1 and 3, above-described embodiment 1～embodiment 6 combination in any designs, composition many groups energy storage and generator set, form the power station that extensive energy storage and generator set form.
Claims (9)
1. aerial rope way formula cable car is carried husky energy-accumulating power station, build high-order husky storehouse (1) at high height above sea level place, built the husky storehouse of low level (7) at low height above sea level place, below the husky storehouse of a high position (1), build the first tunnel (4), below the husky storehouse of low level (7), build the second tunnel (9), be provided with in the bottom in the husky storehouse of a high position (1) and the husky storehouse of low level (7) Lou husky mouthful (5), leak husky mouthful (5) by the tunnel UNICOM of the husky storehouse of top and below, locate to be provided with sand Control device (6) in leakage husky mouthful (5), it between the husky storehouse of high-order husky storehouse (1) and low level (7), is the husky passage of fortune (11), it is characterized in that: in the top in the husky storehouse of a high position (1) and the husky storehouse of low level (7), the first tunnel (4) and inside, the second tunnel (9), and transport and on husky passage (11), all built support (2), support (2) is provided with roller (8), along the top in high-order husky storehouse (1), the roller (8) of transporting husky passage (11) and the second tunnel (9) internal stent (2) group is provided with the first cableway system (3), along the top in the husky storehouse of low level (7), the roller (8) of transporting husky passage (11) and the first tunnel (4) internal stent (2) group is provided with the second cableway system (10), on the first cableway system (3) and the second cableway system (10), be all fixed with shipping cable car (14), the engine installation of the first cableway system (3) is electrical motor, the engine installation of the second cableway system (10) is electrical generator.
2. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: the husky storehouse of high-order husky storehouse (1) and low level (7) is long and narrow ribbon, be uncovered type, up big and down small, its square section is V-shape, and sidewall is smooth dip plane, is provided with the sand bucket that 1 row～60 row is inverted pyramid type in bottom of the reservior portion along long and narrow direction, be provided with Lou husky mouthful (5) at the pinnacle of a pagoda place of sand bucket, every row is leaked the quantity of husky mouthful (5) between 1～30.
3. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: high-order husky storehouse (1) or horizontal, or skewed; The husky storehouse of low level (7) or horizontal, or skewed.
4. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: the first cableway system (3) and the second cableway system (10) are single rope cable-tramway, or multiple line cableway, its cable car (14) operation scheme or be circulating, or reciprocating; Cable car (14) railway carriage or be automatic turnover lorry body, or bottom automatic open-close type railway carriage.
5. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: the axis of the first tunnel (4) and the second tunnel (9) parallels with the axis of the long and narrow direction of the husky bottom of the reservior portion in its top, the first tunnel (4) and the second tunnel (9) or single hole tunnel or double-hole tunnel group, if double-hole tunnel group, the end of two tunnels is mutual UNICOMs.
6. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: sand Control device (6) is electrically operated valve, or electric flashboard.
7. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: be provided with the first automatic turnover sandbox (12) in the below of sand Control device (6), be provided with in the below of the first automatic turnover sandbox (12) and slip husky groove (13).
8. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: the first cableway system (3) and the second cableway system (10) or separate, or become one, if the first cableway system (3) and the second cableway system (10) become one, its engine installation is generator motor, and in the first tunnel (4), be provided with the first long husky groove or defeated machine of the first belt (15) of slipping, the first long husky groove or the defeated machine of the first belt (15) end of slipping is arranged on last and leaks the below of husky mouthful (5), the first long front end that slips husky groove or the defeated machine of the first belt (15) is arranged on the top in cable car (14) path, in the first long front end below that slips husky groove or the defeated machine of the first belt (15), the top in cable car (14) path is provided with the second automatic turnover sandbox (16), be provided with the second long husky groove or defeated machine of the second belt (17) of slipping in the top in the husky storehouse of low level (7), the second long husky groove or the defeated machine of the second belt (17) end below in cable car (14) path that slips, the second long husky groove or the defeated machine of the second belt (17) front end top in the husky storehouse of low level (7) that slips, second long slips that husky groove or the defeated machine of the second belt (17) be telescoping.
9. aerial rope way formula cable car according to claim 1 is carried husky energy-accumulating power station, it is characterized in that: the first cableway system (3) and the second tunnel (9) have 1～30; The second cableway system (10) and the first tunnel (4) have 1～30.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201420198321.2U CN203805891U (en) | 2014-04-23 | 2014-04-23 | Aerial cableway type cable car sand lifting energy storage power station |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201420198321.2U CN203805891U (en) | 2014-04-23 | 2014-04-23 | Aerial cableway type cable car sand lifting energy storage power station |
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| CN203805891U true CN203805891U (en) | 2014-09-03 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104355053A (en) * | 2014-10-29 | 2015-02-18 | 宁夏天地西北煤机有限公司 | Cableway roller flange belt conveyer |
| CN105673364A (en) * | 2016-03-11 | 2016-06-15 | 宋振海 | Stone lifting and energy storage power station |
| CN113895467A (en) * | 2021-08-24 | 2022-01-07 | 中国科学院电工研究所 | Gravity energy storage system for transporting sand by depending on track and cable car |
-
2014
- 2014-04-23 CN CN201420198321.2U patent/CN203805891U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104355053A (en) * | 2014-10-29 | 2015-02-18 | 宁夏天地西北煤机有限公司 | Cableway roller flange belt conveyer |
| CN105673364A (en) * | 2016-03-11 | 2016-06-15 | 宋振海 | Stone lifting and energy storage power station |
| CN113895467A (en) * | 2021-08-24 | 2022-01-07 | 中国科学院电工研究所 | Gravity energy storage system for transporting sand by depending on track and cable car |
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