CN204239206U - Supersonic speed " south water to north " transports water device - Google Patents
Supersonic speed " south water to north " transports water device Download PDFInfo
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- CN204239206U CN204239206U CN201420468633.0U CN201420468633U CN204239206U CN 204239206 U CN204239206 U CN 204239206U CN 201420468633 U CN201420468633 U CN 201420468633U CN 204239206 U CN204239206 U CN 204239206U
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- inlet cover
- dowel bar
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Abstract
The utility model discloses supersonic speed " south water to north " and transport water device, it is characterized in that: comprise allocation and transportation device and allocation and transportation track (slide rail).Allocation and transportation device comprises gas holder, bucket, the pulley of high-pressure gas seal device.The feature of high-pressure gas seal device is: comprise frame, be arranged on the gas compressor of upper rack and be arranged on the gas holder of frame lower.The feature of bucket is: its bottom is enclosed within the tank body of gas holder, and it each side arranges a pulley, and pulley is fixed on bucket by fixing rod.The feature of allocation and transportation track (slide rail) is: comprise left rail, right rail, track fixed block.Left rail, right rail are connected with track fixed block, and are fixed on the ground by track fixed block.The left side pulley of bucket and tank body slides in left rail, and on the right side of it, pulley slides in right rail.The beneficial effects of the utility model are: structure is simple, the operating cost of allocation and transportation speed, allocation and transportation cost and prior art facility is very nearly the same.
Description
Technical field
The utility model relates to a kind of fortune water device.
Background technique
Although southern water also can be transferred to the north by existing facility, the speed of allocation and transportation is slower.The utility model provides a kind of facility of quick allocation and transportation water resources, southern water can be transferred to the north with ultrasonic speed, and the allocation and transportation cost of cost and " south water to north " engineering is very nearly the same.Moreover, this facility can also use as a kind of supersonic speed goods transporting device, can allocate and transport goods fast in north and south.
Model utility content
The purpose of this utility model is to provide a kind of fortune water device, solves the slow technological deficiency of water transfer in prior art.
For solving the problem, technical solution adopted in the utility model is:
Supersonic speed " south water to north " transports water device, comprises allocation and transportation device and allocation and transportation track (slide rail).Allocation and transportation device comprises gas holder, bucket, the pulley of high-pressure gas seal device.The feature of high-pressure gas seal device is: comprise frame, be arranged on the gas compressor of upper rack and be arranged on the gas holder of frame lower.
Described gas compressor comprises inner casing and shell; Described inner casing comprises top board and side plate, the top of described side plate is fixed on top board and forms main gas tank with top board, and the distance of relative two side plate outer walls is less than the width of top board, described top board has the first suction port communicated with main gas tank, the first described suction port place arranges the first air-inlet cover; Described cover top portion opening, arrange the side plate groove corresponding with the side plate of inner casing bottom it, described side plate can move up and down in side plate groove, and the bottom of described shell also has the first air outlet, and the top of shell has the second suction port; Described inner casing is arranged in the enclosure, and the side of top board and the inwall of shell fit, and described side plate, top board and shell form accessory air-space;
Described gas holder comprises tank body, described tank base and have the second air outlet and tank base againsts inwall is provided with sheetmetal (thickness is about 1 μm), the below of tank body arranges the second air outlet closure member for controlling the second air outlet folding, the top of tank body has the 3rd suction port communicated with the first air outlet, and the 3rd described suction port place arranges the 3rd air-inlet cover.Tank body a pulley is each side set, pulley is fixed on tank body by the first fixing rod.
Described upper rack arranges the first drive unit for driving top board to move up and down and the second drive unit for driving the first air-inlet cover to move up and down.
The feature of bucket is: its bottom is enclosed within the tank body of gas holder, and it each side arranges a pulley, and pulley is fixed on bucket by the second fixing rod.Shape, the function of two side rollers of bucket and two side rollers of tank body are identical.
Described slide rail comprises left rail, right rail, track fixed block.The shape of left rail, right rail is half square frame-shaped.Left rail, right rail are connected with track fixed block, and are fixed on the ground by track fixed block.The left side pulley of tank body, the left side pulley of bucket slide in left rail, and the right side pulley of tank body, the right side pulley of bucket slide in right rail.
As further improvement of the utility model, the 3rd described suction port place arranges air-inlet cover holder, the side of air-inlet cover holder has the inlet hole communicated with tank body, the 3rd described air-inlet cover is arranged in air-inlet cover holder, and the top of air-inlet cover holder is provided with the first groove matched with the 3rd air-inlet cover, the bottom of the first described air-inlet cover arranges the 3rd drive unit that driving the 3rd air-inlet cover moves up and down.
As further improvement of the utility model, also comprise the four-drive device for driving the side-to-side movement in frame of the second drive unit; The 3rd described drive unit comprises the 3rd dowel bar being arranged on the first air-inlet cover bottom, the 3rd time tooth bar being arranged on the 3rd upper rack on the 3rd on dowel bar, the 3rd gear, the 3rd time dowel bar that bottom is arranged on the 3rd air outlet tops and being arranged on the 3rd time dowel bar, the 3rd described upper rack and the 3rd time tooth bar lay respectively at the left and right sides of the 3rd gear and are all meshed with the 3rd gear, the 3rd described pinion rotation be arranged on be positioned at the 3rd suction port rotating shaft on, the two ends of rotating shaft are arranged on tank body.
As further improvement of the utility model, described upper rack also arranges the 5th drive unit for driving gas compressor to move up and down.
As further improvement of the utility model, described tank body top arranges the second groove, and the bottom of the first described air outlet is arranged in the second groove.
As further improvement of the utility model, the first described drive unit comprises the first motor be arranged in frame, be arranged in frame and arrange and bottom the first tooth bar of being fixed on the first dowel bar on top board and being arranged on the first dowel bar by the first motor-driven first gear, vertically, and the first described gear is meshed with the first tooth bar.
As further improvement of the utility model, described frame is arranged can the first support of side-to-side movement thereon, the second described drive unit comprises the second motor be arranged on support, be arranged on the first support and arrange and bottom the second dowel bar of being fixed on the first air-inlet cover top and the second tooth bar of being arranged on the second dowel bar by the second motor-driven second gear, vertically, and the second described tooth bar and the second gear are meshed.
As further improvement of the utility model, described four-drive device comprises the second support be arranged on top board, the 4th motor is on the secondary support bracket set, arrange on the secondary support bracket and by the 4th motor-driven 4th gear, to be horizontally disposed with on the secondary support bracket and can the 4th dowel bar of relative second support side-to-side movement and the 4th tooth bar that is arranged on the 4th dowel bar, the 4th described tooth bar is meshed with the 4th gear, and the 4th described dowel bar is arranged on the side that the second dowel bar does not arrange the second tooth bar.
As further improvement of the utility model, the 5th described drive unit comprises the 5th motor be arranged in frame, be arranged in frame and by the 5th motor-driven 5th gear, the 5th tooth bar that is fixed on the 5th dowel bar in L-type on outer shell outer wall and is arranged on the 5th dowel bar, the 5th described gear is meshed with the 5th tooth bar.
Further improve as of the present utility model, described frame lower arrange two, left and right can side-to-side movement supporting frame and drive the 6th drive motor of supporting frame side-to-side movement, on two supporting frames, relative arranges a support slot.The second described closure member top, air outlet is provided with the projection matched with the second air outlet, and the second closure member two ends, air outlet are arranged in support slot, the 6th described drive motor comprises the 6th motor be arranged in frame, is arranged in frame and the 6th tooth bar being fixed on the 6th dowel bar on supporting frame by the 6th motor-driven 6th gear, one end and being arranged on the 6th dowel bar, and the 6th described tooth bar and the 6th gear are meshed.
The beneficial effects of the utility model are: set up an accessory air-space, greatly reducing the leakage of gas, the utility model does not have rotor to rotate, energy dissipation is not just had in the rotation of rotor yet, the utilization ratio of energy is high, the utility model is except the energy ezpenditure of small part (approximately only accounts for 1% of total energy) on accessory air-space, and remaining energy is all utilized.The gas holder communicated with gas compressor is set in the below of gas compressor, gas holder directly communicates with gas compressor, decrease the leakage in pressurized gas storage, especially the top of tank body arranges the second groove, first bottom, air outlet is set directly in the second groove, makes the Leakage Gas of whole device be zero substantially.In the utility model, drive unit drives top board to compress gas, and consider the connection of gas compressor and tank body make gas compression after tank body close should not operate, also in order to reduce the leakage of gas to a greater extent, the utility model controls the closedown of tank body top the 3rd air-inlet cover by the 3rd drive unit and opens, when the downward pressurized gas of top board, 3rd dowel bar moves downward together, when the 3rd upper rack on 3rd dowel bar touches the 3rd gear, be meshed with the 3rd gear, when 3rd dowel bar continues to move downward, 3rd upper rack drives the 3rd pinion rotation, and drive the 3rd time dowel bar to move upward, upwards pull the 3rd air-inlet cover, make the 3rd air-inlet cover upper end and the first fit depressions, thus realize the sealing of the 3rd suction port on tank body, now tank body internal pressure is larger, upwardly the 3rd air-inlet cover, when top board moves up to and departs from the first air-inlet cover, second drive unit entirety promotes towards the direction away from the 3rd gear by four-drive device in the horizontal direction, 3rd dowel bar and the 3rd upper rack on the 3rd dowel bar also together with move, and the 3rd upper rack and the 3rd gear depart from, and no longer engage, first air-inlet cover upwards pulls by the second drive unit again, and manually the second drive unit is pushed to original position.Housing integration ground can upwards be mentioned by the 5th drive unit, is convenient to being separated of gas compressor and tank body.Supporting frame drives to both sides by the 6th drive unit, and the second closure member two ends, air outlet are all separated with supporting frame, and the pressurized gas in tank body break through sheetmetal, and from the second air outlet ejection.When pressurized gas outwards spray, the pulley that can promote on tank body and bucket slides fast along slide rail, thus bucket is sent to destination.In addition, if the distance that allocation and transportation device once slides falls short of, by setting up the method for base station, bucket can be handed on step by step, so just can reach the object of allocation and transportation water resources fast.In the utility model except the return of the second drive unit needs manual operation, other all without the need to manually in person participating in, decrease the input of manpower.The utility model is also fairly simple compared with prior art structure.
Accompanying drawing explanation
Fig. 1 is the structural representation of high-pressure gas seal device.
Fig. 2 is the structural representation of allocation and transportation device.
Fig. 3 is the partial enlarged drawing at A place in Fig. 1.
Fig. 4 is the structural representation of gas holder in reaction the utility model.
Fig. 5 is the structural representation of bucket.
Fig. 6 is the structural representation of the 3rd gear.
Fig. 7 is the structural representation of left rail
Fig. 8 is the structural representation of right rail
Fig. 9 is the structural representation of part slide rail
Embodiment
Below in conjunction with accompanying drawing, embodiment of the present utility model is described further.
High-pressure gas seal device as shown in Fig. 1, Fig. 3, Fig. 4 and Fig. 6, comprises frame (not shown), is arranged on the gas compressor of upper rack and is arranged on the gas holder of frame lower; Described gas compressor comprises inner casing and shell 9; Described inner casing comprises top board 7 and side plate 8, the top of described side plate 8 is fixed on top board 7 and forms main gas tank 26 with top board 7, and the distance of relative two side plate 8 outer walls is less than the width of top board 7, described top board 7 has the first suction port 25 communicated with main gas tank 26, the first described suction port 25 place arranges the first air-inlet cover 21; Described shell 9 open top, arrange the side plate groove 10 corresponding with the side plate 8 of inner casing bottom it, described side plate 8 can move up and down in side plate groove 10.The bottom of described shell 9 also has the first air outlet 23, and the top of shell has the second suction port 31; Described inner casing is arranged in shell 9, and the side of top board 7 and the inwall of shell 9 fit, and described side plate 8, top board 7 and shell 9 form accessory air-space 27; Described gas holder comprises tank body 11, the second air outlet 12 is had bottom described tank body 11, and against inwall bottom tank body 11 and be provided with sheetmetal 29, the below of tank body 11 arranges the second air outlet closure member 13 for controlling the second air outlet 12 folding, the top of tank body 11 has the 3rd suction port 24 communicated with the first air outlet 23, and the 3rd described suction port 24 place arranges the 3rd air-inlet cover 18; Described upper rack arranges the first drive unit for driving top board 7 to move up and down and the second drive unit for driving the first air-inlet cover 21 to move up and down.Described tank body 11 a pulley 31 is each side set, pulley 31 is fixed on tank body 11 by the first fixing rod 32.
The 3rd described suction port 24 place arranges air-inlet cover holder 19, the side of air-inlet cover holder 19 has the inlet hole 20 communicated with tank body 11, the 3rd described air-inlet cover 18 is arranged in air-inlet cover holder 19, and the top of air-inlet cover holder 19 is provided with the first groove 17 matched with the 3rd air-inlet cover 18, the bottom of the first described air-inlet cover 21 arranges the 3rd drive unit that driving the 3rd air-inlet cover 18 moves up and down, comprise the four-drive device for driving the side-to-side movement in frame of the second drive unit in addition, the 3rd described drive unit comprises the 3rd dowel bar 301 being arranged on the first air-inlet cover 21 bottom, be arranged on the 3rd upper rack 302 on the 3rd on dowel bar 301, 3rd gear 303, the 3rd time dowel bar 305 that bottom is arranged on the 3rd air-inlet cover 18 top and the 3rd time tooth bar 304 be arranged on the 3rd time dowel bar 305, the 3rd described upper rack 302 and the 3rd time tooth bar 304 lay respectively at the left and right sides of the 3rd gear 303 and are all meshed with the 3rd gear 303, described 3rd gear 303 rotates in the rotating shaft 36 that is arranged on and is positioned at the 3rd suction port 24, the two ends of rotating shaft 36 are arranged on tank body 11.
Described tank body 11 top arranges the second groove 28, and the bottom of the first described air outlet 23 is arranged in the second groove 28; The bottom of the first air outlet (23) is arranged several for heating the immersion heater R of the bottom of the first air outlet (23).
The first described drive unit comprises the first motor 101 be arranged in frame, be arranged in frame and the first gear 102 driven by the first motor 101, vertically arrange and bottom the first tooth bar 104 of being fixed on the first dowel bar 103 on top board 7 and being arranged on the first dowel bar 103, and the first described gear 102 is meshed with the first tooth bar 104.
Described frame is arranged can the first support of side-to-side movement thereon (not shown, be specially in frame and guide rail is set, on first support, correspondence arranges guide groove, belong to prior art, it will not go into details), the second described drive unit comprises the second motor 201 be arranged on support, be arranged on the second gear 202 driven on the first support and by the second motor 201, the second dowel bar 203 that vertical setting and bottom are fixed on the first air-inlet cover 21 top and the second tooth bar 204 be arranged on the second dowel bar 203, the second described tooth bar 204 and the second gear 202 are meshed.
It is (not shown that described four-drive device comprises the second support be arranged on top board, concrete structure is as the first support, it will not go into details herein), 4th motor 401 is on the secondary support bracket set, the 4th gear 402 driven on the secondary support bracket and by the 4th motor 401 is set, be horizontally disposed with on the secondary support bracket and can the 4th dowel bar 403 of relative second support side-to-side movement and the 4th tooth bar 404 that is arranged on the 4th dowel bar 403, the 4th described tooth bar 404 is meshed with the 4th gear 402, the 4th described dowel bar 403 is arranged on the side that the second dowel bar 203 does not arrange the second tooth bar 202.
Described upper rack also arranges the 5th drive unit for driving gas compressor to move up and down.The 5th described drive unit comprises the 5th motor 501 be arranged in frame, be arranged in frame and the 5th gear 502 driven by the 5th motor 501, the 5th tooth bar 504 that is fixed on the 5th dowel bar 502 in L-type on shell 9 outer wall and is arranged on the 5th dowel bar 503, and the 5th described gear 502 is meshed with the 5th tooth bar 504.
Described frame lower arrange two, left and right can side-to-side movement supporting frame 15 and drive the 6th drive unit of supporting frame 15 side-to-side movement, relative on two supporting frames 15 support slot 16 is respectively set, the second described air outlet closure member 13 top is provided with the projection 14 matched with the second air outlet 12, and the second air outlet closure member 13 two ends are arranged in support slot 16, the 6th described drive unit comprises the 6th motor 601 be arranged in frame, be arranged on the 6th gear 602 driven in frame and by the 6th motor 601, be horizontally disposed with and one end the 6th tooth bar 604 of being fixed on the 6th dowel bar 603 on supporting frame and being arranged on the 6th dowel bar 603, the 6th described tooth bar 604 and the 6th gear 602 are meshed.
For strengthening the sealability of tank body 11 in the utility model further, the utility model also arranges the 3rd suction port enclosing cover 30 that a longitudinal cross-section is C type, as shown in Figure 4,3rd suction port enclosing cover 30 can match with the second groove 28,3rd suction port enclosing cover 30 and the second groove 28 are welded, to make the leak-down rate of the gas in tank body 11 for zero after gas compression is complete.In the utility model, tank body 11 and sheetmetal 29 are steel matter, and the thickness of sheetmetal 29 is no more than 1 micron, to ensure that pressurized gas can break through sheetmetal 29.
Allocation and transportation device as shown in Figure 2 and Figure 5, comprises the gas holder of high-pressure gas seal device, bucket, pulley.The feature of described bucket 33 is that its bottom is enclosed within the tank body 11 of gas holder, and it each side arranges a pulley 34, and pulley 34 is fixed on bucket 33 by the second fixing rod 35.
Slide rail as shown in Figure 7, Figure 8 and Figure 9, comprises left rail 37, right rail 38 and track fixed block 39.The shape of left rail 37, right rail 38 is half square frame-shaped.Left rail 37, right rail 38 are fixedly connected with track fixed block 39, and are fixed on the ground by track fixed block 39.The left side pulley 31 of tank body 11, the left side pulley 34 of bucket 33 slide in left rail 37, and the right side pulley 31 of tank body 11, the right side pulley 34 of bucket 33 slide in right rail 38.
Specific operation process of the present utility model is:
1. immersion heater R heats the bottom of the first air outlet (23) after being energized, and to improve the thermal expansion ratio of the bottom of the first air outlet (23), reduces the probability that gas leaks from the first air outlet (23).
2. controlling the second motor 201 drives the second dowel bar 203 to move downward, and promotes the first air-inlet cover 21 and moves downward together, open the first suction port 25, gas is entered in main gas tank 26 from the first suction port 25.
3. controlling the second motor 201 drives the second dowel bar 203 to move upward, and pulls the first air-inlet cover 21 to move upward, and the first suction port 25 is closed.
4. control the first motor 101 to drive the first dowel bar 103 to move downward to promote top board 7 and move downward, and control the second motor 201 and drive the second dowel bar 203 and the first dowel bar 103 synchronously to move downward, the gas in main gas tank 26 is compressed.Top board 7 moves downward the gas in compression main gas tank 26, and the second dowel bar 203 moves downward guarantee first suction port 25 good seal, and reduces the resistance that top board 7 moves downward.Is entered in tank body 11 by the gas compressed by the first air outlet 23 and the 3rd suction port 24, inlet hole 20 in main gas tank 26, in tank body 11, certain numerical value (as 1000 MPas) can be reached by the internal pressure of the gas after compressing.Top board 7 is before moving downward, and gas enters in accessory air-space 27 from the second suction port 31, and the pressure in main gas tank 26 and accessory air-space 27 is equal, prevents the Leakage Gas caused because of there is pressure difference inside and outside main gas tank 26.
5. top board 7 moves downwardly to the 3rd upper rack 302 when contacting with the 3rd gear 303, and the 3rd upper rack 302 is meshed with the 3rd gear 303; Top board 7 continues to move downward, and the 3rd upper rack 302 drives the 3rd gear 303 to rotate and drives the 3rd time tooth bar 304 to drive the 3rd time dowel bar 305 to move upward, when top board 7 move downward press close to mutually with the bottom of shell 9 time, stop moving downward; Now the 3rd air-inlet cover 18 moves up to its top and the first fit depressions, is closed by the 3rd suction port 24 on tank body 11.
6. controlling the first motor 101 drives the first dowel bar 103 to move upward, and pulls top board 7 to move upward, and the first air-inlet cover 21 departs from top board 7; Now control the 4th motor 401 to work, drive the 4th dowel bar 403 to promote the second dowel bar 203 left, whole second drive unit entirety is moved to the left; First air-inlet cover 21, the 3rd dowel bar 301, the 3rd upper rack 302 are together to left movement, and the 3rd upper rack 302 and the 3rd gear 303 are departed from, and the distance that wherein the second drive unit is moved to the left is less than the width of the first suction port 25.Then the second drive unit pulls the first air-inlet cover 21 and the 3rd dowel bar 301 to move upward, the state to compression.
7. when gas compressor and gas holder are separated, control the 5th motor 501, the 5th dowel bar 503 is driven to move upward, shell 9 entirety is driven to move upward, bottom to the first air outlet 23 stops when detaching the second groove 28, then the 3rd suction port enclosing cover 30 is tipped upside down on the top of tank body 11, the 3rd suction port enclosing cover 30 and the second recess are merged the 3rd suction port enclosing cover 30 is welded with tank body 11, further the 3rd suction port 24 at tank body 11 top is sealed.
8. bucket 33 is enclosed within the tank body 11 of gas holder.
9. when the pressurized gas in tank body 11 will be utilized, control the 6th motor 601 of both sides, drive the 6th dowel bar 603 move toward one another, when detaching support slot 16 to the second air outlet closure member 13, pressurized gas in tank body 11 breaks through sheetmetal 29 under strong pressure, and outwards ejection at a high speed.Tank body 11 can be promoted during pressurized gas ejection to slide fast along slide rail with the pulley on bucket 33, thus bucket 33 is sent to destination.
What be not specifically noted in all specification is prior art, should be understood that described in the utility model, concrete case study on implementation is only better case study on implementation of the present utility model, is not used for limiting practical range of the present utility model.Namely all equivalences done according to the content of the utility model claim change and modify, all should as technology category of the present utility model.
Claims (10)
1. supersonic speed " south water to north " transports water device, it is characterized in that: comprise allocation and transportation device and slide rail; Described allocation and transportation device comprises gas holder, bucket, the pulley that pressurized gas produce seal arrangement; Described pressurized gas are produced seal arrangement and are comprised frame, are arranged on the gas compressor of upper rack and are arranged on the gas holder of frame lower;
Described gas compressor comprises inner casing and shell (9); Described inner casing comprises top board (7) and side plate (8); The top of described side plate (8) is fixed on the below of top board (7), and the distance between relative two side plate (8) outer walls is less than the width of top board (7); The section bottom of described shell (9) and side plate (8), part top board (7) surround and form main gas tank (26); Described top board (7) has the first suction port (25) communicated with main gas tank (26), described the first suction port (25) place arranges the first air-inlet cover (21); Described shell (9) open top, arrange the side plate groove (10) corresponding with the side plate (8) of inner casing bottom it, described side plate (8) can move up and down in side plate groove (10); The bottom of described shell (9) also has the first air outlet (23), and the top of shell (9) has the second suction port (31); Described inner casing is arranged in shell (9), and the side of top board (7) and the inwall of shell (9) fit; Described side plate (8) and part top board (7), part enclosure (9) surround and form accessory air-space (27);
Described gas holder comprises tank body (11); The bottom of described tank body (11) has the second air outlet (12), and tank body (11) bottom againsts inwall and is provided with sheetmetal (29), the below of tank body (11) arranges the second air outlet closure member (13) for controlling the second air outlet (12) folding, the top of tank body (11) has the 3rd suction port (24) communicated with the first air outlet (23), and the 3rd described suction port (24) place arranges the 3rd air-inlet cover (18); Tank body (11) a pulley (31) is each side set, described pulley (31) is fixed on tank body (11) by the first fixing rod (32);
The bottom of described bucket (33) can be enclosed within the tank body (11) of gas holder, and it each side arranges a pulley (34), described pulley (34) is fixed on bucket (33) by the second fixing rod (35); Shape, the function of two side rollers (31) of bucket (33) and two side rollers (34) of tank body (11) are identical;
Described slide rail comprises left rail (37), right rail (38), track fixed block (39); The shape of left rail (37), right rail (38) is half square frame-shaped; Left rail (37), right rail (38) are fixedly connected with track fixed block (39), and are fixed on the ground by track fixed block (39); The left side pulley (31) of described tank body (11), the left side pulley (34) of bucket (33) slide in left rail (37), and the right side pulley (31) of tank body (11), the right side pulley (34) of bucket (33) slide in right rail (38);
Described upper rack arranges the first drive unit for driving top board (7) to move up and down and the second drive unit for driving the first air-inlet cover (21) to move up and down.
2. supersonic speed according to claim 1 " south water to north " transports water device, it is characterized in that: the 3rd described suction port (24) place arranges air-inlet cover holder (19), the side of described air-inlet cover holder (19) has the inlet hole (20) communicated with tank body (11); 3rd air-inlet cover (18) is arranged in air-inlet cover holder (19), and the top of air-inlet cover holder (19) is provided with the first groove (17) matched with the 3rd air-inlet cover (18); The bottom of described the first air-inlet cover (21) arranges the 3rd drive unit that driving the 3rd air-inlet cover (18) moves up and down.
3. supersonic speed according to claim 2 " south water to north " transports water device, it is characterized in that: also comprise the four-drive device for driving the side-to-side movement in frame of the second drive unit; The 3rd described drive unit comprise the bottom being arranged on the first air-inlet cover (21) the 3rd on dowel bar (301), the 3rd time tooth bar (304) being arranged on the 3rd upper rack (302) on the 3rd on dowel bar (301), the 3rd gear (303), the 3rd time dowel bar (305) that bottom is arranged on the 3rd air-inlet cover (18) napex and being arranged on the 3rd time dowel bar (305); The 3rd described upper rack (302) and the 3rd time tooth bar (304) lay respectively at the left and right sides of the 3rd gear (303) and are all meshed with the 3rd gear (303); Described 3rd gear (303) rotates in the rotating shaft (36) that is arranged on and is positioned at the 3rd suction port (24), and the two ends of rotating shaft (36) are arranged on tank body (11).
4. supersonic speed according to claim 1 " south water to north " transports water device, it is characterized in that: described upper rack also arranges the 5th drive unit for driving gas compressor to move up and down.
5. the supersonic speed " south water to north " according to any one of Claims 1-4 transports water device, it is characterized in that: described tank body (11) top arranges the second groove (28), the bottom of described the first air outlet (23) is arranged in the second groove (28); The bottom of the first air outlet (23) is arranged several for heating the immersion heater (R) of the bottom of the first air outlet (23).
6. supersonic speed according to claim 1 " south water to north " transports water device, it is characterized in that: the first described drive unit comprises the first motor (101) be arranged in frame, be arranged in frame and the first gear (102) driven by the first motor (101), vertically arrange and bottom the first tooth bar (104) of being fixed on the first dowel bar (103) on top board (7) and being arranged on the first dowel bar (103), described the first gear (102) is meshed with the first tooth bar (104).
7. supersonic speed according to claim 1 " south water to north " transports water device, it is characterized in that: described frame is arranged can the first support of side-to-side movement thereon; The second described drive unit comprises the second motor (201) be arranged on support, be arranged on the first support and the second gear (202) driven by the second motor (201), vertically arrange and bottom the second dowel bar (203) of being fixed on the first air-inlet cover (21) top and the second tooth bar (204) of being arranged on the second dowel bar (203), and described the second tooth bar (204) and the second gear (202) are meshed.
8. supersonic speed according to claim 3 " south water to north " transports water device, it is characterized in that: described four-drive device comprises the second support be arranged on top board, the 4th motor (401) is on the secondary support bracket set, the 4th gear (402) driven on the secondary support bracket and by the 4th motor (401) is set, be horizontally disposed with on the secondary support bracket and can the 4th dowel bar (403) of relative second support side-to-side movement and the 4th tooth bar (404) that is arranged on the 4th dowel bar (403), the 4th described tooth bar (404) is meshed with the 4th gear (402), the 4th described dowel bar (403) is arranged on the side that the second dowel bar (203) does not arrange the second tooth bar (202).
9. supersonic speed according to claim 4 " south water to north " transports water device, it is characterized in that: the 5th described drive unit comprises the 5th motor (501) be arranged in frame, be arranged in frame and the 5th gear (502) driven by the 5th motor (501), the 5th tooth bar (504) that is fixed on the 5th dowel bar (503) in L-type on shell (9) outer wall and is arranged on the 5th dowel bar (503), the 5th described gear (502) is meshed with the 5th tooth bar (504).
10. supersonic speed according to claim 1 " south water to north " transports water device, it is characterized in that: described frame lower arrange left and right two can side-to-side movement supporting frame (15) and driving supporting frame (15) side-to-side movement the 6th drive unit, two supporting frames (15) are relatively respectively arranged a support slot (16), the second described air outlet closure member (13) top is provided with the projection (14) matched with the second air outlet (12), and the second air outlet closure member (13) two ends are arranged in support slot (16); The 6th described drive unit comprises the 6th motor (601) be arranged in frame, be arranged in frame and the 6th gear (602) driven by the 6th motor (601), be horizontally disposed with and one end the 6th tooth bar (604) of being fixed on the 6th dowel bar (603) on supporting frame and being arranged on the 6th dowel bar (603), and the 6th described tooth bar (604) and the 6th gear (602) are meshed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420468633.0U CN204239206U (en) | 2014-08-13 | 2014-08-13 | Supersonic speed " south water to north " transports water device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420468633.0U CN204239206U (en) | 2014-08-13 | 2014-08-13 | Supersonic speed " south water to north " transports water device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204239206U true CN204239206U (en) | 2015-04-01 |
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ID=52768711
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420468633.0U Expired - Fee Related CN204239206U (en) | 2014-08-13 | 2014-08-13 | Supersonic speed " south water to north " transports water device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204239206U (en) |
-
2014
- 2014-08-13 CN CN201420468633.0U patent/CN204239206U/en not_active Expired - Fee Related
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