阅读说明：本技术 一种节能环保的二次加压供水泵 (Energy-saving and environment-friendly secondary pressurizing water supply pump ) 是由 杨桂英 于 2021-01-22 设计创作，主要内容包括：本发明公开了一种节能环保的二次加压供水泵,包括连接箱体,所述连接箱体内设置有对称的缓冲管道,所述缓冲管道之间连通设置有弯折管道,所述缓冲管道倾斜设置,所述连接箱体一侧设置有侧箱体,所述弯折管道与所述侧箱体之间连通设置有配合管道,所述配合管道内连通设置有中间阀门,所述连接箱体内设置有便于将水液通过所述配合管道和中间阀门导入到所述侧箱体内且能够利用水流动来提供动力将所述侧箱体内的水液二次泵入到室内管道的二次泵入装置,此设备能够利用水的重力势能来进行相应的驱动二次水泵工作将室内的所述侧箱体内的水液泵入到室内进行使用。(The invention discloses an energy-saving and environment-friendly secondary pressurized water supply pump, which comprises a connecting box body, wherein symmetrical buffer pipelines are arranged in the connecting box body, the buffer pipelines are communicated with each other and provided with a bent pipeline, the buffer pipelines are obliquely arranged, one side of the connecting box body is provided with a side box body, a matching pipeline is communicated and arranged between the bending pipeline and the side box body, a middle valve is communicated and arranged in the matching pipeline, it is convenient for pass through water liquid to be provided with in the connecting box cooperate pipeline and middle valve leading-in the side box and can utilize rivers to flow and provide power with the secondary pump of the interior water liquid secondary pump of side box is gone into indoor pipeline is gone into the device, and this equipment can utilize the gravitational potential energy of water to carry out corresponding drive secondary water pump work and will be indoor water liquid pump in the side box is gone into indoor and is used.)

1. The utility model provides an energy-concerving and environment-protective secondary pressurization working shaft, includes the connection box, be provided with the buffering pipeline of symmetry in the connection box, the intercommunication is provided with the pipeline of buckling between the buffering pipeline, buffering pipeline slope sets up, connection box one side is provided with the side box, buckle the pipeline with the intercommunication is provided with the cooperation pipeline between the side box, the intercommunication is provided with intermediate valve in the cooperation pipeline, be provided with in the connection box and be convenient for pass through water liquid cooperation pipeline and intermediate valve are leading-in to just can utilize rivers to flow and provide power will in the side box water liquid secondary pump in the side box is gone into the secondary pump of indoor pipeline and is gone into the device.

2. The energy-saving and environment-friendly secondary pressurized water supply pump according to claim 1, characterized in that: the secondary pump is gone into the device including set up in the transmission case in the connecting box, be provided with inside transmission chamber in the transmission case, the side is provided with on the inside transmission chamber and is located the both sides chamber of transmission case internal and symmetry, both sides intracavity end wall internal rotation is provided with the cooperation and connects bevel gear, cooperation connection bevel gear one side is provided with the stirring paddle, the stirring paddle is located in the buffer pipeline, cooperation connection bevel gear one side meshing is provided with rotating bevel gear, rotating bevel gear one side is provided with the output pole, the output pole pivoted runs through both sides chamber and stretch into in the inside transmission intracavity, output pole one side is provided with side meshing bevel gear, the meshing is provided with between the side meshing bevel gear and connects bevel gear, connecting case one side is provided with the transmission connecting box, be provided with in the transmission connecting box be used for with the power of connecting bevel gear transmits to realize two in the transmission connecting And a pump body component with a secondary pumping function.

3. The energy-saving and environment-friendly secondary pressurized water supply pump according to claim 2, characterized in that: the pump body component comprises a through inner cavity arranged in the transmission connecting box body, a side box body is arranged in the end wall of the transmission connecting box body, an internal connecting cavity is arranged in the side box body, the output rotating rod rotatably extends into the internal connecting cavity, one side of the output rotating rod is provided with a matching transmission bevel gear, one side of the matching transmission bevel gear is engaged with a transmission connection bevel gear, the transmission connecting bevel gear is connected with the side box body and the internal connecting cavity in a rotating matching way, a rotating blade is arranged in the penetrating inner cavity, the rotating blades are in power connection with the transmission connection bevel gear, a connection pipeline is communicated and arranged on one side of the penetrating inner cavity, the connecting pipeline with the side box body intercommunication sets up, be provided with the auxiliary transmission structure that plays supplementary rotation effect when the water liquid in external space provides power less in the internal connection intracavity.

4. The energy-saving and environment-friendly secondary pressurized water supply pump according to claim 3, characterized in that: the auxiliary transmission structure including set up in middle fixed block in the internal connection chamber end wall, be provided with the inside fit motor in the middle fixed block, inside fit motor one side power connection is provided with the side rotation gear, side rotation gear one side is provided with the rotating barrel, the rotating barrel with the internal connection chamber end wall normal running fit is connected, be provided with the perforation that runs through in the rotating barrel, the side rotation gear with the meshing of rotating barrel sets up, be provided with in the internal connection intracavity with the rotating barrel with the propelling connection sub-assembly that the output dwang carries out power connection.

5. The energy-saving and environment-friendly secondary pressurized water supply pump according to claim 4, characterized in that: the push connection assembly comprises an intermediate connecting block arranged in the rotary cylinder body, symmetrical push cylinders are arranged in the intermediate connecting block, a side top plate is arranged on one side of each push cylinder, a through inner cavity is formed in the side top plate, the output rotating rod penetrates through the intermediate connecting block, the inner cavity and the through hole, an inner rotary connecting block is arranged in the side top plate in a rotating mode, a push rod of each push cylinder is fixed to the side top plate, a plurality of convex cylinders are arranged in the end walls of the through hole, inner sliding holes are formed in the convex cylinders, clamping pieces are arranged in the inner sliding holes in a sliding mode and are abutted to each other, and connecting swing rods are hinged between the inner rotary connecting blocks and are arranged in a connecting mode.

Technical Field

The invention relates to the technical field of water pump equipment, in particular to an energy-saving and environment-friendly secondary pressurizing water supply pump.

Background

The existing water pumps have more defects, the secondary pressurizing water pump is often used for pumping some water liquid pumped for the second time into a room, when the secondary pressurizing water pump needs to be improved in the process, more difficulties exist, firstly, the secondary pressurizing water pump does not use the gravitational potential energy of water liquid from top to bottom, and the secondary pressurizing water pump can indirectly work by using the gravitational potential energy, but the prior art does not correspondingly relate to the secondary pressurizing water pump, and the existing equipment can not well utilize the gravitational potential energy brought by the falling process of the water liquid, more importantly, due to the defects, can not achieve the purpose of energy conservation and emission reduction well, and in the actual use process of the existing equipment, because the existence of above-mentioned shortcoming also can not make equipment in with the water liquid of trunk line in the indoor play water structure of leading-in, the efficiency is lower.

Disclosure of Invention

The invention aims to provide an energy-saving and environment-friendly secondary pressurizing water supply pump, which can solve the problems in the prior art.

The invention is realized by the following technical scheme: the invention relates to an energy-saving and environment-friendly secondary pressurized water supply pump which comprises a connecting box body, wherein symmetrical buffer pipelines are arranged in the connecting box body, bent pipelines are communicated between the buffer pipelines, the buffer pipelines are obliquely arranged, a side box body is arranged on one side of the connecting box body, a matching pipeline is communicated between the bent pipelines and the side box body, a middle valve is communicated in the matching pipeline, and a secondary pumping device which is convenient for leading water liquid into the side box body through the matching pipeline and the middle valve and can provide power to secondarily pump the water liquid in the side box body into an indoor pipeline by utilizing water flow is arranged in the connecting box body.

The technical scheme is that the secondary pumping device comprises a transmission box body arranged in the connection box body, an internal transmission cavity is arranged in the transmission box body, two symmetrical side cavities which are arranged in the transmission box body are arranged on the upper side and the lower side of the internal transmission cavity, the end walls of the two side cavities are rotatably provided with matched and connected bevel gears, one side of the matched and connected bevel gears is provided with stirring blades which are arranged in the buffer pipeline, one side of the matched and connected bevel gears is meshed with a rotating bevel gear, one side of the rotating bevel gear is provided with an output rod, the output rod rotatably penetrates through the two side cavities and extends into the internal transmission cavity, one side of the output rod is provided with side meshed bevel gears, the side meshed bevel gears are meshed with each other to form a connection bevel gear, one side of the connection box body is provided, and a pump body assembly for transmitting the power of the connecting bevel gear into the transmission connecting box body to realize a secondary pumping function is arranged in the transmission connecting box body.

In a further technical scheme, the pump body component comprises a through inner cavity arranged in the transmission connecting box body, a side box body is arranged in the end wall of the transmission connecting box body, an internal connecting cavity is arranged in the side box body, the output rotating rod extends into the internal connecting cavity in a rotating way, one side of the output rotating rod is provided with a matching transmission bevel gear, one side of the matching transmission bevel gear is engaged with a transmission connection bevel gear which is in rotating matching connection with the side box body and the internal connection cavity, the penetrating inner cavity is internally provided with a rotating blade which is in power connection with the transmission connection bevel gear, one side of the inner cavity is communicated with a connecting pipeline which is communicated with the side box body, an auxiliary transmission structure which plays an auxiliary rotation role when the water liquid in the external space provides power and is small is arranged in the internal connection cavity.

Further technical scheme, auxiliary transmission structure including set up in middle fixed block in the internal connection chamber end wall, be provided with the inside fit motor in the middle fixed block, the power connection of inside fit motor one side is provided with the side rotation gear, side rotation gear one side is provided with the rotating barrel, the rotating barrel with internal connection chamber end wall normal running fit connects, be provided with the perforation of running through in the rotating barrel, the side rotation gear with the meshing of rotating barrel sets up, be provided with in the internal connection intracavity with the rotating barrel with the propelling connection sub-assembly that the output dwang carries out power connection.

Further technical scheme, the promotion connection composite member including set up in the intermediate junction piece in the rotatory barrel, be provided with the push cylinder of symmetry in the intermediate junction piece, push cylinder one side and be provided with the side roof, be provided with the inside chamber that runs through in the side roof, the output dwang passes intermediate junction piece, inside chamber and perforation, the side roof internal rotation be provided with inside rotating connecting block, push cylinder's push rod with the side roof is fixed, be provided with a plurality of protruding section of thick bamboos in the perforation end wall, be provided with inside slide opening in the protruding section of thick bamboo, gliding centre gripping that is provided with in inside slide opening supports the piece mutually, the centre gripping support the piece with it is provided with the connection swinging arms to articulate between the inside rotating connecting block, the centre gripping support the piece mutually with the setting is supported to the output dwang.

The invention has the beneficial effects that:

the device has a simple structure, and can correspondingly drive the secondary water pump to work by utilizing the gravitational potential energy of water so as to pump the water liquid in the side box body indoors into a room for use.

When the device works, in general, most of the water liquid is supplied by arranging a reservoir on a top building, then directly conveying the water liquid downwards by the reservoir through gravitational potential energy to form a certain gradient flow under the action of the buffer pipeline and the bent pipeline, filling the water liquid into the side box body after the intermediate valve is opened, wherein the stirring blades are impacted by water flow when the water liquid flows in the buffer pipeline and the bent pipeline, the output rod is rotated by the matching connection bevel gear and the rotating bevel gear, the side meshing bevel gear drives the connection bevel gear to rotate, and the stirring blades are arranged on two sides, so that the connection bevel gear can be simultaneously driven to rotate by using power on two sides, and the gravitational potential energy of the water cannot be completely converted into corresponding driving force by the single stirring blade, the device can convert most of gravitational potential energy into kinetic energy of rotation of the connecting bevel gear and the output rotating rod, the rotating blade penetrating through the inner cavity is rotated under the action of the matching transmission bevel gear and the transmission connecting bevel gear, so that water in the side box body can be pumped into an indoor pipeline through the connecting pipeline, and when the gravitational potential energy of the water is not large, namely the water flow is shunted by upstairs users, the device can perform auxiliary secondary water pumping, at the moment, the pushing cylinder pushes the side top plate to slide after working, so that the side top plate drives the connecting oscillating rod to swing through the internal rotating connecting block, the connecting oscillating rod drives the clamping abutting block to slide in the internal sliding hole, the clamping abutting block clamps the output rotating rod, and then the internal matching motor drives the side rotating gear to rotate after working, make the side rotation gear drives the rotating barrel rotates, because the protruding section of thick bamboo presss from both sides tightly can make behind the output dwang can indirectly rotate, can realize the auxiliary pump water function this moment.

Drawings

For ease of illustration, the invention is described in detail by the following specific examples and figures.

FIG. 1 is a schematic view showing an internal structure of an energy-saving and environment-friendly secondary pressurized water supply pump according to the present invention;

FIG. 2 is a schematic view at A in FIG. 1;

FIG. 3 is a schematic view of the direction B-B in FIG. 2;

FIG. 4 is a schematic view at C of FIG. 3;

in the figure, a connecting box body 11, a buffer pipeline 14, a bent pipeline 15, a connecting pipeline 16, a side box body 17, a middle valve 18, a matching pipeline 19, an internal transmission cavity 21, a connecting bevel gear 22, a side meshing bevel gear 23, an output rod 24, a rotating bevel gear 25, a transmission box body 26, two side cavities 27, a matching connecting bevel gear 28, a stirring blade 29, a matching transmission bevel gear 31, a rotating blade 32, a penetrating inner cavity 33, a side box body 34, a transmission connecting bevel gear 35, an internal connecting cavity 36, an output rotating rod 37, a pushing cylinder 42, an intermediate connecting block 43, an internal cavity 44, a side top plate 45, an internal rotating connecting block 46, a connecting swinging rod 47, an internal sliding hole 48, an internal matching motor 49, an intermediate fixing block 51, a side rotating gear 52, a convex barrel 53, a clamping opposite block 54, a perforation 55 and a rotating barrel 56.

Detailed Description

As shown in fig. 1 to 4, the present invention is explained in detail, and for convenience of description, the following orientations are defined as follows: the up-down, left-right, and front-back directions described below are consistent with the up-down, left-right, and front-back directions of the projection relation of fig. 1, and the energy-saving and environment-friendly secondary pressurized water supply pump of the present invention comprises a connection tank body 11, symmetrical buffer pipelines 14 are arranged in the connecting box body 11, bent pipelines 15 are communicated between the buffer pipelines 14, the buffer pipeline 14 is obliquely arranged, one side of the connecting box body 11 is provided with a side box body 17, a matching pipeline 19 is communicated between the bent pipeline 15 and the side box body 17, a middle valve 18 is communicated in the matching pipeline 19, a secondary pumping device which is convenient for guiding water liquid into the side box body 17 through the matching pipeline 19 and the middle valve 18 and can provide power for secondary pumping of the water liquid in the side box body 17 into an indoor pipeline by utilizing water flow is arranged in the connecting box body 11.

Beneficially, the secondary pumping device comprises a transmission case 26 disposed in the connection case 11, an internal transmission chamber 21 is disposed in the transmission case 26, two symmetrical side chambers 27 disposed in the transmission case 26 are disposed on the upper and lower sides of the internal transmission chamber 21, a matching connection bevel gear 28 is rotatably disposed in the end walls of the two side chambers 27, a stirring blade 29 is disposed on one side of the matching connection bevel gear 28, the stirring blade 29 is disposed in the buffer pipeline 14, a rotation bevel gear 25 is disposed on one side of the matching connection bevel gear 28 in a meshing manner, an output rod 24 is disposed on one side of the rotation bevel gear 25, the output rod 24 rotatably penetrates through the two side chambers 27 and extends into the internal transmission chamber 21, a side meshing bevel gear 23 is disposed on one side of the output rod 24, and a connection bevel gear 22 is disposed between the side meshing bevel gears 23 in a meshing manner, one side of the connecting box body 11 is provided with a transmission connecting box body 12, and a pump body assembly for transmitting the power of the connecting bevel gear 22 to the transmission connecting box body 12 to realize a secondary pumping function is arranged in the transmission connecting box body 12.

Beneficially, the pump body assembly includes a through cavity 33 disposed in the transmission connection box 12, a side box 34 is disposed in an end wall of the transmission connection box 12, an internal connection cavity 36 is disposed in the side box 34, the output rotation rod 37 rotatably extends into the internal connection cavity 36, a matching transmission bevel gear 31 is disposed on one side of the output rotation rod 37, a transmission connection bevel gear 35 is disposed on one side of the matching transmission bevel gear 31 in a meshed manner, the transmission connection bevel gear 35 is in rotationally matched connection with the side box 34 and the internal connection cavity 36, a rotating blade 32 is disposed in the through cavity 33, the rotating blade 32 is in power connection with the transmission connection bevel gear 35, a connection pipe 16 is communicatively disposed on one side of the through cavity 33, the connection pipe 16 is in communication with the side box 17, and an auxiliary rotating device which plays an auxiliary rotating role when the water liquid in the external space provides power is disposed in the internal connection cavity 36 And (4) an auxiliary transmission structure.

Beneficially, wherein, supplementary transmission structure includes setting up in the middle fixed block 51 in the internal connection chamber 36 end wall, be provided with the fit motor 49 in the middle fixed block 51, the power connection of fit motor 49 one side is provided with side rotation gear 52, side rotation gear 52 one side is provided with rotating barrel 56, rotating barrel 56 with the internal connection chamber 36 end wall normal running fit is connected, be provided with the perforation 55 that runs through in rotating barrel 56, side rotation gear 52 with rotating barrel 56 meshes the setting, be provided with in the internal connection chamber 36 with rotating barrel 56 with the promotion connection sub-assembly that output dwang 37 carries out power connection.

Advantageously, wherein the push-on connection assembly comprises an intermediate connection block 43 arranged inside said spinning cylinder 56, symmetrical pushing cylinders 42 are arranged in the middle connecting block 43, a side top plate 45 is arranged at one side of each pushing cylinder 42, a penetrating inner cavity 44 is arranged in the side top plate 45, the output rotating rod 37 penetrates through the middle connecting block 43, the inner cavity 44 and the through hole 55, an internal rotating connecting block 46 is arranged in the side top plate 45 in a rotating way, a push rod of the pushing cylinder 42 is fixed with the side top plate 45, a plurality of convex cylinders 53 are arranged in the end wall of the through hole 55, inner sliding holes 48 are arranged in the convex cylinders 53, a clamping abutting block 54 is arranged in the inner sliding hole 48 in a sliding manner, a connecting swing rod 47 is hinged between the clamping abutting block 54 and the inner rotating connecting block 46, and the clamping abutting block 54 abuts against the output rotating rod 37.

When the device, the components and the structure are in a stop working state in an initial state, the device can correspondingly drive the secondary water pump to work by utilizing the gravitational potential energy of water so as to pump the water liquid in the side box body 17 indoors into a room for use.

When the device is operated, in general, most of the water is supplied by arranging a reservoir on the top floor, then directly conveying the water downwards by the reservoir using gravitational potential energy to form a certain gradient flow under the action of the buffer pipe 14 and the bent pipe 15, after the intermediate valve 18 is opened, the water can be filled into the side box 17, when the water flows in the buffer pipe 14 and the bent pipe 15, the stirring blades 29 are impacted by the water flow, the output rod 24 is rotated by the matching connection bevel gear 28 and the rotation bevel gear 25, so that the side meshing bevel gear 23 drives the connection bevel gear 22 to rotate, and the stirring blades 29 are arranged on both sides in order to simultaneously drive the connection bevel gear 22 to rotate by using the power of both sides, because the gravitational potential energy of the water is not completely converted into the corresponding driving force by the single stirring blade 29, the arrangement can convert most of the gravitational potential energy into the kinetic energy of the rotation of the connecting bevel gear 22 and the output rotating rod 37, under the action of the matching transmission bevel gear 31 and the transmission connecting bevel gear 35, the rotating blade 32 penetrating through the inner cavity 33 rotates, so that the water in the side box 17 can be pumped into the indoor pipeline through the connecting pipeline 16, and when the gravitational potential energy of the water is not large, that is, the water flow is split by the upstairs user, the device can perform auxiliary secondary water pumping, at this time, the pushing cylinder 42 operates to push the side top plate 45 to slide, so that the side top plate 45 drives the connecting swinging rod 47 to swing through the internal rotating connecting block 46, so that the connecting swinging rod 47 drives the clamping abutting block 54 to slide in the internal sliding hole 48, so that the clamping abutting block 54 clamps the output rotating rod 37, after that drive behind the work of inside cooperation motor 49 side rotation gear 52 rotates, makes side rotation gear 52 drives rotating barrel 56 rotates, because protruding section of thick bamboo 53 presss from both sides tightly can make behind the output dwang 37 can indirectly rotate, can realize auxiliary pump water function this moment.

The above description is only an embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that are not thought of through the inventive work should be included in the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope defined by the claims.