阅读说明：本技术 一种复叠式高温热泵蒸汽发生器 (Cascade high temperature heat pump steam generator ) 是由 张瑞凤 于 2021-09-04 设计创作，主要内容包括：本发明公开了一种复叠式高温热泵蒸汽发生器,其结构包括设备箱、水位计、控制箱、压力监控器、检修门,设备箱前端与水位计整体嵌套连接,设备箱右侧与检修门整体铰接连接,检修门内侧与控制箱整体间隙配合,设备箱包括蒸汽出口、安全阀、上升管、排污阀、制汽管,蒸汽出口右侧与安全阀整体间隙配合,本发明通过防水架在弧载漏盆的配合下将回流的冷凝水进行收集引导,从而配合防积座对积水进行分流,达到重量后的积水溢出,挤压连杆受众后下压下端吸水棉上使其吸水棉将积水吸附,过载后通过渗透孔板逐层下推,最终从套柱底部连接的排污阀排出设备内部,有效的解决了蒸汽不断与冷凝水混合,造成的上升管底部出现积水问题。(The invention discloses a cascade high-temperature heat pump steam generator which structurally comprises an equipment box, a water level meter, a control box, a pressure monitor and an access door, wherein the front end of the equipment box is integrally connected with the water level meter in a nested manner, the right side of the equipment box is integrally hinged with the access door, the inner side of the access door is in clearance fit with the control box, the equipment box comprises a steam outlet, a safety valve, an ascending pipe, a drain valve and a steam making pipe, the right side of the steam outlet is in clearance fit with the safety valve, the invention collects and guides backflow condensate water under the cooperation of an arc carrier leakage basin through a waterproof frame so as to match with an anti-accumulation seat to shunt the accumulated water, the accumulated water overflows after reaching the weight, a connecting rod is extruded to press down the lower end of the water absorption cotton to absorb the accumulated water, the water absorption cotton is pushed down layer by layer through a permeation pore plate after overload, and finally the drain out of the inside of the equipment from the drain valve connected with the bottom of a casing column, thereby effectively solving the problem that steam is continuously mixed with the condensate water, the problem of water accumulation at the bottom of the riser is caused.)

1. The utility model provides a cascade high temperature heat pump steam generator, its structure includes equipment box (1), fluviograph (2), control box (3), pressure watch-dog (4), access door (5), equipment box (1) front end and the whole nested connection of fluviograph (2), equipment box (1) right side and access door (5) whole articulated connection, access door (5) inboard and the whole clearance fit of control box (3), control box (3) right side and the whole movable fit of pressure watch-dog (4), pressure watch-dog (4) whole and equipment box (1) top welded connection, its characterized in that:

the equipment box (1) comprises a steam outlet (11), a safety valve (12), a rising pipe (13), a blow-down valve (14) and a steam making pipe (15), wherein the right side of the steam outlet (11) is in clearance fit with the safety valve (12) integrally, the lower end of the safety valve (12) is in flange connection with the surface of the rising pipe (13), the top end of the rising pipe (13) is in flange connection with the bottom of the steam outlet (11), and the top end of the blow-down valve (14) is in welded connection with the left lower end of the steam making pipe (15).

2. The cascade high temperature heat pump steam generator of claim 1, wherein: the steam outlet (11) comprises a blowout prevention seat (111), a pipe joint end (112), a telescopic sleeve (113) and a switching pipe (114), the lower end of the blowout prevention seat (111) is connected with the top end of the switching pipe (114) in a welding mode, the upper end of the blowout prevention seat (111) is in clearance fit with the telescopic sleeve (113) integrally, and the inside of the telescopic sleeve (113) is in clearance fit with the bottom of the pipe joint end (112).

3. The cascade high temperature heat pump steam generator of claim 2, wherein: steam outlet (11) are including steam bar (a1), linkage stay cord (a2), intercommunication chamber (a3), trigger strip (a4), steam bar (a1) inner wall and linkage stay cord (a2) top are inlayed and are connected firmly, linkage stay cord (a2) end with touch the terminal clearance fit of clockwork spring (a4), touch clockwork spring (a4) whole and intercommunication chamber (a3) upper end clearance fit.

4. A cascade high temperature heat pump steam generator according to claim 3, wherein: steam shield strip (a1) includes guide rail (a11), strip body (a12), sealing strip (a13), activity bolt (a14), guide rail (a11) inner wall and the terminal sliding fit of strip body (a12), the whole articulated connection of strip body (a12) end and activity bolt (a14), strip body (a12) lower extreme and sealing strip (a13) surface are embedded and are connected.

5. The cascade high temperature heat pump steam generator of claim 2, wherein: ascending pipe (13) are including waterproof frame (131), inside pipe wall (132), fixed cover (133), connecting groove (134), waterproof frame (131) whole and the inside nested connection of inside pipe wall (132), inside pipe wall (132) left end and the whole welded connection of connecting groove (134), connecting groove (134) inner wall and waterproof frame (131) surface activity fit, waterproof frame (131) top is connected with the inside block of fixed cover (133).

6. The cascade high temperature heat pump steam generator of claim 5, wherein: waterproof frame (131) are including preventing long-pending seat (b1), arc year hourglass basin (b2), cover post (b3), prevent that long-pending seat (b1) is whole to be connected with cover post (b3) inside the inlaying, cover post (b3) top and arc year hourglass basin (b2) whole welded connection, arc year hourglass basin (b2) lower extreme and prevent long-pending seat (b1) surface activity fit.

7. The cascade high temperature heat pump steam generator of claim 6, wherein: prevent that long-pending seat (b1) includes prevention of seepage piece (b11), extrusion connecting rod (b12), infiltration orifice plate (b13), absorbs water cotton (b14), prevention of seepage piece (b11) lower wall and extrusion connecting rod (b12) surface are embedded and are connected, extrusion connecting rod (b12) bottom surface and the surface of the cotton (b14) that absorbs water are embedded and are connected, the cotton (b14) lower extreme that absorbs water is connected with infiltration orifice plate (b13) surface block.

8. The cascade high temperature heat pump steam generator of claim 7, wherein: seepage prevention piece (b11) includes mount (c1), play vapour chamber (c2), water conservancy diversion strip (c3), ponding piece (c4), mount (c1) surface is connected with ponding piece (c4) whole embedded solid, ponding piece (c4) surface and play vapour chamber (c2) outer end clearance fit, play vapour chamber (c2) both ends and water conservancy diversion strip (c3) clearance fit, water conservancy diversion strip (c3) surface and ponding piece (c4) bottom clearance fit.

Technical Field

The invention relates to the technical field of high-temperature heat pumps, in particular to a cascade high-temperature heat pump steam generator.

Background

The cascade high-temperature heat pump consists of two independent cycles, namely a low-temperature cycle and a high-temperature cycle, wherein the two cycles are connected through a steam vehicle generator, the steam generator is a low-temperature-level condenser and a high-temperature-level evaporator, the dual-purpose state of one machine is achieved, the functions of the steam generator can be roughly divided into three categories, in practical application, steam can be used for heating, humidifying or acting as kinetic energy, and some industries need steam heating and humidifying at the same time;

however, the prior art has the following defects: the utility model provides a present overlapping formula high temperature heat pump steam generator, owing to carry out steam generation to overlapping formula high temperature heat pump for steam when the compressor provides steam in the circulation pipe top heat pump, the body inner wall is because the difference in temperature condensed water appears easily, thereby leads to the condensed water to flow back downwards along the body, and then steam constantly mixes with the condensed water, causes the tedge bottom to appear ponding.

Disclosure of Invention

The invention aims to provide a cascade high-temperature heat pump steam generator, aiming at solving the problem that in the prior art, when steam is provided to a compressor in a heat pump at the top of a circulating pipe due to steam generation of a cascade high-temperature heat pump, condensed water is easy to appear on the inner wall of the pipe body due to temperature difference, so that the condensed water flows back downwards along the pipe body, and further the steam is continuously mixed with the condensed water, so that water is accumulated at the bottom of a rising pipe.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides a cascade high temperature heat pump steam generator, its structure includes equipment box, fluviograph, control box, pressure monitor, access door, the whole nested connection of equipment box front end and fluviograph, the equipment box right side is connected with the whole articulated of access door, the whole clearance fit of access door inboard and control box, the whole clearance fit of control box right side and pressure monitor, the whole welded connection with the equipment box top of pressure monitor, the equipment box includes steam outlet, relief valve, tedge, blowoff valve, system vapour pipe, the whole clearance fit of steam outlet right side and relief valve, the relief valve lower extreme and tedge surface flange joint, the tedge top is connected with steam outlet bottom flange, the blowoff valve top is connected with system vapour pipe left end welded connection.

The steam outlet is further improved, the steam outlet comprises a blowout prevention seat, a pipe joint end, a telescopic sleeve and a switching pipe, the lower end of the blowout prevention seat is connected with the top end of the switching pipe in a welding mode, the upper end of the blowout prevention seat is in clearance fit with the telescopic sleeve integrally, the interior of the telescopic sleeve is in movable fit with the bottom of the pipe joint end, the pipe joint end is distributed at the top end of the blowout prevention seat, and the blowout prevention seat is triggered by being matched with the telescopic sleeve when the steam outlet is used.

The steam outlet is further improved, the steam outlet comprises a steam blocking strip, a linkage pull rope, an intercommunication cavity and a trigger strip, the inner wall of the steam blocking strip is fixedly connected with the top end of the linkage pull rope in an embedded mode, the tail end of the linkage pull rope is movably matched with the tail end of the trigger strip, the whole trigger strip is movably matched with the upper end of the intercommunication cavity, the trigger strips are distributed at the top end of the intercommunication cavity, the lower end of the trigger strip is in clearance fit with the steam blocking strip, and the trigger strip is triggered through the linkage pull rope.

The steam barrier strip comprises a guide rail, a strip body, a sealing strip and a movable bolt, wherein the inner wall of the guide rail is in sliding fit with the tail end of the strip body, the tail end of the strip body is integrally hinged with the movable bolt, the lower end of the strip body is fixedly embedded with the surface of the sealing strip, the sealing strip is distributed at the lower end of the strip body and is fixedly embedded with the lower end of the strip body, the tail end of the strip body is integrally embedded and sleeved with the movable bolt, and the surface of the sealing strip is movably matched with the surface of the guide rail.

The invention is further improved, the ascending pipe comprises a waterproof frame, a pipe inner wall, a fixed cover and a connecting groove, the whole waterproof frame is connected with the inside of the pipe inner wall in a nested mode, the left end of the pipe inner wall is connected with the connecting groove in a welded mode, the inner wall of the connecting groove is movably matched with the surface of the waterproof frame, the top end of the waterproof frame is connected with the inside of the fixed cover in a clamped mode, the waterproof frame is distributed inside the pipe inner wall and connected with the pipe inner wall in a nested mode, and the upper end of the waterproof frame is connected with the inside of the fixed cover in a clamped mode.

The invention is further improved, the waterproof frame comprises an anti-accumulation seat, an arc leakage carrying basin and a sleeve column, the anti-accumulation seat is integrally and fixedly connected with the inner part of the sleeve column, the top end of the sleeve column is integrally and welded with the arc leakage carrying basin, the lower end of the arc leakage carrying basin is movably matched with the surface of the anti-accumulation seat, the anti-accumulation seats are arranged in four groups, the anti-accumulation seats are fixedly arranged in a vertical sequence, the anti-accumulation seat is integrally and fixedly embedded in the sleeve column, and the upper end of the anti-accumulation seat is movably matched with the bottom of the arc leakage carrying basin.

The invention is further improved, the anti-accumulation seat comprises an anti-seepage block, an extrusion connecting rod, a permeation pore plate and absorbent cotton, the lower wall of the anti-seepage block is fixedly connected with the surface of the extrusion connecting rod in an embedded mode, the bottom surface of the extrusion connecting rod is fixedly connected with the surface of the absorbent cotton in an embedded mode, the lower end of the absorbent cotton is connected with the surface of the permeation pore plate in a clamped mode, the absorbent cotton is distributed on the surface of the permeation pore plate, the upper end of the absorbent cotton and the anti-seepage block are integrally formed to be in clearance fit, and the surface of the absorbent cotton is fixedly connected with the bottom surface of the extrusion connecting rod in an embedded mode.

The invention is further improved, the anti-seepage block comprises a fixing frame, a steam outlet cavity, a flow guide strip and a water accumulation block, the surface of the fixing frame is integrally embedded and connected with the water accumulation block, the surface of the water accumulation block is in clearance fit with the outer end of the steam outlet cavity, two ends of the steam outlet cavity are in clearance fit with the flow guide strip, the surface of the flow guide strip is movably matched with the bottom of the water accumulation block, the water accumulation block is distributed on the surface of the fixing frame and is embedded and connected with the surface of the fixing frame, and the lower end of the water accumulation block is in clearance fit with the surface of the flow guide strip.

Advantageous effects

Compared with the prior art, the invention has the following beneficial effects;

1. according to the invention, the blowout prevention seat triggers the internal touch spring when being connected with the cascade high-temperature heat pump, so that the steam barrier strip is driven to open and close, steam is normally provided for the cascade high-temperature heat pump, the blowout prevention seat is lifted by the telescopic sleeve after the use is finished, the internal structure is restored to the original state, the steam barrier strip closes the top end of the switching pipe under the matching of the movable bolt and the sealing strip, the sealing degree of a steam outlet is effectively ensured, secondary protection is performed on the equipment after the equipment is stopped, the steam is prevented from being directly sprayed out when the next equipment is started, and the potential safety hazard is reduced.

2. According to the invention, the backflow condensate water is collected and guided under the cooperation of the arc-shaped leakage carrying basin through the waterproof frame, so that the accumulated water is shunted through the anti-accumulation seat, the accumulated water overflows after reaching the weight, the lower end absorbent cotton is pressed down after the connecting rod is extruded to adsorb the accumulated water, the lower end absorbent cotton is pushed down layer by layer through the permeation pore plate after overload, and finally the accumulated water is discharged out of the equipment through the drain valve connected to the bottom of the sleeve column, so that the problem of accumulated water at the bottom of the riser caused by continuous mixing of steam and the condensate water is effectively solved.

Drawings

Fig. 1 is a schematic structural diagram of a cascade high-temperature heat pump steam generator according to the present invention.

FIG. 2 is a schematic view of the internal structure of the equipment cabinet of the present invention.

Fig. 3 is a schematic view of the internal structure of the steam outlet of the present invention.

FIG. 4 is a schematic view of the internal structure of the blowout preventer according to the present invention.

Fig. 5 is a schematic view of the internal structure of the steam barrier of the present invention.

FIG. 6 is a schematic view showing the internal structure of the riser pipe of the present invention.

Fig. 7 is a schematic view of the internal structure of the waterproof rack of the present invention.

FIG. 8 is a schematic view of the internal structure of the anti-deposition seat of the present invention.

Fig. 9 is a schematic view of the internal structure of the barrier block of the present invention.

In the figure: an equipment box-1, a water level gauge-2, a control box-3, a pressure monitor-4, an access door-5, a steam outlet-11, a safety valve-12, an ascending pipe-13, a blow-down valve-14, a steam making pipe-15, a blowout preventer-111, a pipe joint end-112, a telescopic sleeve-113, a switching pipe-114, a steam barrier-a 1, a linkage pull rope-a 2, an intercommunication cavity-a 3, a trigger-a 4, a guide rail-a 11, a strip body-a 12, a sealing strip-a 13, a movable bolt-a 14, a waterproof frame-131, a pipe inner wall-132, a fixed cover-133, a connecting groove-134, an anti-accumulation seat-b 1, an arc-carrying leakage basin-b 2, a sleeve column-b 3, an anti-seepage block-b 11, an extrusion connecting rod-b 12, a permeation orifice plate-b 13, a steam outlet-11, a safety valve-12, a rising pipe-13, a blow-off valve-14, a blow-off valve-a drain valve-a-b 4, a trigger-b 1, a trigger-b-3683, a sealing strip, a sealing structure, a sealing, Absorbent cotton-b 14, a fixed frame-c 1, a steam outlet cavity-c 2, a flow guide strip-c 3 and a water accumulation block-c 4.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it is obvious that the described embodiments are some, not all embodiments of the present invention, and all other embodiments obtained by those skilled in the art without any inventive work based on the embodiments of the present invention belong to the protection scope of the present invention.

The invention is further described below with reference to the accompanying drawings:

example 1

As shown in figures 1 to 5:

the steam-water separation device structurally comprises an equipment box 1, a water level meter 2, a control box 3, a pressure monitor 4 and an access door 5, wherein the front end of the equipment box 1 is integrally connected with the water level meter 2 in a nested manner, the right side of the equipment box 1 is integrally hinged with the access door 5, the inner side of the access door 5 is integrally matched with the control box 3 in a clearance manner, the right side of the control box 3 is integrally matched with the pressure monitor 4 in a movable manner, the pressure monitor 4 is integrally connected with the top end of the equipment box 1 in a welded manner, the equipment box 1 comprises a steam outlet 11, a safety valve 12, a rising pipe 13, a blow-down valve 14 and a steam making pipe 15, the right side of the steam outlet 11 is integrally matched with the safety valve 12 in a clearance manner, the lower end of the safety valve 12 is connected with a flange on the surface of the rising pipe 13, the top end of the rising pipe 13 is connected with a flange at the bottom of the steam outlet 11, and the top end of the blow-down valve 14 is connected with the lower end of the left end of the steam making pipe 15 in a welded manner.

The steam outlet 11 comprises a blowout prevention seat 111, a pipe joint 112, a telescopic sleeve 113 and a switching pipe 114, the lower end of the blowout prevention seat 111 is connected with the top end of the switching pipe 114 in a welding mode, the upper end of the blowout prevention seat 111 is in clearance fit with the telescopic sleeve 113 integrally, the interior of the telescopic sleeve 113 is in movable fit with the bottom of the pipe joint 112, the pipe joint 112 is distributed at the top end of the blowout prevention seat 111 and is matched with the telescopic sleeve 113 to trigger the blowout prevention seat 111 when the blowout prevention seat is used, and the pipe joint 112 is beneficial to movably fit the blowout prevention seat 111 at the lower end to change the steam output quantity of the blowout prevention seat, so that the proper steam generation quantity is achieved.

The steam outlet 11 comprises a steam blocking strip a1, a linkage pull rope a2, an intercommunication cavity a3 and a trigger strip a4, the inner wall of the steam blocking strip a1 is fixedly connected with the top end of the linkage pull rope a2 in an embedded mode, the tail end of the linkage pull rope a2 is movably matched with the tail end of the trigger strip a4, the touch spring a4 is integrally and movably matched with the upper end of the intercommunication cavity a3, the touch spring a4 is distributed at the top end of the intercommunication cavity a3, the lower end of the touch spring a4 is in clearance fit with the steam blocking strip a1, and the touch spring a2 is triggered through the linkage pull rope a2, wherein the touch spring a4 is beneficial to matching the linkage pull rope a2 to drag the steam blocking strip a1 after being triggered, so that the unfolding size of the steam blocking strip a1 is changed.

Wherein, steam barrier strip a1 includes guide rail a11, strip body a12, sealing strip a13, activity bolt a14, guide rail a11 inner wall and the terminal sliding fit of strip body a12, strip body a12 is terminal to be tied with activity a14 is whole articulated to be connected, strip body a12 lower extreme is connected with sealing strip a13 surface embedded solid, sealing strip a13 distributes at strip body a12 lower extreme, with its strip body a12 lower extreme carry out embedded solid to be connected, terminal and activity bolt a14 are whole to be embedded nested even, surface and guide rail a11 surface activity fit, wherein sealing strip a13 is favorable to guaranteeing the sealing degree of steam outlet, makes secondary protection to it after equipment stops, steam direct blowout when avoiding next equipment to open, reduces the potential safety hazard.

The specific working principle is as follows:

when the control box 3 is triggered, whether water exists in a water level gauge 2 at the front end of an equipment box 1 or not is observed firstly, then the equipment is used by matching with the adjustment of a pressure monitor 4, when the equipment needs to be overhauled, an equipment box 1 access door 5 is arranged at the right side, steam is produced by a steam producing pipe 15 under the structural matching, steam is supplied from a steam outlet 11 by matching a safety valve 12 and an ascending pipe 13 at the right side, before the steam is required to be overhauled, a pipe joint end 112 is matched with a telescopic sleeve 113 to trigger a blowout preventer seat 111, so that steam of the switching pipe 114 ascends, the steam is correspondingly pressed along with a touch spring a4, a linkage pull rope a2 is driven to tighten a steam stop bar a1 inwards, so that the corresponding opening of a communication cavity a3 is kept, when the equipment is used, the telescopic sleeve 113 lifts the inner blowout preventer seat 111, the trigger bar a4 releases the corresponding pressure, the linkage pull rope a2 is restored, and a sealing strip a13 at the lower end of a strip body a12 is driven to be closed under the matching of a movable bolt 14 and a guide rail 11, according to the invention, the blowout preventer seat 111 triggers the internal touch spring a4 when being connected with the cascade high-temperature heat pump, so that the steam barrier strip a1 is driven to open and close, steam is normally provided for the cascade high-temperature heat pump, the blowout preventer seat 111 is lifted by the telescopic sleeve 113 after the use is finished, so that the internal structure is restored to the original state, the steam barrier strip a1 closes the top end of the adapter tube a4 under the matching of the movable bolt a14 and the sealing strip a13, the sealing degree of a steam outlet is effectively ensured, secondary protection is provided for the equipment after the equipment is stopped, the steam is prevented from being directly sprayed out when the next equipment is started, and the potential safety hazard is reduced.

Example 2:

as shown in fig. 6 to 9:

wherein, the tedge 13 includes waterproof frame 131, inside pipe wall 132, fixed cover 133, connecting groove 134, the whole nested connection with inside pipe wall 132 of waterproof frame 131, the whole welded connection of inside pipe wall 132 left end and connecting groove 134, connecting groove 134 inner wall and the inside block of fixed cover 131 surface clearance fit, waterproof frame 131 top is connected with the inside block of fixed cover 133, waterproof frame 131 distributes inside pipe wall 132, carries out nested connection rather than inside pipe wall 132, and the upper end is connected with the inside block of fixed cover 133, and wherein inside the connecting groove 134 is favorable to the cooperation body directly to supply into pipe wall 132 with steam, outwards continuously carries steam at the fixed cover 133 of cooperation upper end.

The waterproof rack 131 comprises a storage-proof seat b1, an arc-shaped leakage basin b2 and a sleeve column b3, wherein the storage-proof seat b1 is integrally and fixedly connected with the inside of the sleeve column b3, the top end of the sleeve column b3 is integrally welded with the arc-shaped leakage basin b2, the lower end of the arc-shaped leakage basin b2 is movably matched with the surface of the storage-proof seat b1, the storage-proof seats b1 are four groups and are fixedly placed in a vertical sequence, the arc-shaped leakage basin b3 is integrally nested in the sleeve column b3, the upper end of the arc-shaped leakage basin b2 is movably matched with the bottom of the arc-shaped leakage basin b2, and the formed condensed water is favorably collected, so that the condensed water is prevented from falling down to form accumulated water at the bottom of the sleeve column b 3.

The anti-accumulation seat b1 comprises an anti-seepage block b11, a squeezing connecting rod b12, a permeation pore plate b13 and absorbent cotton b14, the lower wall of the anti-seepage block b11 is fixedly connected with the surface of the squeezing connecting rod b12, the bottom surface of the squeezing connecting rod b12 is fixedly connected with the surface of the absorbent cotton b14, the lower end of the absorbent cotton b14 is connected with the surface of the permeation pore plate b13 in a clamping manner, the absorbent cotton b14 is distributed on the surface of the permeation pore plate b13, the upper end of the absorbent cotton b 3652 is integrally formed with the anti-seepage block b11 in a clearance fit manner, and the surface of the absorbent cotton b14 is fixedly connected with the bottom surface of the squeezing connecting rod b12, wherein the absorbent cotton b14 is beneficial to absorb excess condensate water when the upper end anti-seepage block b11 is loaded, so that the lower end of the absorbent cotton b13 is pushed down layer by layer.

Wherein, prevention of seepage piece b11 includes mount c1, play vapour chamber c2, water conservancy diversion strip c3, ponding piece c4, mount c1 surface is connected with ponding piece c4 is whole to be embedded firmly, ponding piece c4 surface and play vapour chamber c2 outer end clearance fit, play vapour chamber c2 both ends and water conservancy diversion strip c3 clearance fit, water conservancy diversion strip c3 surface and ponding piece c4 bottom clearance fit, ponding piece c4 distributes on mount c1 surface, is connected with its mount c1 surface is embedded firmly, and the lower extreme forms clearance fit with water conservancy diversion strip c3 surface, and wherein water conservancy diversion strip c3 is favorable to carrying out the water conservancy diversion to the comdenstion water, cooperates the upper end structure to trigger inside exporting equipment with its comdenstion water, solve the inside problem of body.

The specific working principle is as follows:

the invention guides the condensed water reflowed by the fixing cover 133 through the waterproof frame 131 in the inner wall 132 of the pipe, the connecting groove 134 supplies steam upwards from the interval between the inner wall 132 of the pipe and the waterproof frame 131 normally, the condensed water falls into the arc leakage basin b2, the condensed water is treated by matching with the anti-accumulation seat b1 in the sleeve column b3, so that the accumulated water is guided from the guide strip c3 under the absorption of the accumulated water block c4 embedded on the surface of the fixing frame c1 in the anti-seepage block b11, then the accumulated water falls on the bottom of the pressurizing connecting rod b12 on the water absorption cotton b14 and matching with the permeation pore plate b13 at the bottom to sink gradually, and finally the accumulated water is discharged from the outside of the tank equipment of the blow-down valve 14 connected at the bottom of the sleeve column b3, the invention collects and guides the reflowed condensed water by matching with the waterproof frame 131 under the matching with the arc leakage basin b2, thereby matching with the anti-accumulation seat b1 to shunt the accumulated water, and the overflow after the weight is reached, squeeze connecting rod b12 audience and push down on the lower extreme cotton that absorbs water b14 makes its cotton that absorbs water b14 absorb ponding, push down through infiltration orifice plate b13 successive layer after transshipping, inside the blowoff valve 14 discharge apparatus of connecting from cover post b3 bottom finally, the effectual steam of having solved constantly mixes with the comdenstion water, the ponding problem appears in the tedge bottom that causes.

The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein; any reference sign in a claim should not be construed as limiting the claim concerned.