CN203024648U - Multifunctional online cleaning device for steam condenser - Google Patents
Multifunctional online cleaning device for steam condenser Download PDFInfo
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- CN203024648U CN203024648U CN 201320011323 CN201320011323U CN203024648U CN 203024648 U CN203024648 U CN 203024648U CN 201320011323 CN201320011323 CN 201320011323 CN 201320011323 U CN201320011323 U CN 201320011323U CN 203024648 U CN203024648 U CN 203024648U
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Abstract
The utility model provides a multifunctional online cleaning device for a steam condenser. The multifunctional online cleaning device comprises a rack, two nozzle header pipes, a transmission mechanism and two groups of guide mechanisms, wherein two ends of the two nozzle header pipes are sealed; water inlet end ports are positioned at the nozzle header pipes; a plurality of condenser pipe cleaning nozzles are arranged on one side of each nozzle header pipe; the transmission mechanism comprises a servo motor, transmission lead screws and lead screw sleeves, wherein the servo motor is arranged on the rack; the transmission lead screws are driven by a rotating shaft of the servo motor; the lead screw sleeves are arranged on the nozzle header pipes; each guide mechanism comprises a guide rail, a traveling wheel seat and a traveling wheel, wherein the guide rails are arranged on the rack and are arranged in parallel with the transmission lead screws; the traveling wheel seats are arranged on the nozzle header pipes; and the traveling wheel wheels are arranged on the upper sides of the guide rails in a clamping manner. The multifunctional online cleaning device for the steam condenser has the advantages of being scientific in design, reasonable in structure, reliable to run, high in working efficiency and good in cleaning effect.
Description
Technical field
The utility model relates to a kind of condenser cleaning equipment, specifically, has related to a kind of multi-functional on-line cleaning device for condenser.
Background technology
Condenser is one of important cold-end equipment of steam turbine, and its effect is that the exhaust steam that steam turbine was done merit is condensed into water, produces and keep the vacuum of height, to improve the unit efficiency of thermal cycle; Condenser pipe in condenser plays heat exchange action, and the cooling water in condenser pipe is generally taken from river, river, lake, sea, underground water or municipal middle water.There is the concentrated of heat exchange and cooling water because condenser is in service, can produce the problems such as deposition and fouling in condenser pipe, cause the condenser reduction of heat exchange efficiency, the steam turbine steam consumption increases, long-term deposition and fouling also can cause the problem that condenser pipe inwall electrochemical corrosion leaks, service life of equipment shortens, the cooling water vapour system of bleeding also can be polluted the Steam-water Quality of unit, causes the boiler pipe explosion accident, affects unit and normally moves.Keep the cleaning of condenser pipe in condenser can improve steam turbine operation efficient, reduce the consumption of steam and coal, reduce production costs.
Guarantee the normal operation of the cleaning guarantee unit of condenser pipe.Traditional on-line cleaning method of not shutting down adopts ball cleaning apparatus, this device can clean in the non-stop-machine situation of unit, but in actual motion, ball cleaning apparatus ubiquity ball collecting rate is low, cleaning performance is poor, the glueballs consumption is large and the problem such as condenser fouling; Power plant will repeatedly shut down and carry out high pressure water cleaning, mechanical cleaning or the cleaning of other method every year, not only affects generated energy, also the extra recondition expense that increases.Halt turbines maintenance is carried out steam condenser using high pressure water and is cleaned, and can only keep the cleaning of condenser pipe short-term in condenser, can not keep condenser pipe to clean for a long time, and steam turbine puts into operation soon that the condenser pipe of condenser can produce the problems such as deposition and fouling again.
Prior art discloses several condenser cleaning robots devices, its feature is mainly to adopt Athey wheel walking mechanism or the telescoping mechanism of cranking arm, there are the transmission of many covers and actuating unit in condenser inside, and adopt single hydraulic spray to clean, although realized on-line cleaning, the problem such as have bad adaptability, poor stability, cleaning efficiency is low, reliability is low.The more important thing is that generating set capacity is different, the condenser form is different, and in different condensers, the layout of condenser pipe is different, the inner supporting construction that also has more complicated of large condenser hydroecium, condenser cleaning robots can not be realized moving freely, and therefore is difficult to promote the use of.
In order to solve the problem of above existence, people are seeking a kind of desirable technical solution always.
Summary of the invention
The purpose of this utility model is for the deficiencies in the prior art, thereby provides a kind of design science, rational in infrastructure, reliable, high efficiency and cleaning performance the good multi-functional on-line cleaning device that is used for condenser.
To achieve these goals, the technical scheme that the utility model adopts is: a kind of multi-functional on-line cleaning device for condenser, and it comprises frame, is no less than sealed at both ends nozzle female pipe, a transmission mechanism and is no less than one group of guiding mechanism; Be provided with into the water port on the female pipe of described nozzle, the female pipe of described nozzle one side is provided with a plurality of condenser pipe washer jets; Described transmission mechanism comprises servomotor, the turn-screw that is arranged on described frame and is sleeved on leading screw silk cylinder on described drive lead screw, wherein, the described drive lead screw of turning cylinder transmission of described servomotor, described leading screw silk cylinder are arranged on the female pipe of described nozzle; Described guiding mechanism comprises the guide rail that is arranged on described frame, the wheel seat and be arranged on road wheel in described walking wheel seat of walking, wherein, described guide rail and described turn-screw be arranged in parallel, described walking wheel seat is arranged on the female pipe of described nozzle, and described road wheel is fastened on the upside of described guide rail.
Based on above-mentioned, the inboard both ends of described leading screw silk cylinder are provided with respectively the scrubbing tooth, and the silking groove of the corresponding described drive lead screw of the cusp of described scrubbing tooth arranges; The both sides of described guiding mechanism are respectively arranged with the scrubbing scraper plate of corresponding described guide rail.
Based on above-mentioned, described transmission mechanism also comprises two groups of bearing blocks that are arranged on described frame, and the two ends of described drive lead screw are arranged on respectively in two groups of described bearing blocks by bearing.
Based on above-mentioned, described transmission mechanism also comprises connecting lining plate and drive sleeve, wherein, the female pipe of described nozzle is arranged on described connecting lining plate one side, described drive sleeve is arranged on described connecting lining plate opposite side, the two ends of described drive sleeve are separately installed with the drive sleeve end cap, and described leading screw silk cylinder is arranged in described drive sleeve and is limited between described drive sleeve end cap, and the cusp of described scrubbing tooth is arranged on outside described drive sleeve end cap.
Based on above-mentioned, described guiding mechanism comprises that also guiding connecting lining plate, both sides have respectively housing, the spacing wheel seat of a guide rail hole and are arranged on the interior position-limited wheel of described spacing wheel seat, wherein, the female pipe of described nozzle is arranged on described guiding connecting lining plate one side, described housing is arranged on described guiding connecting lining plate opposite side, described walking wheel seat and described spacing wheel seat are separately positioned in described housing, described guide rail passes the guide rail hole setting of described housing both sides, and described guide rail card is located between described road wheel and described position-limited wheel.
Based on above-mentioned, described guiding mechanism also comprises wheel seat guide frame and the damping spring that vertically is arranged in described housing, wherein, described walking wheel seat top vertically is plugged in the bottom of described wheel seat guide frame, and described damping spring vertically is arranged between described walking wheel seat top and described wheel seat guide frame inside top.
Based on above-mentioned, described walking wheel seat top is fixed with lead, and described wheel seat guide frame top is provided with pilot hole, and described lead top is plugged in described pilot hole.
Based on above-mentioned, it comprises the female pipe of two nozzles, and two female pipes of described nozzle be arranged in parallel or are the setting of Eight characters shape.
Based on above-mentioned, it comprises that also pipe shaft offers the inlet channel of water inlet, waveform pipe nipple pipeline and high-pressure hose, and wherein, the two ends of described inlet channel connect respectively the water inlet port of two female pipes of described nozzle; Described water inlet connects described waveform pipe nipple pipeline one end by water-in flange, and the described waveform pipe nipple pipeline other end connects described high-pressure hose one end by adpting flange, and the described high-pressure hose other end is connected with the water-in flange terminal pad; Be respectively installed with pipe nipple spring and flexible pipe spring on described waveform pipe nipple pipeline and described high-pressure hose, the two ends of described pipe nipple spring are connected on described water-in flange and described adpting flange, and the two ends of described flexible pipe spring are connected on described adpting flange and described water-in flange terminal pad.
Based on above-mentioned, it comprises two groups of guiding mechanisms, and two groups of described guiding mechanisms lay respectively at the both sides up and down of described transmission mechanism.
The relative prior art of the utility model has substantive distinguishing features and progress, and specifically, the multi-functional on-line cleaning device that should be used for condenser has the following advantages:
1, uncontrollable glueballs cleaning way is become controlled on-line cleaning mode, water under high pressure flows in the condenser pipe high speed, regularly remove dirt in pipe, not only can remove rapidly dirt, can also guarantee that all condenser pipes obtain repeatedly repeatedly rinsing, have comprehensive, the characteristics that total travel is cleaned, solved simultaneously glueballs clean in pitching, receive ball and look into the trouble of ball, maintenance cost saving.
2, will shut down the high pressure water cleaning operation that just can carry out and be used for operating unit; become traditional mode of passive clearout afterwards and be non-stop-machine online active cleaning way; unit outage number of times and time have been reduced; keep the long-term cleaning of condenser pipe in condenser, reduce simultaneously equipment corrosion and environmental pollution that chemical liquid causes.
3, can enlarge the use function, can realize sterilization algae removal during unit operation, implement high pressure water cleaning during stoppage in transit, also can add chemical to carry out Chemical cleaning in resource of water supply, biological clay or carbonate hard scale are carried out the emphasis cleaning, save recondition expense, shorten maintenance duration.
4, labor aptitude is strong, adopt the female tubular construction of double rows of nozzles, can be by adjusting the angle of the female pipe of two nozzles, the layout of applicable different type of machines condenser condenser pipe, the condenser pipe washer jet is precisely arranged for condensation tube edge tube angulation, guarantee that the condenser pipe washer jet is corresponding with every condenser pipe, realize comprehensive cleaning.
5, this device is arranged on the inside of existing condenser water box, it comprises frame, the female pipe of nozzle, transmission mechanism and guiding mechanism, wherein, described transmission mechanism and described guiding mechanism are arranged on the same side of the female pipe of nozzle, water supply installation provides the water under high pressure that cleans use to the female pipe of nozzle by inlet channel, transmission mechanism, the female pipe of guiding mechanism and nozzle moves left and right, the condenser pipe washer jet cleans condenser pipe in the non-stop-machine situation of condenser, simultaneously, the female pipe of described nozzle be arranged in parallel or is the setting of Eight characters shape, be applicable to various condensers, this device cleans comprehensively, cleaning performance is good, neither affect the normal operation of condenser, can in time clean again the dirt in condenser pipe, transmission mechanism and guiding mechanism are respectively arranged with mechanical decontamination apparatus, guarantee that this device can long-play, adapt to the working environment of the how biological shellfish in condenser inside and dirt, it has advantages of that design science, rational in infrastructure, reliable, high efficiency and cleaning performance are good.
Description of drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the main-vision surface structural representation of described guiding mechanism.
Fig. 3 is the side-looking face structural representation of described guiding mechanism.
Fig. 4 is the structural representation of the female pipe of described nozzle.
Fig. 5 is the syndeton schematic diagram of described waveform pipe nipple pipeline and described high-pressure hose.
The specific embodiment
Below by the specific embodiment, the technical solution of the utility model is described in further detail.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4 and shown in Figure 5, a kind of multi-functional on-line cleaning device for condenser, it comprises frame, the two female pipe 1 of nozzle, transmission mechanism 2 and two groups of guiding mechanisms 3 that two ends seal respectively; Wherein, described frame can be arranged on the installation frame body of condenser water chamber interior, also can be with the both sides sidewall of condenser water box as frame; Two groups of guiding mechanisms 3 are symmetricly set on the both sides up and down of described transmission mechanism 2, make whole device equalising torque, Stability Analysis of Structures up and down.
Two female pipes 1 of described nozzle be arranged in parallel or are the setting of Eight characters shape, and according to the difference of condenser interior condenser tube distributed architecture, the angle between the female pipe 1 of two nozzles of capable of regulating guarantees to clean condenser pipe comprehensively; The female pipe of described nozzle 1 one sides are provided with a plurality of condenser pipe washer jets 11, and the corresponding condenser pipe mouth of pipe of described condenser pipe washer jet 11 arranges, and guarantee to clean condenser pipe comprehensively, stay and clean the dead angle; Connect respectively the two ends of inlet channel 4 for the water inlet port that facilitates water under high pressure to enter 1, two female pipe 1 of described nozzle of the female pipe of described nozzle, the pipe shaft of described inlet channel 4 is provided with water inlet 41.
Described transmission mechanism 2 comprises servomotor 5, the turn-screw 23 that is arranged on described frame and is sleeved on leading screw silk cylinder 24 on described drive lead screw 23, wherein, the described drive lead screw 23 of the turning cylinder transmission of described servomotor 5, described leading screw silk cylinder 24 are arranged on the female pipe 1 of described nozzle.
In order to make described transmission mechanism 2 smooth to move, guarantee the stability of drive lead screw 23 operations, be convenient to adjust the angle between the female pipe 1 of two nozzles, provided preferred transmission mechanism 2 embodiments in the present embodiment: described leading screw silk cylinder 24 is arranged on the female pipe 1 of described nozzle by described drive sleeve 22 and described connecting lining plate 21, concrete structure as shown in Figure 1, described transmission mechanism 2 also comprises connecting lining plate 21, drive sleeve 22 and two groups of bearing blocks that are arranged on described frame; Wherein, the female pipe 1 of described nozzle is arranged on described connecting lining plate 21 1 sides, and described drive sleeve 22 is arranged on described connecting lining plate 21 opposite sides, and described leading screw silk cylinder 24 is arranged in described drive sleeve 22; Between described nozzle mother pipe 1 and described drive sleeve 22, connecting lining plate 21 is set, provides fixed support for described drive sleeve 22 on the one hand, connect on the other hand the female pipe 1 of described nozzle and conveniently adjust two angles between the female pipe 1 of described nozzles; The two ends of described drive lead screw 23 are arranged on respectively in two groups of described bearing blocks by bearing, described bearing block is that described drive lead screw 23 provides support, both make described drive lead screw 23 smoothly to rotate, alleviated simultaneously the load-bearing pressure of servomotor 5 turning cylinders, be applicable to various condensers; When described drive lead screw 23 rotated, described drive sleeve 22 can produce relative left and right displacement with described leading screw silk cylinder 24 on described drive lead screw 23, and then drove that described nozzle is female manages 1 and move left and right, the cleaning of realization to condenser pipe.
based on above-mentioned, in order to adapt to the working environment of the how biological shellfish in condenser inside and dirt, prevent that biological shellfish and dirt from entering the operation of the described leading screw silk cylinder 24 described transmission mechanisms 2 of impact, the two ends of described drive sleeve 22 are separately installed with the drive sleeve end cap, described leading screw silk cylinder 24 is arranged in described drive sleeve 22 and is limited between described drive sleeve end cap, make the inner enclosure space that forms of described drive sleeve 22, avoid biological shellfish and dirt to enter, in order to clear up the dirt in described drive lead screw 23 silking grooves, the inboard both ends of described leading screw silk cylinder 24 are provided with respectively the scrubbing tooth, the silking groove of the corresponding described drive lead screw 23 of the cusp of described scrubbing tooth arranges, when described drive lead screw 23 rotates, described scrubbing tooth can slide in the silking groove of described drive lead screw, strike off biological shellfish and dirt in the silking groove, the cusp of described scrubbing tooth is arranged on outside described drive sleeve end cap, described drive lead screw 23 was just completed the cleaning to biological shellfish and dirt in drive lead screw 23 silking grooves before entering described leading screw silk cylinder 24, prevent that biological shellfish and dirt from entering described screw mandrel silk cylinder 24, affect the stability of transmission mechanism 2.
Described guiding mechanism 3 comprises guide rail 33, the walking wheel seat 34 that is arranged on described frame and is arranged on the interior road wheel 35 of described walking wheel seat 34, wherein, described guide rail 33 be arranged in parallel with described turn-screw 23, described road wheel 35 is fastened on the upside of described guide rail 33, and described walking wheel seat 34 is arranged on the female pipe 1 of described nozzle.
in order to make described guiding mechanism 3 smooth to move, prevent that described road wheel 35 from coming off from described guide rail 33, guarantee the stability of whole guiding mechanism 3, be convenient to adjust two angles between the female pipe 1 of described nozzle, provided preferred guiding mechanism 3 embodiments in the present embodiment: described walking wheel seat 34 is arranged on the female pipe 1 of described nozzle by described housing 32 and described guiding connecting lining plate 31, concrete structure as shown in Figures 2 and 3, described guiding mechanism 3 also comprises guiding connecting lining plate 31, both sides have respectively the housing 32 of a guide rail hole, spacing wheel seat 36 and the position-limited wheel 37 that is arranged in described spacing wheel seat 36, wherein, the female pipe 1 of described nozzle is arranged on described guiding connecting lining plate 31 1 sides, and described housing 32 is arranged on described guiding connecting lining plate 31 opposite sides, both angles between the female pipe 1 of two described nozzles of convenient adjustment of described guiding connecting lining plate 31 are set, fixed support are provided for again described housing 32, described walking wheel seat 34 and described spacing wheel seat 36 are separately positioned in described housing 32, make walking wheel seat 34 and described spacing wheel seat 36 be in an enclosure space, avoid the pollution of biological shellfish and dirt, affect the normal operation of guiding mechanism 3, described guide rail 33 passes the guide rail hole setting of described housing 32 both sides, and described guide rail 33 is fastened between described road wheel 35 and described position-limited wheel 37, and adopting up and down, the structure of chucking prevents that described road wheel 35 from coming off from described guide rail 33, described transmission mechanism 2 moves left and right by the female pipe 1 described guiding mechanism 3 of drive of described nozzle and moves left and right.
Based on above-mentioned, can smooth walk in order to make described road wheel 35, even unexpected vibration occurs, also can guarantee the normal operation of guiding mechanism 3, provided the preferred embodiment of walking wheel seat 34 with housing 32 syndetons in the present embodiment: described walking wheel seat 34 is arranged in described housing 32 by described wheel seat guide frame 6, concrete structure as shown in Figure 3, described guiding mechanism 3 also comprises wheel seat guide frame 6 and the damping spring 39 that vertically is arranged in described housing 32; Wherein, described walking wheel seat 34 tops vertically are plugged in the bottom of described wheel seat guide frame 6, described damping spring 39 vertically is arranged between described walking wheel seat 34 tops and described wheel seat guide frame 6 inside top, and described wheel seat guide frame 6 guarantees that road wheel 35 can not come off along guide rail 33 straight line movings.
Based on above-mentioned, in order to make described wheel seat guide frame 6 firm with the annexation of described walking wheel seat 34, guarantee that whole guiding mechanism 3 can smooth move, as shown in Figure 3, described walking wheel seat 34 tops are fixed with lead 38, described wheel seat guide frame 6 tops are provided with pilot hole, and described lead 38 tops are plugged in described pilot hole; The corresponding described pilot hole of housing described in the present embodiment 32 is provided with the guide-localization hole, described lead 38 tops are plugged in described pilot hole and described guide-localization hole successively, described lead 38 outer ends are provided with nut, described nut is arranged on described housing 32 outsides, preventing that lead 38 from coming off enters described wheel seat guide frame 6, affects the normal operation of whole guiding mechanism 3.
Based on above-mentioned, in order to adapt to the working environment of the how biological shellfish in condenser inside and dirt, prevent that biological shellfish on described guide rail 33 and dirt from entering guiding mechanism 3 inside.The both sides of described guiding mechanism 3 are respectively arranged with the scrubbing scraper plate 7 of corresponding described guide rail 33, according to different user demands, described scrubbing scraper plate 7 can be arranged on the diverse location of guiding mechanism 3, provided wherein a kind of embodiment in the present embodiment, concrete structure as shown in Figures 2 and 3, described scrubbing scraper plate 7 is separately positioned on the outside of described walking wheel seat 34 and the outside of spacing wheel seat 36; Leave less gap between the corresponding described guide rail 33 of described scrubbing scraper plate 7 guide rail 33 setting up and down and described, when described road wheel 35 slides on described guide rail 33 with described position-limited wheel 37, described scrubbing scraper plate 7 can strike off the dirt on described guide rail 33, of particular note in other embodiments, described scrubbing scraper plate can be arranged on described housing.
Based on above-mentioned, adopt the guide-roller type guiding mechanism 3 of symmetrical structure, because the up and down moment unbalance produces mobile being obstructed or the phenomenon such as stuck, guarantee that this device is reliable when preventing that the female pipe 1 of nozzle from moving.
Based on above-mentioned, because the spread geometry of different condenser internal condensation pipes is different, that spread geometry is divided into is square, triangle, trapezoidal etc., adopts the adjustable female pipe 1 of two described nozzles of angle, increases the scope of application of this device; Adopt two female pipes 1 of described nozzle, can carry out secondary cleaning to condenser pipe in a moving process, improve cleaning performance.
Based on above-mentioned, the dirty removal capacities of whole device is strong, and described drive lead screw 23 and described guide rail 33 all adopt the mechanical type decontamination apparatus, has guaranteed the cleaning of described turn-screw 23 and described guide rail 33, avoids biological shellfish and dirt to bring the drag effects of device.
based on above-mentioned, in order to guarantee that the dirt in condenser pipe can thoroughly be cleaned, this device needs high service, because this device can move left and right, add the disturbance of condenser water flow inside, water supply line certainly will be in bending and oscillatory regime for a long time, provided a kind of preferred water supply line structure in the present embodiment: as shown in Figure 5, described water inlet 41 connects described waveform pipe nipple pipeline 42 1 ends by water-in flange, described waveform pipe nipple pipeline 42 other ends connect described high-pressure hose 43 1 ends by adpting flange, described high-pressure hose 43 other ends are connected with water-in flange terminal pad 46 as the import of water under high pressure, be respectively installed with pipe nipple spring 44 and flexible pipe spring 45 on described waveform pipe nipple pipeline 42 and described high-pressure hose 43, the two ends of described pipe nipple spring 44 are connected on described water-in flange and described adpting flange, and the two ends of described flexible pipe spring 45 are connected on described adpting flange and described water-in flange terminal pad 46.Connect the high service device by this water supply line, adopt the water supply line of said structure, can increase anti-vibration resistance, the disturbance rejection of inlet channel 4, avoided the disturbance of condenser water flow inside and this device to come and go the mobile pipeline Fatigue Damage Problem that causes.Described water supply line also can arrange dosing interface and compressed air interface, according to the fouling characteristics of condenser pipe in condenser, adds in case of necessity liquid to carry out chemical on-line cleaning or sterilization algae removal, carries out compressed air aeration-drying in the time of also can shutting down.This water supply line both can connect the high service device provides water under high pressure, and also can connect other device provides chemical liquid or compressed air, realizes the functions such as the online high pressure water cleaning of condenser, online Chemical cleaning and aeration-drying, increases the function of this device.
During use, start the described servomotor 5 described drive lead screws 23 of transmission, make the female pipe of transmission mechanism 2, two groups of guiding mechanisms 3 and nozzle 1 transverse shifting, the cleaning of realization to condenser pipe, described servomotor 5 reverses, make the female pipe 1 of transmission mechanism 2, two groups of guiding mechanisms 3 and nozzle oppositely move, again condenser pipe is cleaned; In order to improve cleaning performance, can repeatedly open described servomotor 5, complete repeatedly and clean; In order to satisfy the automated production demand, described servomotor 5 can adopt control circuit to control, and realizes the automation of servomotor 5 is controlled.
Should be noted that at last: above embodiment is only in order to illustrate that the technical solution of the utility model is not intended to limit; Although with reference to preferred embodiment, the utility model is had been described in detail, those of ordinary skill in the field are to be understood that: still can modify or the part technical characterictic is equal to replacement the specific embodiment of the present utility model; And not breaking away from the spirit of technical solutions of the utility model, it all should be encompassed in the middle of the technical scheme scope that the utility model asks for protection.
Claims (10)
1. multi-functional on-line cleaning device that is used for condenser, it is characterized in that: it comprises frame, is no less than sealed at both ends nozzle female pipe, a transmission mechanism and is no less than one group of guiding mechanism; Be provided with into the water port on the female pipe of described nozzle, the female pipe of described nozzle one side is provided with a plurality of condenser pipe washer jets; Described transmission mechanism comprises servomotor, the turn-screw that is arranged on described frame and is sleeved on leading screw silk cylinder on described drive lead screw, wherein, the described drive lead screw of turning cylinder transmission of described servomotor, described leading screw silk cylinder are arranged on the female pipe of described nozzle; Described guiding mechanism comprises the guide rail that is arranged on described frame, the wheel seat and be arranged on road wheel in described walking wheel seat of walking, wherein, described guide rail and described turn-screw be arranged in parallel, described walking wheel seat is arranged on the female pipe of described nozzle, and described road wheel is fastened on the upside of described guide rail.
2. the multi-functional on-line cleaning device for condenser according to claim 1, it is characterized in that: the inboard both ends of described leading screw silk cylinder are provided with respectively the scrubbing tooth, and the silking groove of the corresponding described drive lead screw of the cusp of described scrubbing tooth arranges; The both sides of described guiding mechanism are respectively arranged with the scrubbing scraper plate of corresponding described guide rail.
3. the multi-functional on-line cleaning device for condenser according to claim 1 and 2, it is characterized in that: described transmission mechanism also comprises two groups of bearing blocks that are arranged on described frame, and the two ends of described drive lead screw are arranged on respectively in two groups of described bearing blocks by bearing.
4. the multi-functional on-line cleaning device for condenser according to claim 2, it is characterized in that: described transmission mechanism also comprises connecting lining plate and drive sleeve, wherein, the female pipe of described nozzle is arranged on described connecting lining plate one side, described drive sleeve is arranged on described connecting lining plate opposite side, the two ends of described drive sleeve are separately installed with the drive sleeve end cap, described leading screw silk cylinder is arranged in described drive sleeve and is limited between described drive sleeve end cap, and the cusp of described scrubbing tooth is arranged on outside described drive sleeve end cap.
5. the multi-functional on-line cleaning device for condenser according to claim 1 and 2, it is characterized in that: described guiding mechanism also comprises the guiding connecting lining plate, both sides have respectively the housing of a guide rail hole, spacing wheel seat and the position-limited wheel that is arranged in described spacing wheel seat, wherein, the female pipe of described nozzle is arranged on described guiding connecting lining plate one side, described housing is arranged on described guiding connecting lining plate opposite side, described walking wheel seat and described spacing wheel seat are separately positioned in described housing, described guide rail passes the guide rail hole setting of described housing both sides, described guide rail card is located between described road wheel and described position-limited wheel.
6. the multi-functional on-line cleaning device for condenser according to claim 5, it is characterized in that: described guiding mechanism also comprises wheel seat guide frame and the damping spring that vertically is arranged in described housing, wherein, described walking wheel seat top vertically is plugged in the bottom of described wheel seat guide frame, and described damping spring vertically is arranged between described walking wheel seat top and described wheel seat guide frame inside top.
7. the multi-functional on-line cleaning device for condenser according to claim 6, it is characterized in that: described walking wheel seat top is fixed with lead, described wheel seat guide frame top is provided with pilot hole, and described lead top is plugged in described pilot hole.
8. the multi-functional on-line cleaning device for condenser according to claim 1 and 2 is characterized in that: it comprises the female pipe of two nozzles, and two female pipes of described nozzle be arranged in parallel or are the setting of Eight characters shape.
9. the multi-functional on-line cleaning device for condenser according to claim 8, it is characterized in that: it comprises that also pipe shaft offers the inlet channel of water inlet, waveform pipe nipple pipeline and high-pressure hose, wherein, the two ends of described inlet channel connect respectively the water inlet port of two female pipes of described nozzle; Described water inlet connects described waveform pipe nipple pipeline one end by water-in flange, and the described waveform pipe nipple pipeline other end connects described high-pressure hose one end by adpting flange, and the described high-pressure hose other end is connected with the water-in flange terminal pad; Be respectively installed with pipe nipple spring and flexible pipe spring on described waveform pipe nipple pipeline and described high-pressure hose, the two ends of described pipe nipple spring are connected on described water-in flange and described adpting flange, and the two ends of described flexible pipe spring are connected on described adpting flange and described water-in flange terminal pad.
10. the multi-functional on-line cleaning device for condenser according to claim 1 and 2, it is characterized in that: it comprises two groups of guiding mechanisms, two groups of described guiding mechanisms lay respectively at the both sides up and down of described transmission mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320011323 CN203024648U (en) | 2013-01-10 | 2013-01-10 | Multifunctional online cleaning device for steam condenser |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320011323 CN203024648U (en) | 2013-01-10 | 2013-01-10 | Multifunctional online cleaning device for steam condenser |
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| Publication Number | Publication Date |
|---|---|
| CN203024648U true CN203024648U (en) | 2013-06-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320011323 Withdrawn - After Issue CN203024648U (en) | 2013-01-10 | 2013-01-10 | Multifunctional online cleaning device for steam condenser |
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| CN (1) | CN203024648U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103033088A (en) * | 2013-01-10 | 2013-04-10 | 郑州赛为机电设备有限公司 | Multifunctional online cleaning device for condenser |
| CN103433245A (en) * | 2013-08-29 | 2013-12-11 | 安徽新力电业科技咨询有限责任公司 | Method for cleaning condenser of turbine closed-type circulating water system |
| CN113804050A (en) * | 2021-09-29 | 2021-12-17 | 苏州热工研究院有限公司 | Multi-directional jet cleaning device suitable for steam generator |
-
2013
- 2013-01-10 CN CN 201320011323 patent/CN203024648U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103033088A (en) * | 2013-01-10 | 2013-04-10 | 郑州赛为机电设备有限公司 | Multifunctional online cleaning device for condenser |
| CN103033088B (en) * | 2013-01-10 | 2015-03-11 | 郑州赛为机电设备有限公司 | Multifunctional online cleaning device for condenser |
| CN103433245A (en) * | 2013-08-29 | 2013-12-11 | 安徽新力电业科技咨询有限责任公司 | Method for cleaning condenser of turbine closed-type circulating water system |
| CN103433245B (en) * | 2013-08-29 | 2015-05-27 | 安徽新力电业科技咨询有限责任公司 | Method for cleaning condenser of turbine closed-type circulating water system |
| CN113804050A (en) * | 2021-09-29 | 2021-12-17 | 苏州热工研究院有限公司 | Multi-directional jet cleaning device suitable for steam generator |
| CN113804050B (en) * | 2021-09-29 | 2023-08-22 | 苏州热工研究院有限公司 | Multidirectional jet flow cleaning device suitable for steam generator |
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