CN203944201U - Horizontal vacuum strainer machine - Google Patents
Horizontal vacuum strainer machine Download PDFInfo
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- CN203944201U CN203944201U CN201420349172.5U CN201420349172U CN203944201U CN 203944201 U CN203944201 U CN 203944201U CN 201420349172 U CN201420349172 U CN 201420349172U CN 203944201 U CN203944201 U CN 203944201U
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- wheel assembly
- vacuum
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- assembly
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Abstract
The utility model discloses a kind of horizontal vacuum strainer machine, comprise base, on base, be provided with front doorframe and rear door frame, on rear door frame, be provided with feed liquor storehouse, front, between rear door frame and base, be provided with vacuum strainer mechanism, vacuum strainer mechanism is connected with actuating unit, described vacuum strainer mechanism comprises upper belt-wheel assembly, upper belt-wheel assembly below is provided with lower band wheel assembly, between upper belt-wheel assembly and lower band wheel assembly, be provided with moving axis assembly, upper belt-wheel assembly and lower band wheel assembly are also equipped with vacuum strainer outward, on base, be provided with the mud-scraping apparatus matching with vacuum strainer.The utility model structure is ingenious, novel, operating efficiency is high, the principle that makes full use of material gravity and pull of vacuum realizes carries out Separation of Solid and Liquid to discarded slurry material, avoided because discarded slurry is directly buried, to earth's surface, underground water and crops around, caused the situation of severe contamination to occur.
Description
Technical field
The utility model relates to a kind of oil field welldrilling mud Environmental-protecting treater, especially horizontal vacuum strainer machine.
Background technology
At society, the energy has become the foundation stone product of people's daily life and economic development, more and more important.And oil is as the disposable energy, Main Countries is very high to its interdependency, yet in carrying out the process of oil exploitation, will inevitably produce a large amount of discarded slurries, in the method for processing discarded slurry, be exactly directly to bury in the past, the consequence of doing is like this exactly to local earth's surface, and underground water and crops are around caused and have a strong impact on.
Utility model content
The technical problems to be solved in the utility model be in prior art in carrying out the process of oil exploitation, the processing method of a large amount of discarded slurries of generation is directly to bury, and earth's surface, underground water and crops are around caused to severe contamination and impact.
For solving the problems of the technologies described above, the utility model provides technical scheme as follows:
The utility model horizontal vacuum strainer machine, comprise base, on base, be provided with front doorframe and rear door frame, on rear door frame, be provided with feed liquor storehouse, between forward and backward doorframe and base, be provided with vacuum strainer mechanism, vacuum strainer mechanism is connected with actuating unit, described vacuum strainer mechanism comprises upper belt-wheel assembly, upper belt-wheel assembly below is provided with lower band wheel assembly, between upper belt-wheel assembly and lower band wheel assembly, be provided with moving axis assembly, upper belt-wheel assembly and lower band wheel assembly are also equipped with vacuum strainer outward, are provided with the mud-scraping apparatus matching with vacuum strainer on base.By vacuum strainer mechanism is set, when material is by feed liquor storehouse, while flowing in vacuum strainer mechanism, can utilize pull of vacuum to vacuumize mud Separation of Solid and Liquid to the material being positioned in vacuum strainer mechanism, and to detaching the material of moisture, scrape collection by mud-scraping apparatus.Thereby realized the separating treatment to discarded slurry, avoided because discarded slurry is directly buried, to earth's surface, underground water and crops around, caused the situation of severe contamination to occur.
As preferred version of the present utility model, vacuum strainer comprises vacuum synchronous band, vacuum synchronous band is connected with the liquid trap that is positioned at vacuum synchronous band bottom by vacuum pipe, liquid trap is connected with the moving axis assembly that is positioned at liquid trap bottom by bourdon tube, in vacuum synchronous band outer cover, be equipped with one deck filter screen, the filter screen part tight fit that contacts with vacuum synchronous band top.Moving axis assembly is connected with vacuum generator, when vacuum generator vacuumizes, pull of vacuum flow into bourdon tube, liquid trap, vacuum pipe and vacuum synchronous band successively by moving axis assembly, because filter screen and vacuum synchronous band are tight fits, pull of vacuum vacuumizes water suction operation to the material on filter screen, the moisture of sucking-off flow into vacuum synchronous band, vacuum pipe, liquid trap and bourdon tube more successively through filter screen, through moving axis assembly, flow out again, realize the discharge of separated moisture.
As preferred version of the present utility model, upper belt-wheel assembly number has four, the first upper belt-wheel assembly and the second upper belt-wheel assembly are one group of both sides that are arranged on respectively front doorframe, and the 3rd upper belt-wheel assembly and the 4th upper belt-wheel assembly are one group and are arranged on respectively rear door frame both sides; The first upper belt-wheel assembly is connected with moving axis assembly with actuating unit with the second chain by the first chain respectively; The second upper belt-wheel assembly is connected with actuating unit by the first chain; The 3rd upper belt-wheel assembly is connected with vacuum synchronous band with the 4th upper belt-wheel assembly; Lower band wheel assembly number has four, is arranged on base respectively, under each, with wheel assembly, by a lower belt wheel wheel shaft and the second synchronous pulley being nested with on lower belt wheel wheel shaft, forms, and the second synchronous pulley is connected with vacuum synchronous band.Upper belt-wheel assembly and rotatablely move for supporting and driving to be positioned at wheel assembly and lower vacuum strainer with wheel assembly outside with wheel assembly down, vacuumizes Separation of Solid and Liquid so that material flows to filter screen from feed liquor storehouse endlessly.
As preferred version of the present utility model, actuating unit comprises the line shaft being arranged on front doorframe, the 3rd sprocket wheel is equipped with respectively at line shaft two ends, the 3rd sprocket wheel is connected with the second sprocket wheel of the second upper belt-wheel assembly with the first upper belt-wheel assembly by two the first chains, and line shaft end is connected with reductor, buncher and motor successively.Actuating unit is used for driving the first upper belt-wheel assembly and the second upper belt-wheel assembly to rotate, first, second upper belt-wheel assembly drives the rotation of vacuum synchronous band when rotating, the rotation of vacuum synchronous band drives again the 3rd upper belt-wheel assembly, the 4th upper belt-wheel assembly, lower band wheel assembly and filter screen to rotate; And the rotation of the first upper belt-wheel assembly drives the rotation of rotating sleeve in moving axis assembly simultaneously, to realize rotation sleeve and vacuum synchronous band, synchronously rotate.
As preferred version of the present utility model, moving axis assembly comprises motionless hollow core shaft and is nested with the rotation sleeve in motionless hollow core shaft, turning set shaft rear end is provided with the 4th sprocket wheel, the 4th sprocket wheel is connected with the first sprocket wheel of upper belt-wheel assembly by the second chain, and bourdon tube is connected with the connecting hole that rotates sleeve.The rotation sleeve of moving axis assembly is along with the first upper belt-wheel assembly and vacuum synchronous band synchronously rotate under the drive of the second chain, and motionless hollow core shaft is for carrying out centralized recovery to the liquid after separation.
As preferred version of the present utility model, also comprise the filter screen adjusting device being arranged on base, described filter screen adjusting device comprises rod lever regulate rocking bar and the positive and negative adjusting screw arranging with the activity of rod lever regulate rocking bar.Filter screen adjusting device regulates filter screen for tensioning, makes to keep tight fit between filter screen and vacuum synchronous band, prevents that suction is too small during loose vacuumizing excessively affects the effect that solid-liquid is shared due to filter screen.
As preferred version of the present utility model, also comprise the flusher being arranged on base, the recoil material trough that described flusher comprises recoil tube and matches with recoil tube.Described flusher, by utilizing gases at high pressure to recoil to stopping up the fine particle of mesh by recoil tube, receives by recoil material trough the material residue particles that recoil is fallen, and to clean filter screen, thereby realizes the periodic duty of horizontal vacuum strainer machine.
As preferred version of the present utility model, also comprise the filter screen guider being arranged on base, described filter screen guider comprises bearing block and is arranged on the rubber roll on bearing block.Filter screen guider also plays tension when guiding for the motion path work to filter screen, so that the scraping blade of mud-scraping apparatus scrapes collection to having carried out the material of separated moisture on the local filter screen after guiding.
As preferred version of the present utility model, mud-scraping apparatus comprises the bearing being arranged on base, and bearing is connected with scraping blade by bogie, and scraping blade matches with filter screen outer surface.Scraping blade can regulate by bogie the contact position of scraping blade and filter screen, to better scrape collection will carry out the material of separated moisture on filter screen.
As preferred version of the present utility model, also comprise the mobile tensioning apparatus that is arranged on rear door frame and moving axis assembly, described mobile tensioning apparatus comprises fixed head, fixed head is connected with the slide plate slides that is positioned at fixed head top by adjusting bolt.By being set, mobile tensioning apparatus can move the position that regulates rear door frame and moving axis assembly, to make vacuum synchronous band and the second chain keep tensioning.
In sum, the utility model horizontal vacuum strainer machine structure is ingenious, novel, operating efficiency is high, the principle that makes full use of material gravity and pull of vacuum realizes carries out Separation of Solid and Liquid to discarded slurry material, avoided because discarded slurry is directly buried, to earth's surface, underground water and crops around, caused the situation of severe contamination to occur.
Accompanying drawing explanation
Fig. 1 is the front view of the utility model horizontal vacuum strainer machine.
Fig. 2 is the side view of the utility model horizontal vacuum strainer machine.
Fig. 3 is the structural representation of the vacuum synchronous band of the utility model horizontal vacuum strainer machine.
Fig. 4 is the stereogram of the turning cylinder assembly of the utility model horizontal vacuum strainer machine.
Fig. 5 is the front view of the turning cylinder assembly of the utility model horizontal vacuum strainer machine.
Fig. 6 is the A portion enlarged drawing of Fig. 5 of the turning cylinder assembly of the utility model horizontal vacuum strainer machine.
Fig. 7 is the structural representation of the first upper belt-wheel assembly of the utility model horizontal vacuum strainer machine.
Fig. 8 is the structural representation of the second upper belt-wheel assembly of the utility model horizontal vacuum strainer machine.
Fig. 9 is the structural representation of the 3rd upper belt-wheel assembly of the utility model horizontal vacuum strainer machine.
The specific embodiment
As shown in Figure 1 to 9, the utility model horizontal vacuum strainer machine, comprise base 1, doorframe 13 and rear door frame 26 before being respectively arranged with on base, between forward and backward doorframe and base 1, be provided with for mud material being realized to the vacuum strainer mechanism of Separation of Solid and Liquid, vacuum strainer mechanism is anterior to be connected with the actuating unit being arranged on front doorframe 13, is provided with feed liquor storehouse 25 on rear door frame 26, and feed liquor storehouse 25 is connected with vacuum strainer mechanism rear portion.
Vacuum strainer mechanism comprises upper belt-wheel assembly 10, lower band wheel assembly 19 and moving axis assembly 22.
Outside upper belt-wheel assembly 10 and lower band wheel assembly 19, be equipped with vacuum strainer.When material flow in vacuum strainer mechanism by being positioned at the feed liquor storehouse 25 at vacuum strainer mechanism rear portion, thereby vacuum strainer mechanism can utilize pull of vacuum to vacuumize mud Separation of Solid and Liquid and realized the separating treatment to discarded slurry being positioned at material in vacuum strainer mechanism.
Vacuum strainer is inverted trapezoidal, vacuum strainer comprises vacuum synchronous band 17, vacuum synchronous band 17 is connected with the liquid trap 20 that is positioned at vacuum synchronous band bottom by vacuum pipe 24, the all corresponding bourdon tube of each liquid trap, each liquid trap 20 is all connected (figure only schematically provides a bourdon tube) with the moving axis assembly 22 that is arranged in liquid trap bottom by bourdon tube 21, in vacuum synchronous band 17 outer cover, be equipped with one deck filter screen 2, described filter screen 2 can be metal screen, filter screen 2 and vacuum synchronous band 17 tight fits.
Upper belt-wheel assembly 10 and rotatablely move for supporting and driving to be nested with at upper belt-wheel assembly and lower vacuum strainer with wheel assembly outside with wheel assembly 19 down, vacuumizes Separation of Solid and Liquid so that material flows to filter screen from feed liquor storehouse endlessly.
Upper belt-wheel assembly 10 numbers have four, are respectively the first upper belt-wheel assembly 10-1, the second upper belt-wheel assembly 10-2, the 3rd upper belt-wheel assembly 10-3 and the 4th upper belt-wheel assembly.The first upper belt-wheel assembly 10-1 is connected with actuating unit, by the second chain 18, is connected with moving axis assembly by the first chain 15, the second upper belt-wheel assembly 10-2 is connected with actuating unit by the first chain 15, the first upper belt-wheel assembly 10-1 and the second upper belt-wheel assembly 10-2 are used to vacuum synchronous band 17 that power is provided, drive vacuum synchronous band 17 to rotate, the 3rd upper belt-wheel assembly 10-3 and the 4th upper belt-wheel assembly are driven pulley, follow the rotation of vacuum synchronous band 17 and rotate.
The first upper belt-wheel assembly 10-1 and the second upper belt-wheel assembly 10-2 are one group of both sides that are arranged on respectively front doorframe 13, and the 3rd upper belt-wheel assembly 10-3 and the 4th upper belt-wheel assembly are one group and are arranged on respectively rear door frame 26 both sides.
The first upper belt-wheel assembly 10-1 is comprised of a upper belt-wheel wheel shaft 37a and the first sprocket wheel 11a, the second sprocket wheel 12a, the first synchronous pulley 33a that are nested with on upper belt-wheel wheel shaft 37a, the first sprocket wheel 11a of the first upper belt-wheel assembly 10-1 is connected with moving axis assembly by the second chain 18, on first, the second sprocket wheel 12a of wheel assembly 10-1 is connected with actuating unit by the first chain 15, and the first synchronous pulley 33a is connected with vacuum synchronous band 17.
The second upper belt-wheel assembly 10-2 is comprised of a upper belt-wheel wheel shaft 37b and the second sprocket wheel 12b, the first synchronous pulley 33b that are nested with on upper belt-wheel wheel shaft 37b, and the second sprocket wheel 12b of the second upper belt-wheel assembly 10-2 is connected (due to not shown the first chain being connected with the second upper belt-wheel assembly in view relation Figure of description) by the first chain 15 with actuating unit.
The 3rd upper belt-wheel assembly 10-3 comprises upper belt-wheel wheel shaft 37c and be arranged on the first synchronous pulley 33c on upper belt-wheel wheel shaft 37c, and the first Toothed belt pulley 33c of the 3rd upper belt-wheel assembly 10-3 is connected with vacuum synchronous band 17.The 4th upper belt-wheel assembly is with the 3rd upper belt-wheel assembly 10-3 structure is identical is also connected with vacuum synchronous band.
Lower band wheel assembly 19 numbers have four, two to be one group, under first group, be with wheel assembly to be symmetricly set on base 1 both sides, be arranged in moving axis assembly 22 left sides (Fig. 1 view), under second group, be with wheel assembly to be symmetricly set on base 1 both sides, be arranged in moving axis assembly 22 right sides (Fig. 1 view), make final upper belt-wheel assembly 10 and the lower relation that arranges with wheel assembly 19 be inverted trapezoidal setting.Under each, with wheel assembly 19, by a lower belt wheel wheel shaft and the second synchronous pulley being nested with on lower belt wheel wheel shaft, form, the second synchronous pulley is connected with vacuum synchronous band 17.
Moving axis assembly 22 is arranged between the upper belt-wheel assembly 10 and lower band wheel assembly 19 that is inverted trapezoidal setting, moving axis assembly 22 comprises motionless hollow core shaft 32 and is nested with the rotation sleeve 31 in motionless hollow core shaft, rotate sleeve 31 and along circumference place, be provided with the connecting hole 34 for being connected with bourdon tube, between motionless hollow core shaft 32 and rotation sleeve 31, be provided with sealing ring 35, described sealing ring 35 can be O-ring seals, sealing ring 35 for keeping sealing when rotating sleeve 31 with respect to motionless hollow core shaft 32 rotation, prevent that the gas leakage vacuumizing from causing the too low problem of air pressure to occur, in motionless hollow core shaft 32, be provided with leaking hole 36, leaking hole 36 is arranged on the rotating contact portion that rotates sleeve 31 connecting holes, the water of extracting out from material flow into bourdon tube from liquid trap, flow into again the connecting hole rotating on sleeve 31, in motionless hollow core shaft 32 rotary courses, connecting hole 34 can overlap with leaking hole 36 water is flow in motionless hollow core shaft 32 from rotating sleeve 31.Rotate sleeve 31 rear ends the 4th sprocket wheel 23 is installed, the 4th sprocket wheel 23 is connected with the first sprocket wheel 11 of the first upper belt-wheel assembly by the second chain 18, bourdon tube 21 is connected with rotation sleeve 31, and the first synchronous pulley of four upper belt-wheel assemblies is all connected with vacuum synchronous band 17.The second synchronous pulley with wheel assembly 19 under four is also all connected with vacuum synchronous band 17.The rotation sleeve 31 of moving axis assembly 22 synchronously rotates with vacuum synchronous band 17 under the drive of the second chain 18, and motionless hollow core shaft 32 is carried out centralized recovery for the liquid to after separation.Moving axis assembly 22 is connected with vacuum generator, when vacuum generator vacuumizes, pull of vacuum flow into bourdon tube 21, liquid trap 20, vacuum pipe 24 and vacuum synchronous band 17 successively by moving axis assembly, because filter screen 2 is tight fits with vacuum synchronous band 17, pull of vacuum vacuumizes water suction operation to the material on filter screen 2, the moisture of sucking-off flow into vacuum synchronous band 17, vacuum pipe 24, liquid trap 20 and bourdon tube 31 more successively through filter screen 2, through moving axis assembly 22, flow out again, realize the discharge of separated moisture.
Actuating unit is used to this horizontal vacuum strainer machine that power is provided, actuating unit comprises the line shaft 16 being arranged on front doorframe 13, at line shaft 16 two ends, the 3rd sprocket wheel 14 is housed, the 3rd sprocket wheel 14 is connected with the second sprocket wheel 12 of the first upper belt-wheel assembly by the first chain 15, the 3rd sprocket wheel 14 is also connected with the second sprocket wheel 12 of the second upper belt-wheel assembly by the first chain 15, and line shaft 16 ends are connected with reductor 30, buncher 29 and motor 28 successively.Actuating unit drives the first upper belt-wheel assembly 10-1 and the second upper belt-wheel assembly 10-2 to rotate, upper belt-wheel assembly 10 drives the rotation of vacuum synchronous band when rotating, the rotation band electric filter of vacuum synchronous band rotates, and material to be separated rotates with filter screen, thus periodic duty.
On base 1, be provided with the rod lever regulate rocking bar 4 that regulates filter screen to make to keep friction tight filter screen adjusting device, described filter screen adjusting device to comprise between filter screen and vacuum synchronous band to be arranged on base for tensioning and with the positive and negative adjusting screw 3 of the movable setting of rod lever regulate rocking bar.Filter screen adjusting device makes to keep tight fit between filter screen 2 and vacuum synchronous band 17, prevents that suction is too small affects the effect that solid-liquid is shared because the existence in space causes when vacuumizing because filter screen 2 is crossed pine.
On base 1, be provided with for filter screen being realized to the filter screen guider of local guiding tensioning, described filter screen guider comprises bearing block 8 and is arranged on the rubber roll 7 on bearing block.Filter screen guider also plays tension when guiding for the motion path work to filter screen, so that the scraping blade of mud-scraping apparatus 9 scrapes collection to having carried out the material of separated moisture on the local filter screen after guiding.
On base 1, be provided with and match with vacuum strainer, for tensioning, regulate filter screen to make to keep between filter screen and vacuum synchronous band friction tight filter screen adjusting device, mud-scraping apparatus 9 comprises the bearing being arranged on base 1, on bearing, be provided with bogie, scraping blade is installed on bogie, and scraping blade matches with filter screen outer surface.Scraping blade can regulate by bogie the contact position of scraping blade and filter screen 2, to better scrape collection to carrying out the material of separated moisture on filter screen 2.
On base, be provided with the flusher of realizing the periodic duty of horizontal vacuum strainer machine for cleaning filter screen, the recoil material trough 6 that described flusher comprises recoil tube 5 and matches with recoil tube.Described flusher utilizes gases at high pressure by utilizing 5 pairs of fine particles that stop up mesh of recoil tube to recoil, and by recoil material trough 6, receives the material residue particles that recoil is fallen, and to clean filter screen, thereby realizes the periodic duty of horizontal vacuum strainer machine.
At rear door frame 26 and moving axis assembly 22 bottoms, be provided with the mobile tensioning apparatus 27 that makes vacuum synchronous band maintenance tensioning for the position of mobile adjusting rear door frame and moving axis assembly, described mobile tensioning apparatus 27 comprises fixed head, and fixed head is connected with the slide plate slides that is positioned at fixed head top by adjusting bolt.By being set, mobile tensioning apparatus can move the position that regulates rear door frame and moving axis assembly, to make vacuum synchronous band and the second chain keep tensioning.
Operation principle of the present utility model is:
Starter motor 28 and the vacuum generator being connected with moving axis assembly 22, motor 28 drives line shaft 16 to rotate by buncher 29 and reductor 30, the 3rd sprocket wheel 14 on line shaft 16 drives the second sprocket rotation of the second sprocket wheel 12 and the second upper belt-wheel assembly that are positioned at the first upper belt-wheel assembly on front doorframe by the first chain 15, thereby drive the first upper belt-wheel assembly and the second upper belt-wheel assembly to rotate, the first upper belt-wheel assembly and the second upper belt-wheel assembly drive vacuum strainer to rotate when rotating, vacuum strainer rotates and drives the 3rd upper belt-wheel assembly and the 4th upper belt-wheel assembly that are positioned on rear door frame to rotate, then drive the lower band wheel assembly 19 that is positioned at upper belt-wheel assembly below to rotate, to realize, be nested with at upper belt-wheel assembly and lower to the vacuum strainer rotation outside wheel assembly.Due to filter screen 2, vacuum synchronous band 17, vacuum pipe 24, liquid trap 20, the airtight working region forming between bourdon tube 21 and turning cylinder assembly 22, when moving axis assembly 22 is when vacuum generator vacuumizes, pull of vacuum flow into bourdon tube 21 successively by moving axis assembly, liquid trap 20, vacuum pipe 24 and vacuum synchronous band 17, because filter screen 2 is tight fits with vacuum synchronous band 17, pull of vacuum vacuumizes water suction operation to the material on filter screen 2, the moisture of sucking-off flow into vacuum synchronous band 17 more successively through filter screen 2, vacuum pipe 24, liquid trap 20 and bourdon tube 21, motionless hollow core shaft 32 through moving axis assembly 22 enters vacuum generator again, unify to reclaim.The material draining carries out separated with filter screen 9 by mud-scraping apparatus 9, scrapes filter screen 2 after mud by the cleaning device cleaning that recoils, and prevents that opening of sieve is blocked.
Due to the vacuum synchronous band 17 of vacuum strainer with rotate sleeve 31 and synchronize rotation, can prevent that bourdon tube 21 is wound around in the course of the work, in addition under the work of vacuum generator, working region on vacuum strainer is always in vacuum state, can realize and circulating and lasting work, greatly improve the treating capacity of discarded slurry being implemented to Separation of Solid and Liquid.
Below by reference to the accompanying drawings preferred embodiment of the present utility model is described in detail, but the utility model is not limited to above-mentioned embodiment, the material that for example filter screen also can real identical function by other is made, and for example flusher and tensioning apparatus are not indispensable, can delete or replace, in a word, in the ken possessing affiliated technical field technical staff, can also under the prerequisite that does not depart from the utility model aim, make various variations.
Claims (10)
1. a horizontal vacuum strainer machine, comprise base (1), on base, be provided with front doorframe (13) and rear door frame (26), on rear door frame (26), be provided with feed liquor storehouse (25), front, between rear door frame and base, be provided with vacuum strainer mechanism, vacuum strainer mechanism is connected with actuating unit, it is characterized in that: described vacuum strainer mechanism comprises upper belt-wheel assembly (10), upper belt-wheel assembly below is provided with lower band wheel assembly (19), between upper belt-wheel assembly (10) and lower band wheel assembly (19), be provided with moving axis assembly (22), upper belt-wheel assembly (10) and the outer vacuum strainer that is also equipped with of lower band wheel assembly (19), on base (1), be provided with the mud-scraping apparatus (9) matching with vacuum strainer.
2. horizontal vacuum strainer machine according to claim 1, it is characterized in that: described vacuum strainer comprises vacuum synchronous band (17), vacuum synchronous band (17) is connected with the liquid trap (20) that is positioned at vacuum synchronous band bottom by vacuum pipe (24), liquid trap (20) is connected with the moving axis assembly (22) that is positioned at liquid trap bottom by bourdon tube (21), in vacuum synchronous band (17) outer cover, be equipped with one deck filter screen (2), filter screen (2) the part tight fit that contacts with vacuum synchronous band (17) top.
3. horizontal vacuum strainer machine according to claim 2, it is characterized in that: described upper belt-wheel assembly (10) number has four, the first upper belt-wheel assembly (10-1) and the second upper belt-wheel assembly (10-2) are one group of both sides that are arranged on respectively front doorframe (13), and the 3rd upper belt-wheel assembly (10-3) and the 4th upper belt-wheel assembly are one group and are arranged on respectively rear door frame (26) both sides; The first upper belt-wheel assembly (10-1) is connected with moving axis assembly with actuating unit with the second chain (18) by the first chain (15) respectively; The second upper belt-wheel assembly (10-2) is connected with actuating unit by the first chain (15); The 3rd upper belt-wheel assembly (10-3) is connected with vacuum synchronous band (17) with the 4th upper belt-wheel assembly; Lower band wheel assembly (19) number has four, is arranged on base (1) respectively, each lower band wheel assembly (19) is by a lower belt wheel wheel shaft and be nested with the second synchronous pulley composition on lower belt wheel wheel shaft, and the second synchronous pulley is connected with vacuum synchronous band (17).
4. horizontal vacuum strainer machine according to claim 3, it is characterized in that: described actuating unit comprises the line shaft (16) being arranged on front doorframe, the 3rd sprocket wheel (14) is equipped with respectively at line shaft two ends, the 3rd sprocket wheel (14) is connected with the second sprocket wheel (12) on the second upper belt-wheel assembly (10-2) by the first chain (15) difference the first upper belt-wheel assembly (10-1), and line shaft (16) end is connected with reductor (30), buncher (29) and motor (28) successively.
5. horizontal vacuum strainer machine according to claim 4, it is characterized in that: described moving axis assembly (22) comprises motionless hollow core shaft (32), in motionless hollow core shaft, be equipped with and rotate sleeve (31), rotate sleeve (31) rear end the 4th sprocket wheel (23) is installed, the 4th sprocket wheel (23) is connected with first sprocket wheel (11) of the first upper belt-wheel assembly (10-1) by the second chain (18), and bourdon tube (21) is connected with the connecting hole that rotates sleeve (31).
6. according to the horizontal vacuum strainer machine described in claim 1 to 5 any one, it is characterized in that: also comprise the filter screen adjusting device being arranged on base, described filter screen adjusting device comprises rod lever regulate rocking bar (4) and the positive and negative adjusting screw (3) arranging with the activity of rod lever regulate rocking bar.
7. according to the horizontal vacuum strainer machine described in claim 1 to 5 any one, it is characterized in that: also comprise the flusher being arranged on base, the recoil material trough (6) that described flusher comprises recoil tube (5) and matches with recoil tube.
8. according to the horizontal vacuum strainer machine described in claim 1 to 5 any one, it is characterized in that: also comprise the filter screen guider being arranged on base, described filter screen guider comprises bearing block (8) and is arranged on the rubber roll (7) on bearing block.
9. horizontal vacuum strainer machine according to claim 1, is characterized in that: described mud-scraping apparatus (9) comprises the bearing being arranged on base, and bearing is connected with scraping blade by bogie.
10. horizontal vacuum strainer machine according to claim 1, it is characterized in that: also comprise the mobile tensioning apparatus (27) that is arranged on rear door frame and moving axis assembly, described mobile tensioning apparatus (27) comprises fixed head, and fixed head is connected with the slide plate slides that is positioned at fixed head top by adjusting bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349172.5U CN203944201U (en) | 2014-06-27 | 2014-06-27 | Horizontal vacuum strainer machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420349172.5U CN203944201U (en) | 2014-06-27 | 2014-06-27 | Horizontal vacuum strainer machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203944201U true CN203944201U (en) | 2014-11-19 |
Family
ID=51886263
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420349172.5U Expired - Fee Related CN203944201U (en) | 2014-06-27 | 2014-06-27 | Horizontal vacuum strainer machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203944201U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115228164A (en) * | 2022-07-27 | 2022-10-25 | 顾正良 | Industrial sewage treatment equipment |
-
2014
- 2014-06-27 CN CN201420349172.5U patent/CN203944201U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115228164A (en) * | 2022-07-27 | 2022-10-25 | 顾正良 | Industrial sewage treatment equipment |
| CN115228164B (en) * | 2022-07-27 | 2023-08-15 | 广东华瑞环保有限公司 | Industrial sewage treatment equipment |
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Legal Events
| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C53 | Correction of patent for invention or patent application | ||
| CB03 | Change of inventor or designer information |
Inventor after: Lin Lei Inventor after: Yan Haitao Inventor before: Lin Fu Inventor before: Yan Haitao |
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| COR | Change of bibliographic data |
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