CN203777761U - Full-automatic backwash filter - Google Patents

Full-automatic backwash filter Download PDF

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Publication number
CN203777761U
CN203777761U CN201420134602.1U CN201420134602U CN203777761U CN 203777761 U CN203777761 U CN 203777761U CN 201420134602 U CN201420134602 U CN 201420134602U CN 203777761 U CN203777761 U CN 203777761U
Authority
CN
China
Prior art keywords
valve
filter
shell
butterfly valve
housing
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201420134602.1U
Other languages
Chinese (zh)
Inventor
李春庄
杨晋
王拥军
牛福忙
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
CHANGYE CITY GOD HORSE TECHNOLOGY Co Ltd
Original Assignee
CHANGYE CITY GOD HORSE TECHNOLOGY Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by CHANGYE CITY GOD HORSE TECHNOLOGY Co Ltd filed Critical CHANGYE CITY GOD HORSE TECHNOLOGY Co Ltd
Priority to CN201420134602.1U priority Critical patent/CN203777761U/en
Application granted granted Critical
Publication of CN203777761U publication Critical patent/CN203777761U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a full-automatic backwash filter, belongs to the technical field of a filter, and aims at solving the technical problem of providing a backwash filter which is simple in structure, good in withstand voltage and convenient to use. The adopted technical scheme is as follows: a filter crown, a filter bottom, a filter net and a valve body are arranged inside a housing; the filter crown is fixedly connected to the upper end of the vertical filter net; the filter bottom is fixedly connected to the lower end of the vertical filter net; the lower end of the filter bottom is embedded inside a groove in the top of the valve body; one end of a blow-off pipe is fixedly connected with the valve body; the other end of the blow-off pipe is fixedly connected with the housing after passing through the housing; a valve, an upper diaphragm, a shock insulator and a lower diaphragm are sequentially arranged inside the valve body from top to bottom; a fixed rack is arranged below the valve body; a lower hoop pipe joint sleeved with the housing and a lower end shell is arranged at the joint of the lower end of the housing and the lower end shell; an upper hoop pipe joint sleeved with the housing and the lower end shell is arranged at the joint of the upper end of the housing and an upper end shell. Therefore, the full-automatic backwash filter is applied to filtering of fluid.

Description

A kind of full-automatic back washing filter
Technical field
A full-automatic back washing filter, belongs to filter technology field.
Background technology
Existing automatic backwashing filter, a kind of filter for the foreign like product of imitation, not only lacks novelty, and it is not smart to do manual work, and withstand voltage is on the low side, and suitable environment is more single; Another kind is with balanced valve, to control magnetic valve to realize backwash, not only complex structure but also be only applicable to possess in the environment of power supply.
Utility model content
The utility model overcomes the deficiency that prior art exists, technical problem to be solved be to provide a kind of simple in structure, withstand voltage good, backwash filter easy to use.
For solving the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of full-automatic back washing filter, comprise shell, filter hat, the filter end, filter screen, upper butterfly valve, lower butterfly valve, pull bar, valve body, valve, blow-off pipe, upper barrier film, lower diaphragm plate, abnormity pad, dottle pin, connect spiral shell, attachment screw, fixed mount, upper end housing and lower end housing, described filter hat, the filter end, filter screen, valve body is all arranged on enclosure, and filter hat is connected in the upper end of vertical filter screen, the filter end, is connected in the lower end of vertical filter screen, outer casing inner wall in the filter side of labeling is provided with for blocking the groove of interior jump ring, lower end at the bottom of described filter is embedded in the top groove of valve body, described blow-off pipe one end and valve body are connected, the other end is connected with shell through after shell, at the outside groove that has sealing ring in embedding of described filter hat, at the bottom of described filter, outside has the groove that embeds lower seal,
The middle and upper part of described filter screen inside is fixed with mandrel and upper arresting pin in level, middle and lower part is fixed with mandrel and lower limit pin under level, the centre bore matched in clearance of described upper mandrel and described upper butterfly valve, described upper arresting pin carries out spacing to the upper butterfly valve of level, the centre bore matched in clearance of described lower mandrel and described lower butterfly valve, described lower limit pin carries out spacing to the lower butterfly valve of level, and the centre bore of the centre bore of upper butterfly valve and lower butterfly valve is offset respectively the both sides at filter screen axis, described upper butterfly valve and lower butterfly valve are hinged with one end of pull bar respectively, and pull bar is connected with the end of lower butterfly valve the same side with upper butterfly valve,
Described valve inner is disposed with valve from top to bottom, upper barrier film, dottle pin, lower diaphragm plate, at upper barrier film, dottle pin, the outer setting of lower diaphragm plate has abnormity pad, and the inwall of described abnormity pad is provided with for blocking the groove at upper barrier film and lower diaphragm plate two ends, below valve body, be also provided with fixed mount, bottom center at fixed mount is provided with jacking block, the described spiral shell that connects is successively through lower diaphragm plate, dottle pin, after upper barrier film, be threaded with valve lower end, and connecing spiral shell lower end and jacking block outside is also socketed with spring, described attachment screw is respectively successively through fixed mount, lower diaphragm plate, abnormity pad, after upper barrier film, be threaded with both sides, valve lower end,
In the junction of described shell lower end and described lower end housing, be provided with the lower catch hoop pipe joint of socket shell and lower end housing, described shell upper end and described on the junction of end housing be provided with the front band pipe joint of socket shell and lower end housing.
The center line of described shell, filter screen, valve, upper barrier film, dottle pin, lower diaphragm plate, special-shaped pad, valve body and fixed mount is on same straight line.
Described jacking block is movable, is provided with the adjusting bolt contacting with jacking block through fixed mount bottom thread hole in described fixed mount lower end.
Described filter screen is the cylinder of MULTILAYER COMPOSITE.
Compared to the prior art the utility model has following beneficial effect.
One, due to being designed to that the utility model adopts: upper butterfly valve centre bore and lower butterfly valve centre bore are offset to respectively housing axis both sides; By spring, the jacking block of fixed mount is connected with the spiral shell elasticity that connects of valve lower end, valve can be up and down at valve inner.When liquid enters after filter screen from the entrance of upper end housing, because upper butterfly valve and lower butterfly valve are the fluid pressure that a long-armed side produces and are greater than the pressure that galianconism one side produces, above butterfly valve starts to clockwise rotate around upper mandrel, go up butterfly valve and drive pull bar simultaneously, pull bar drives lower butterfly valve to start clockwise motion, now the liquid pressure of filter screen inside acts on valve, outside liquid pressure acts on the lower end of barrier film, when the pressure of filter screen inside approaches external pressure, external pressure is greater than the active force of filter screen internal liquid pressure to valve to the active force of barrier film and spring pressure sum, valve is in closure state, now go up butterfly valve and turn to gradually vertical opening, lower butterfly valve also turns to the closed condition of level simultaneously, at this moment water (flow) direction is normal duty,
Along with liquid continuous inflow filter screen, under liquid effects, butterfly valve starts to rotate counterclockwise around lower mandrel, with the pull bar of butterfly valve drive at present, pull bar drives upper butterfly valve to start counterclockwise motion, when filter screen internal pressure is greater than external pressure certain value, internal pressure is greater than external pressure to barrier film and acting force of the spring sum to the active force of valve, valve is in opening, when valve is opened, lower butterfly valve turns to vertical opening gradually, upper butterfly valve also turns to the closed condition of level simultaneously, the inside and outside formation reverse differential pressure of filter screen, liquid carries out backwash to filter screen from outside to inside and discharges through blow-off pipe, water (flow) direction is backwash state.Backwash completes, and filter screen internal pressure and external pressure reach unanimity, and the power that liquid pressure acts on valve is less than the active force sum that acts on barrier film and spring, and valve is again in closure state, and the utility model returns to normal duty;
The utility model is not only simple in structure, and processing ease, can realize easily the work of automatic backwash, is also difficult for breaking down simultaneously, even if break down, keeps in repair also easier.
Two, the utility model adopts the design of two barrier films, and barrier film and lower diaphragm plate are set below valve, and the design of this pair of barrier film has improved withstand voltage greatly, and backwash effect is good simultaneously.
Three, the jacking block of the utility model fixed mount is movable, and in fixed mount lower end, be provided with the adjusting bolt contacting with jacking block through fixed mount bottom thread hole, like this can be by the height that is screwed into, back-outs to regulate jacking block of adjusting bolt, and then coming regulating spring to dock the active force of spiral shell, it is convenient flexible that this design is used the utility model.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is further described.
Fig. 1 is the structural representation of the utility model valve while closing.
Structural representation when Fig. 2 is the unlatching of the utility model valve.
In figure, 1 is upper end housing, 2 is front band pipe joint, 3 is filter hat, 4 is upper mandrel, 5 is shell, 6 is pull bar, 7 is the filter end, 8 is lower seal, 9 is valve, 10 is blow-off pipe, 11 is upper barrier film, 12 is lower diaphragm plate, 13 is attachment screw, 14 for connecing spiral shell, 15 is spring, 16 is jacking block, 17 is adjusting bolt, 18 is fixed mount, 19 is lower end housing, 20 is lower catch hoop pipe joint, 21 is abnormity pad, 22 is dottle pin, 23 is valve body, 24 is lower limit pin, 25 is lower mandrel, 26 is lower butterfly valve, 27 is filter screen, 28 is upper butterfly valve, 29 is upper arresting pin, 30 is upper sealing ring, 31 is interior jump ring.
The specific embodiment
Embodiment mono-
As Fig. 1, shown in Fig. 2, a kind of full-automatic back washing filter, comprise shell 5, filter hat 3, the filter end 7, filter screen 27, upper butterfly valve 28, lower butterfly valve 26, pull bar 6, valve body 23, valve 9, blow-off pipe 10, upper barrier film 11, lower diaphragm plate 12, abnormity pad 21, dottle pin 22, connect spiral shell 14, attachment screw 13, fixed mount 18, upper end housing 1 and lower end housing 19, described filter hat 3, the filter end 7, filter screen 27, valve body 23 is all arranged on shell 5 inside, and filter hat 3 is connected in the upper end of vertical filter screen 27, the filter end 7, is connected in the lower end of vertical filter screen 27, shell 5 inwalls above filter hat 3 are provided with for blocking the groove of interior jump ring 31, at the bottom of described filter, 7 lower end is embedded in the top groove of valve body 23, described one end and valve body 23 are connected, the other end passes shell 5 afterwards and shell 5 is connected, in described filter, be preced with the groove that 3 outsides have sealing ring 30 in embedding, at the bottom of described filter, 7 outsides have the groove that embeds lower seal 8,
The middle and upper part of described filter screen 27 inside is fixed with mandrel 4 and upper arresting pin 29 in level, middle and lower part is fixed with mandrel 25 and lower limit pin 24 under level, and the centre bore of the centre bore of upper mandrel 4 and lower mandrel 25 is offset respectively the both sides at filter screen 27 axis, the core axle hole matched in clearance of described upper mandrel 4 and described upper butterfly valve 28, the upper butterfly valve 28 of 29 pairs of levels of described upper arresting pin carries out spacing, the core axle hole matched in clearance of described lower mandrel 25 and described lower butterfly valve 26, the lower butterfly valve 26 of 24 pairs of levels of described lower limit pin carries out spacing, described upper butterfly valve 28 and lower butterfly valve 26 are hinged with one end of pull bar 6 respectively, and pull bar 6 is connected with the end of lower butterfly valve 26 the same sides with upper butterfly valve 28,
Described valve body 23 inside are disposed with valve 9 from top to bottom, upper barrier film 11, dottle pin 22, lower diaphragm plate 12, at upper barrier film 11, dottle pin 23, the outer setting of lower diaphragm plate 12 has abnormity pad 21, and the inwall of described abnormity pad 21 is provided with for blocking the groove at upper barrier film 11 and lower diaphragm plate 12 two ends, lower end at valve body 23 is also provided with fixed mount 18, in the bottom of fixed mount 18, be provided with jacking block 16, the described spiral shell 14 that connects is successively through lower diaphragm plate 12, dottle pin 22, after upper barrier film 11, be threaded with valve 9 lower ends, and connecing spiral shell 14 lower ends and jacking block 16 outsides are also socketed with spring 15, described attachment screw 13 is respectively successively through fixed mount 18, lower diaphragm plate 12, abnormity pad 21, after upper barrier film 11, be threaded with valve 9 both sides, lower end,
In the junction of described shell 5 lower ends and described lower end housing 19, be provided with the lower catch hoop pipe joint 20 of socket shell 5 and lower end housing 19, described shell 5 upper ends and described on the junction of end housing 1 be provided with the front band pipe joint 2 of socket shell 5 and lower end housing 1.
The center line of described shell 5, filter screen 27, valve 9, upper barrier film 11, dottle pin 22, lower diaphragm plate 12, abnormity pad 21, valve body 23 and fixed mount 18 is on same straight line.
The cylinder that described filter screen 27 is MULTILAYER COMPOSITE.
Described front band pipe joint 2, lower catch hoop pipe joint 20, valve 9, upper butterfly valve 28, lower butterfly valve 26, upper barrier film 11, lower diaphragm plate 12, abnormity pad 21, dottle pin 22, interior jump ring 31 are prior art.
Embodiment bis-
As Fig. 1, shown in Fig. 2, a kind of full-automatic back washing filter, comprise shell 5, filter hat 3, the filter end 7, filter screen 27, upper butterfly valve 28, lower butterfly valve 26, pull bar 6, valve body 23, valve 9, blow-off pipe 10, upper barrier film 11, lower diaphragm plate 12, abnormity pad 21, dottle pin 22, connect spiral shell 14, attachment screw 13, fixed mount 18, upper end housing 1 and lower end housing 19, described filter hat 3, the filter end 7, filter screen 27, valve body 23 is all arranged on shell 5 inside, and filter hat 3 is connected in the upper end of vertical filter screen 27, the filter end 7, is connected in the lower end of vertical filter screen 27, shell 5 inwalls above filter hat 3 are provided with for blocking the groove of interior jump ring 31, at the bottom of described filter, 7 lower end is embedded in the top groove of valve body 23, described blow-off pipe 10 one end and valve body 23 are connected, the other end passes shell 5 afterwards and shell 5 is connected, in described filter, be preced with the groove that 3 outsides have sealing ring 30 in embedding, at the bottom of described filter, 7 outsides have the groove that embeds lower seal 8,
The middle and upper part of described filter screen 27 inside is fixed with mandrel 4 and upper arresting pin 29 in level, middle and lower part is fixed with mandrel 25 and lower limit pin 24 under level, and the centre bore of the centre bore of upper mandrel 4 and lower mandrel 25 is offset respectively the both sides at filter screen 27 axis, the core axle hole matched in clearance of described upper mandrel 4 and described upper butterfly valve 28, the upper butterfly valve 28 of 29 pairs of levels of described upper arresting pin carries out spacing, the core axle hole matched in clearance of described lower mandrel 25 and described lower butterfly valve 26, the lower butterfly valve 26 of 24 pairs of levels of described lower limit pin carries out spacing, described upper butterfly valve 28 and lower butterfly valve 26 are hinged with one end of pull bar 6 respectively, and pull bar 6 is connected with the end of lower butterfly valve 26 the same sides with upper butterfly valve 28,
Described valve body 23 inside are disposed with valve 9 from top to bottom, upper barrier film 11, dottle pin 22, lower diaphragm plate 12, at upper barrier film 11, dottle pin 23, the outer setting of lower diaphragm plate 12 has abnormity pad 21, and the inwall of described abnormity pad 21 is provided with for blocking the groove at upper barrier film 11 and lower diaphragm plate 12 two ends, lower end at valve body 23 is also provided with fixed mount 18, in the bottom of fixed mount 18, be provided with jacking block 16, the described spiral shell 14 that connects is successively through lower diaphragm plate 12, dottle pin 22, after upper barrier film 11, be threaded with valve 9 lower ends, and connecing spiral shell 14 lower ends and jacking block 16 outsides are also socketed with spring 15, described attachment screw 13 is respectively successively through fixed mount 18, lower diaphragm plate 12, abnormity pad 21, after upper barrier film 11, be threaded with valve 9 both sides, lower end,
In the junction of described shell 5 lower ends and described lower end housing 19, be provided with the lower catch hoop pipe joint 20 of socket shell 5 and lower end housing 19, described shell 5 upper ends and described on the junction of end housing 1 be provided with the front band pipe joint 2 of socket shell 5 and lower end housing 1.
The center line of described shell 5, filter screen 27, valve 9, upper barrier film 11, dottle pin 22, lower diaphragm plate 12, abnormity pad 21, valve body 23 and fixed mount 18 is on same straight line.
The cylinder that described filter screen 27 is MULTILAYER COMPOSITE.
Described jacking block 16 is movable, is provided with the adjusting bolt 17 contacting with jacking block 16 through fixed mount 18 bottom thread holes in described fixed mount 18 lower ends.
Described front band pipe joint 2, lower catch hoop pipe joint 20, valve 9, upper butterfly valve 28, lower butterfly valve 26, upper barrier film 11, lower diaphragm plate 12, abnormity pad 21, dottle pin 22, interior jump ring 31 are prior art.

Claims (4)

1. a full-automatic back washing filter, is characterized in that: comprise shell (5), filter hat (3), the filter end (7), filter screen (27), upper butterfly valve (28), lower butterfly valve (26), pull bar (6), valve body (23), valve (9), blow-off pipe (10), upper barrier film (11), lower diaphragm plate (12), abnormity pad (21), dottle pin (22), connect spiral shell (14), attachment screw (13), fixed mount (18), upper end housing (1) and lower end housing (19), described filter hat (3), the filter end (7), filter screen (27), valve body (23) is all arranged on shell (5) inside, and filter hat (3) is connected in the upper end of vertical filter screen (27), the filter end (7) is connected in the lower end of vertical filter screen (27), shell (5) inwall in filter hat (3) top is provided with for blocking the groove of interior jump ring (31), at the bottom of described filter, the lower end of (7) is embedded in the top groove of valve body (23), described blow-off pipe one end and valve body (23) are connected, the other end, through being connected with shell (5) after shell (5), has and embeds the above groove of sealing ring (30) in described filter hat (3) outside, at the bottom of described filter, (7) outside has the groove that embeds lower seal (8),
The inner middle and upper part of described filter screen (27) is fixed with mandrel in level (4) and upper arresting pin (29), middle and lower part is fixed with mandrel under level (25) and lower limit pin (24), the centre bore matched in clearance of described upper mandrel (4) and described upper butterfly valve (28), described upper arresting pin (29) carries out spacing to the upper butterfly valve (28) of level, the centre bore matched in clearance of described lower mandrel (25) and described lower butterfly valve (26), described lower limit pin (24) carries out spacing to the lower butterfly valve (26) of level, and the centre bore of the centre bore of upper butterfly valve (28) and lower butterfly valve (26) is offset respectively the both sides at filter screen (27) axis, described upper butterfly valve (28) and lower butterfly valve (26) are hinged with one end of pull bar (6) respectively, and pull bar (6) is connected with the end of lower butterfly valve (26) the same side with upper butterfly valve (28),
Described valve body (23) inside is disposed with valve (9) from top to bottom, upper barrier film (11), dottle pin (22), lower diaphragm plate (12), in upper barrier film (11), dottle pin (23), the outer setting of lower diaphragm plate (12) has abnormity pad (21), and the inwall of described abnormity pad (21) is provided with for blocking the groove at upper barrier film (11) and lower diaphragm plate (12) two ends, in the below of valve body (23), be also provided with fixed mount (18), bottom center at fixed mount (18) is provided with jacking block (16), the described spiral shell (14) that connects is successively through lower diaphragm plate (12), dottle pin (22), after upper barrier film (11), be threaded with valve (9) lower end, and connecing spiral shell (14) lower end and jacking block (16) outside is also socketed with spring (15), described attachment screw (13) is respectively successively through fixed mount (18), lower diaphragm plate (12), abnormity pad (21), after upper barrier film (11), be threaded with valve (9) both sides, lower end,
In the junction of described shell (5) lower end and described lower end housing (19), be provided with the lower catch hoop pipe joint (20) of socket shell (5) and lower end housing (19), in the junction of described shell (5) upper end and described upper end housing (1), be provided with the front band pipe joint (2) of socket shell (5) and lower end housing (1).
2. a kind of full-automatic back washing filter according to claim 1, is characterized in that: the center line of described shell (5), filter screen (27), valve (9), upper barrier film (11), dottle pin (22), lower diaphragm plate (12), abnormity pad (21), valve body (23) and fixed mount (18) is on same straight line.
3. a kind of full-automatic back washing filter according to claim 1 and 2, it is characterized in that: described jacking block (16) is movable, is provided with the adjusting bolt (17) contacting with jacking block (16) through fixed mount (18) bottom thread hole in described fixed mount (18) lower end.
4. a kind of full-automatic back washing filter according to claim 1 and 2, is characterized in that: described filter screen (27) is the cylinder of MULTILAYER COMPOSITE.
CN201420134602.1U 2014-03-25 2014-03-25 Full-automatic backwash filter Withdrawn - After Issue CN203777761U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201420134602.1U CN203777761U (en) 2014-03-25 2014-03-25 Full-automatic backwash filter

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420134602.1U CN203777761U (en) 2014-03-25 2014-03-25 Full-automatic backwash filter

Publications (1)

Publication Number Publication Date
CN203777761U true CN203777761U (en) 2014-08-20

Family

ID=51313992

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201420134602.1U Withdrawn - After Issue CN203777761U (en) 2014-03-25 2014-03-25 Full-automatic backwash filter

Country Status (1)

Country Link
CN (1) CN203777761U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103933772A (en) * 2014-03-25 2014-07-23 长治市神马科技有限公司 Automatic backwashing filter

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103933772A (en) * 2014-03-25 2014-07-23 长治市神马科技有限公司 Automatic backwashing filter
CN103933772B (en) * 2014-03-25 2015-07-22 长治市神马科技有限公司 Automatic backwashing filter

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C14 Grant of patent or utility model
GR01 Patent grant
RGAV Abandon patent right to avoid regrant
AV01 Patent right actively abandoned

Granted publication date: 20140820

Effective date of abandoning: 20150722