CN205095511U - Continuous filter equipment of primary sewage and system thereof - Google Patents
Continuous filter equipment of primary sewage and system thereof Download PDFInfo
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- CN205095511U CN205095511U CN201520881715.2U CN201520881715U CN205095511U CN 205095511 U CN205095511 U CN 205095511U CN 201520881715 U CN201520881715 U CN 201520881715U CN 205095511 U CN205095511 U CN 205095511U
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Abstract
The utility model provides a continuous filter equipment of primary sewage and system thereof. The continuous filter equipment of primary sewage comprises gear motor, sewage water inlet, control box etc. Primary sewage from sewage water inlet entering section of thick bamboo inner filtration district, and the heat transfer is carried out by crossing drainage delivery port entering indirect heating equipment after crossing filter to process combination formula, and the drainage of crossing after the heat transfer washes the district by crossing the entering of drainage water inlet, washes the dirty debris that flabellum body drain was located to it is discharged by the sewage delivery port to carry dirty debris.
Description
Technical field
The utility model relates to a kind of native sewage water continuous filter unit, and this application of installation in using urban original wastewater as heat pump low level Cooling and Heat Source, heats to building, in the untreated sewage source heat pump air-conditioning system of cooling.
Background technology
The energy is the important substance basis that human society is depended on for existence and development, find and utilize new regenerative resource to be solve a kind of effective way of energy-intensive, develop urban original wastewater as heat pump low level Cooling and Heat Source, for building heating, cooling has the important energy-conservation and value of environmental protection, nervous to alleviation energy resource consumption, to alleviate environmental pollution significant.But containing a large amount of dirty foreign material and fiber and hair in native sewage water, as when without any process, directly enter heat-exchange apparatus and carry out heat exchange, be easy to block heat-exchange apparatus, cannot normally run.
The patent No. is that the utility model patent of ZL201120171910.8 provides a kind of spiral cutting type hydraulic sewage treatment device, this device native sewage water enters inner core filtering area from sewage inlet, enter heat transmission equipment by filtering water outlet after net filtration after filtration and carry out heat exchange, filtered water after heat exchange enters rinsing area by filtered water import, rinse dirty foreign material in Rong Wu district, and take and discharged by sewage outlet with dirty foreign material, achieve the obstruct to foreign material dirty in sewage, but in practical application, spiral handspike cannot with screen pack close contact, dirty foreign material cannot be shredded, regenerated filter screen filtering surface, the Rong Wu district volume of piston is very little, when dirty foreign material are more, cannot carry a large amount of dirty foreign material in time, cause concentric reducer blocking, containing a large amount of fiber, hair in sewage, when fiber, hair are attached to screen pack surface with greasy filth mixing note, because there is no high-pressure wash, cannot on-line cleaning, also there is screen pack and regenerate the phenomenons such as filtering surface is difficult.
Summary of the invention
For solving native sewage water blocking heat-exchanger, cause this technical barrier of systemic breakdown, the utility model provides a kind of native sewage water continuous filter unit and system thereof.
Application principle:
1, as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8, the utility model native sewage water continuous filter unit is by reducing motor, sewage inlet, control cabinet, rinsing area, filtered water water inlet, hydraulic cylinder, hydraulic oil pipeline, high-pressure wash pipe, high pressure cleaning pump, hydraulic power unit, sewage outlet, supporting leg, filtered water delivery port, spiral handspike, to remove contamination cutter box, Combined filtering net, the outer filtering area of cylinder, dividing plate, flabellum body, flabellum body shell, rinse bar, rear end cap, hydraulic fluid chamber, hydraulic axis, high-pressure water chamber, water under high pressure water inlet, terminal pad 1, seal disc 1, square power transmission shaft, terminal pad 2, seal disc 2, dividing plate sewage draining exit, water jet, filter gauze cleaning mouth, cylinder inner filtration district, positioning disk, flabellum body sewage draining exit, clear water interface, drive end bearing bracket, bearing block, high pressure washing passage, cylindrical shell forms, and native sewage water enters an inner filtration district from sewage inlet, and after modular filter net filtration, enter heat-exchange apparatus by filtered water delivery port carry out heat exchange, the filtered water after heat exchange enters rinsing area by filtered water water inlet, reducing motor drives spiral handspike to rotate, be arranged on the cleaning cutter box on spiral handspike and Combined filtering net close contact, the dirty foreign material chopping being attached to Combined filtering net inner surface in an inner filtration district will be entered, by spiral handspike, whole dirty foreign material are pushed into dividing plate sewage draining exit again, enter the Rong Wu district of flabellum body, rotated by flabellum body and dirty foreign material are delivered to flabellum body sewage draining exit, rinsed the dirty foreign material of flabellum body sewage draining exit again by the filtered water entering rinsing area, and carry dirty foreign material and discharged by sewage outlet.
2, as shown in Figure 8, native sewage water continuous filter unit embodiment is, the space between flabellum body two adjacent blades that the Rong Wu district of flabellum body surrounds for the adjacent blade of flabellum body two and flabellum body shell, dividing plate.
3, as shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, native sewage water continuous filter unit embodiment is, square transmission shaft flange dish side is connected with spiral handspike end face, terminal pad 1, terminal pad 2 endoporus are square hole, be installed on flabellum body both sides, be connected in one with flabellum body, square power transmission shaft square shaft side is stretched in terminal pad 1, the square endoporus of terminal pad 2, terminal pad 1, the square endoporus of terminal pad 2 and square power transmission shaft square shaft side match, and terminal pad 1, terminal pad 2 and flabellum body can be driven to rotate by square power transmission shaft; Seal disc 1 is connected with flabellum body shell, seal disc 2 is connected with dividing plate, and the external diameter round surface of terminal pad 1 contacts with the internal diameter round surface of seal disc 1, formative dynamics rotatory sealing, the external diameter round surface of terminal pad 2 contacts with the internal diameter round surface of seal disc 2, formative dynamics rotatory sealing; Reducing motor drives square power transmission shaft to rotate by spiral handspike, square power transmission shaft drives flabellum body rotary motion in the cavity that dividing plate and flabellum body shell surround, dividing plate and flabellum body shell entity part and flabellum body close contact, formative dynamics seals, dividing plate sewage draining exit is annular sector notch, fan angle is less than 90 °, flabellum body has four blades, between two panels adjacent blades, angle is 90 °, dirty foreign material are entered the Rong Wu district surrounded by flabellum body and dividing plate, flabellum body shell by dividing plate sewage draining exit, then by flabellum body rotation, dirty foreign material are brought to flabellum body sewage draining exit; Flabellum body and dividing plate, flabellum body shell entity part close contact, angle between flabellum body two panels adjacent blades >=dividing plate sewage draining exit angle, form rotatory sealing, make dividing plate sewage draining exit and flabellum body sewage draining exit not connected, play the effect of the sewage intercommunication isolating both sides.
4, as shown in Figure 11, Figure 12, Figure 13, native sewage water continuous filter unit embodiment is, N number of cutter box of removing contamination is installed along the cutter box groove of spiral on spiral handspike, the base plate of cutter box and the cutter box groove bottom of removing contamination is the curved surface of identical radian measure, two side plates are parallel with cutter box groove side, and blade, by the spring supporting of two high strength, has corresponding elastic force, make blade all the time with Combined filtering net close contact, play the effect of the dirty foreign material of cutting and the dirty foreign material of cleaning modular filter net surface.
5, as shown in Fig. 3, Fig. 9, Figure 10, native sewage water continuous filter unit embodiment is, hydraulic cylinder is divided into hydraulic fluid chamber and high-pressure water chamber, hydraulic fluid chamber is connected with hydraulic power unit by hydraulic oil pipeline, be delivered to the alternately change in the hydraulic oil direction in hydraulic fluid chamber by hydraulic power unit, realize hydraulic axis and move back and forth; Rinse bar cross section transverse is two symmetrical camber lines and the plane of two rectilinear(-al)s, match with positioning disk endoporus, positioning disk is connected with square power transmission shaft, square power transmission shaft is connected with spiral handspike end face, when reducing motor drives spiral handspike to rotate, spiral handspike drives square power transmission shaft, positioning disk, rinse bar same frequency to rotate; High-pressure water chamber is connected with high pressure cleaning pump by high-pressure wash pipe, high pressure cleaning pump can transfer out the water under high pressure of 8-10MPa, water under high pressure enters high-pressure water chamber by high-pressure wash pipe, the high pressure washing passage consisted of rinse bar and hydraulic axis hollow space high-pressure water chamber is again delivered to water jet, water jet is symmetricly set in the both sides of rinse bar, consistent with the filter gauze cleaning mouth opening direction on spiral handspike, water jet ejection water under high pressure, directly rinses the filter mesh of Combined filtering net by filter gauze cleaning mouth; The effect that rinse bar is made a concerted effort by reducing motor and hydraulic power unit, namely moves reciprocatingly, rotates again, and filter gauze cleaning opening's edge screen pack length is arranged, and the mesh of whole Combined filtering net all can be cleaned by water under high pressure.
6, as shown in figure 15, a kind of sewage source heat pump air-conditioning system with native sewage water continuous filter unit, by trunk sewer, open caisson, sewage submersible pump, sewage supply channel, native sewage water continuous filter unit, filtered water supply channel, source pump, filtered water water return pipeline, sewage water return pipeline, end system, end circulating pump, end water return pipeline, end supply channel forms, native sewage water flows into open caisson from trunk sewer gravity, promoted by submerged sewage pump, native sewage water continuous filter unit is entered through sewage supply channel, after native sewage water continuous filter unit filters, source pump is entered and refrigerant carries out heat exchange through drainage supply channel, sewage after heat exchange gets back to native sewage water continuous filter unit through drainage water return pipeline, the dirty foreign material of native sewage water continuous filter unit are rinsed, and carry dirty foreign material and get back to trunk sewer downstream by sewage water return pipeline, end water enters source pump by end circulating pump, end water return pipeline and refrigerant carries out heat exchange, enters end system, after end system heat exchange, then be delivered to source pump cycle heat exchange by end circulating pump after heat exchange by end supply channel.
7, as shown in figure 16, a kind of sewage source heat pump air-conditioning system with native sewage water continuous filter unit, by trunk sewer, open caisson, sewage submersible pump, sewage supply channel, native sewage water continuous filter unit, filtered water supply channel, source pump, filtered water water return pipeline, sewage water return pipeline, end system, end circulating pump, end water return pipeline, end supply channel, heat exchanger, intermediary's water-circulating pump, intermediary's water supply channel, intermediary's water water return pipeline composition, native sewage water flows into open caisson from trunk sewer gravity, promoted by submerged sewage pump, native sewage water continuous filter unit is entered through sewage supply channel, after native sewage water continuous filter unit filters, heat exchanger is entered and intermediary's water carries out heat exchange through drainage supply channel, sewage after heat exchange gets back to native sewage water continuous filter unit through drainage water return pipeline, the dirty foreign material of native sewage water continuous filter unit are rinsed, and carry dirty foreign material and get back to trunk sewer downstream by sewage water return pipeline, intermediary's water and sewage in heat exchanger after heat exchange, enter source pump by intermediary's water supply channel and refrigerant carries out heat exchange, enter heat exchanger cycle heat exchange after heat exchange by intermediary's water water return pipeline, end water enters source pump by end circulating pump, end water return pipeline and refrigerant carries out heat exchange, enters end system, after end system heat exchange, then be delivered to source pump cycle heat exchange by end circulating pump after heat exchange by end supply channel.
Accompanying drawing explanation
Fig. 1-the utility model native sewage water continuous filter unit front elevation
Fig. 2-the utility model native sewage water continuous filter unit top view
Fig. 3-the utility model native sewage water continuous filter unit profile
Fig. 4-the utility model native sewage water continuous filter unit inner barrel figure
Fig. 5-the utility model native sewage water continuous filter unit inner barrel explosive view one
Fig. 6-the utility model native sewage water continuous filter unit inner barrel explosive view two
Fig. 7-the utility model native sewage water continuous filter unit inner barrel Local map one
Fig. 8-the utility model native sewage water continuous filter unit inner barrel Local map two
Fig. 9-square power transmission shaft and rinse bar installation diagram
Figure 10-high pressure washing flow chart
The I place schematic diagram of Figure 11-Fig. 3
The II place schematic diagram of Figure 12-Fig. 3
Figure 13-cleaning cutter box exploded view
Figure 14-Combined filtering net schematic diagram
Figure 15-sewage source heat pump air-conditioning system schematic diagram one
Figure 16-sewage source heat pump air-conditioning system schematic diagram two
The explanation of accompanying drawing drawing
Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14,1-reducing motor; 2-sewage inlet; 3-control cabinet; 4-rinsing area; 5-filtered water water inlet; 6-hydraulic cylinder; 7-hydraulic oil pipeline; 8-high-pressure wash pipe; 9-high pressure cleaning pump; 10-hydraulic power unit; 11-sewage outlet; 12-supporting leg; 13-filtered water delivery port; 14-spiral handspike; 15-removes contamination cutter box; 16-Combined filtering net; The outer filtering area of 17-cylinder; 18-dividing plate; 19-flabellum body; 20-flabellum body shell; 21-rinse bar; 22-rear end cap; 23-hydraulic fluid chamber; 24-hydraulic axis; 25-high-pressure water chamber; 26-water under high pressure water inlet; 27-terminal pad 1; 28-seal disc 1; 29-square power transmission shaft; 30-terminal pad 2; 31-seal disc 2; 32-dividing plate sewage draining exit; 33-water jet; 34-filter gauze cleaning mouth; 35-cylinder inner filtration district; 36-positioning disk; 37-flabellum body sewage draining exit; 38-clear water interface; 39-drive end bearing bracket; 40-bearing block; 41-high pressure washing passage; 42-cylindrical shell; 43-cutter box groove; 44-blade; 45-cutter hub; 46-base plate; 47-side plate; 48-spring.
Figure 15, Tu16Zhong, 49-trunk sewer; 50-open caisson; 51 sewage submersible pumps; 52-sewage supply channel; 53-native sewage water continuous filter unit; 54-filtered water supply channel; 55-source pump; 56-filtered water water return pipeline; 57-sewage water return pipeline; 58-end system; 59-end circulating pump; 60-end water return pipeline; 61-end supply channel; 62-heat exchanger; 63-intermediary water-circulating pump, 64-intermediary water supply channel; 65-intermediary water water return pipeline.
Detailed description of the invention
1, as Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8, the utility model native sewage water continuous filter unit is by reducing motor (1), sewage inlet (2), control cabinet (3), rinsing area (4), filtered water water inlet (5), hydraulic cylinder (6), hydraulic oil pipeline (7), high-pressure wash pipe (8), high pressure cleaning pump (9), hydraulic power unit (10), sewage outlet (11), supporting leg (12), filtered water delivery port (13), spiral handspike (14), to remove contamination cutter box (15), Combined filtering net (16), the outer filtering area of cylinder (17), dividing plate (18), flabellum body (19), flabellum body shell (20), rinse bar (21), rear end cap (22), hydraulic fluid chamber (23), hydraulic axis (24), high-pressure water chamber (25), water under high pressure water inlet (26), terminal pad 1 (27), seal disc 1 (28), square power transmission shaft (29), terminal pad 2 (30), seal disc 2 (31), dividing plate sewage draining exit (32), water jet (33), filter gauze cleaning mouth (34), cylinder inner filtration district (35), positioning disk (36), flabellum body sewage draining exit (37), clear water interface (38), drive end bearing bracket (39), bearing block (40), high pressure washing passage (41), cylindrical shell (42) forms, native sewage water enters an inner filtration district (35) from sewage inlet (2), after Combined filtering net (16) filters, enter heat-exchange apparatus by filtered water delivery port (13) carry out heat exchange, the filtered water after heat exchange enters rinsing area (4) by filtered water water inlet (5), reducing motor (1) drives spiral handspike (14) to rotate, be arranged on the cleaning cutter box (15) on spiral handspike (14) and Combined filtering net (16) close contact, the dirty foreign material chopping being attached to Combined filtering net (16) inner surface in an inner filtration district (35) will be entered, by spiral handspike (14), whole dirty foreign material are pushed into dividing plate sewage draining exit (32) again, enter the Rong Wu district of flabellum body (19), rotated by flabellum body (19) and dirty foreign material are delivered to flabellum body sewage draining exit (37), the dirty foreign material of flabellum body (19) sewage draining exit are rinsed again by the filtered water entering rinsing area (4), and carry dirty foreign material and discharged by sewage outlet (11).
2, as shown in Figure 8, native sewage water continuous filter unit embodiment is, the space between flabellum body (19) two adjacent blades that the Rong Wu district of flabellum body (19) surrounds for flabellum body (19) two adjacent blades and flabellum body shell (20), dividing plate (18).
3, as Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, shown in Fig. 8, native sewage water continuous filter unit embodiment is, square power transmission shaft (29) ring flange side is connected with spiral handspike (14) end face, terminal pad 1 (27), terminal pad 2 (30) endoporus is square hole, be installed on flabellum body (19) both sides, be connected in one with flabellum body (19), terminal pad 1 (27) is stretched in square power transmission shaft (29) square shaft side, in the square endoporus of terminal pad 2 (30), terminal pad 1 (27), the square endoporus of terminal pad 2 (30) and square power transmission shaft (29) square shaft side match, terminal pad 1 (27) can be driven by square power transmission shaft (29), terminal pad 2 (30) and flabellum body (19) rotate, seal disc 1 (28) is connected with flabellum body shell (20), seal disc 2 (31) is connected with dividing plate (18), the external diameter round surface of terminal pad 1 (27) contacts with the internal diameter round surface of seal disc 1 (28), formative dynamics rotatory sealing, the external diameter round surface of terminal pad 2 (30) contacts with the internal diameter round surface of seal disc 2 (31), formative dynamics rotatory sealing, reducing motor (1) drives square power transmission shaft (29) to rotate by spiral handspike (14), square power transmission shaft (29) drives flabellum body (19) rotary motion in the cavity that dividing plate (18) and flabellum body shell (20) surround, dividing plate (18) and flabellum body shell (20) entity part and flabellum body (19) close contact, formative dynamics seals, dividing plate sewage draining exit (32) is annular sector notch, fan angle is less than 90 °, flabellum body (19) has four blades, between two panels adjacent blades, angle is 90 °, dirty foreign material enter by flabellum body (19) and dividing plate (18) by dividing plate sewage draining exit (32), the Rong Wu district that flabellum body shell (20) surrounds, rotated by flabellum body (19) again and dirty foreign material are brought to flabellum body sewage draining exit (27), flabellum body (19) and dividing plate (18), flabellum body shell (20) entity part close contact, angle between flabellum body (19) two panels adjacent blades >=dividing plate sewage draining exit (32) angle, form rotatory sealing, make dividing plate sewage draining exit (32) and flabellum body sewage draining exit (37) not connected, play the effect of the sewage intercommunication of isolation both sides.
4, as Figure 11, Figure 12, shown in Figure 13, native sewage water continuous filter unit embodiment is, N number of cutter box (15) of removing contamination is installed along the cutter box groove (43) of the upper spiral of spiral handspike (14), base plate (46) and the cutter box groove bottom of cutter box (15) of removing contamination is the curved surface of identical radian measure, two side plates (47) are parallel with cutter box groove (43) side, blade (44) is supported by the spring (48) of two high strength, there is corresponding elastic force, make blade (44) all the time with Combined filtering net (16) close contact, play the effect of the dirty foreign material of cutting and cleaning Combined filtering net (16) surperficial dirty foreign material.
5, as shown in Fig. 3, Fig. 9, Figure 10, native sewage water continuous filter unit embodiment is, hydraulic cylinder (6) is divided into hydraulic fluid chamber (23) and high-pressure water chamber (25), hydraulic fluid chamber (23) is by hydraulic oil pipeline (7) and hydraulic power unit 10) be connected, be delivered to the alternately change in the hydraulic oil direction in hydraulic fluid chamber (23) by hydraulic power unit (10), realize hydraulic axis (24) and move back and forth, rinse bar (21) cross section transverse is two symmetrical camber lines and the plane of two rectilinear(-al)s, match with positioning disk (36) endoporus, positioning disk (36) is connected with square power transmission shaft (29), square power transmission shaft (29) is connected with spiral handspike (14) end face, when reducing motor (1) drives spiral handspike (14) to rotate, spiral handspike (14) drives square power transmission shaft (29), positioning disk (36), rinse bar (21) same frequency to rotate, high-pressure water chamber (25) is connected with high pressure cleaning pump (9) by high-pressure wash pipe (8), high pressure cleaning pump (9) can transfer out the water under high pressure of 8-10MPa, water under high pressure enters high-pressure water chamber (25) by high-pressure wash pipe (8), the high pressure washing passage (41) consisted of rinse bar (21) and hydraulic axis (24) hollow space high-pressure water chamber (25) is again delivered to water jet (33), water jet (33) is symmetricly set in the both sides of rinse bar (21), consistent with filter gauze cleaning mouth (34) opening direction on spiral handspike (14), water jet (33) ejection water under high pressure, the filter mesh of Combined filtering net (16) is directly rinsed by filter gauze cleaning mouth (34), the effect that rinse bar (21) is made a concerted effort by reducing motor (1) and hydraulic power unit (10), namely move reciprocatingly, rotate again, filter gauze cleaning mouth (34) is arranged along screen pack length, and the mesh of whole Combined filtering net (16) all can be cleaned by water under high pressure.
6, as shown in figure 15, a kind of sewage source heat pump air-conditioning system with native sewage water continuous filter unit, by trunk sewer (49), open caisson (50), sewage submersible pump (51), sewage supply channel (52), native sewage water continuous filter unit (53), filtered water supply channel (54), source pump (55), filtered water water return pipeline (56), sewage water return pipeline (57), end system (58), end circulating pump (59), end water return pipeline (60), end supply channel (61) forms, native sewage water flows into open caisson (50) from trunk sewer (49) gravity, promoted by submerged sewage pump (51), native sewage water continuous filter unit (53) is entered through sewage supply channel (52), after native sewage water continuous filter unit (53) filters, enter source pump (55) through drainage supply channel (54) and carry out heat exchange with refrigerant, sewage after heat exchange gets back to native sewage water continuous filter unit (55) through drainage water return pipeline (56), the dirty foreign material of native sewage water continuous filter unit (55) are rinsed, and carries dirty foreign material and get back to trunk sewer (49) downstream by sewage water return pipeline (57), end water enters source pump (55) by end circulating pump (59), end water return pipeline (60) and carries out heat exchange with refrigerant, end system (58) is entered by end supply channel (61) after heat exchange, after end system (58) heat exchange, then be delivered to source pump (55) cycle heat exchange by end circulating pump (59).
7, as shown in figure 16, a kind of sewage source heat pump air-conditioning system with native sewage water continuous filter unit, by trunk sewer (49), open caisson (50), sewage submersible pump (51), sewage supply channel (52), native sewage water continuous filter unit (53), filtered water supply channel (54), source pump (55), filtered water water return pipeline (56), sewage water return pipeline (57), end system (58), end circulating pump (59), end water return pipeline (60), end supply channel (61), heat exchanger (62), intermediary's water-circulating pump (63), intermediary's water supply channel (64), intermediary's water water return pipeline (65) forms, native sewage water flows into open caisson (50) from trunk sewer (49) gravity, promoted by submerged sewage pump (51), native sewage water continuous filter unit (53) is entered through sewage supply channel (52), after native sewage water continuous filter unit (53) filters, enter heat exchanger (62) through drainage supply channel (54) and carry out heat exchange with intermediary's water, sewage after heat exchange gets back to native sewage water continuous filter unit (53) through drainage water return pipeline (56), the dirty foreign material of native sewage water continuous filter unit (53) are rinsed, and carries dirty foreign material and get back to trunk sewer (49) downstream by sewage water return pipeline (57), intermediary's water and sewage are in heat exchanger (62) after heat exchange, enter source pump (55) by intermediary's water supply channel (64) and carry out heat exchange with refrigerant, after heat exchange, enter heat exchanger (62) cycle heat exchange by intermediary's water water return pipeline (65), end water enters source pump (55) by end circulating pump (59), end water return pipeline (60) and carries out heat exchange with refrigerant, end system (58) is entered by end supply channel (61) after heat exchange, after end system (58) heat exchange, then be delivered to source pump (55) cycle heat exchange by end circulating pump (59).
Claims (7)
1. a native sewage water continuous filter unit, by reducing motor (1), sewage inlet (2), control cabinet (3), rinsing area (4), filtered water water inlet (5), hydraulic cylinder (6), hydraulic oil pipeline (7), high-pressure wash pipe (8), high pressure cleaning pump (9), hydraulic power unit (10), sewage outlet (11), supporting leg (12), filtered water delivery port (13), spiral handspike (14), to remove contamination cutter box (15), Combined filtering net (16), the outer filtering area of cylinder (17), dividing plate (18), flabellum body (19), flabellum body shell (20), rinse bar (21), rear end cap (22), hydraulic fluid chamber (23), hydraulic axis (24), high-pressure water chamber (25), water under high pressure water inlet (26), terminal pad 1 (27), seal disc 1 (28), square power transmission shaft (29), terminal pad 2 (30), seal disc 2 (31), dividing plate sewage draining exit (32), water jet (33), filter gauze cleaning mouth (34), cylinder inner filtration district (35), positioning disk (36), flabellum body sewage draining exit, clear water interface (38), drive end bearing bracket (39), bearing block (40), high pressure washing passage (41), cylindrical shell (42) forms, native sewage water enters an inner filtration district (35) from sewage inlet (2), after Combined filtering net (16) filters, enter heat-exchange apparatus by filtered water delivery port (13) carry out heat exchange, the filtered water after heat exchange enters rinsing area (4) by filtered water water inlet (5), reducing motor (1) drives spiral handspike (14) to rotate, be arranged on the cleaning cutter box (15) on spiral handspike (14) and Combined filtering net (16) close contact, the dirty foreign material chopping being attached to Combined filtering net (16) inner surface in an inner filtration district (35) will be entered, by spiral handspike (14), whole dirty foreign material are pushed into dividing plate sewage draining exit (32) again, enter the Rong Wu district of flabellum body (19), rotated by flabellum body (19) and dirty foreign material are delivered to flabellum body sewage draining exit, the dirty foreign material of flabellum body (19) sewage draining exit are rinsed again by the filtered water entering rinsing area (4), and carry dirty foreign material and discharged by sewage outlet (11).
2. native sewage water continuous filter unit according to claim 1, it is characterized in that native sewage water continuous filter unit embodiment is, the space between flabellum body (19) two adjacent blades that the Rong Wu district of flabellum body (19) surrounds for flabellum body (19) two adjacent blades and flabellum body shell (20), dividing plate (18).
3. native sewage water continuous filter unit according to claim 1, it is characterized in that square power transmission shaft (29) ring flange side is connected with spiral handspike (14) end face, terminal pad 1 (27), terminal pad 2 (30) endoporus is square hole, be installed on flabellum body (19) both sides, be connected in one with flabellum body (19), terminal pad 1 (27) is stretched in square power transmission shaft (29) square shaft side, in the square endoporus of terminal pad 2 (30), terminal pad 1 (27), the square endoporus of terminal pad 2 (30) and square power transmission shaft (29) square shaft side match, terminal pad 1 (27) can be driven by square power transmission shaft (29), terminal pad 2 (30) and flabellum body (19) rotate, seal disc 1 (28) is connected with flabellum body shell (20), seal disc 2 (31) is connected with dividing plate (18), the external diameter round surface of terminal pad 1 (27) contacts with the internal diameter round surface of seal disc 1 (28), formative dynamics rotatory sealing, the external diameter round surface of terminal pad 2 (30) contacts with the internal diameter round surface of seal disc 2 (31), formative dynamics rotatory sealing, reducing motor (1) drives square power transmission shaft (29) to rotate by spiral handspike (14), square power transmission shaft (29) drives flabellum body (19) rotary motion in the cavity that dividing plate (18) and flabellum body shell (20) surround, dividing plate (18) and flabellum body shell (20) entity part and flabellum body (19) close contact, formative dynamics seals, dividing plate sewage draining exit (32) is annular sector notch, fan angle is less than 90 °, flabellum body (19) has four blades, between two panels adjacent blades, angle is 90 °, dirty foreign material enter by flabellum body (19) and dividing plate (18) by dividing plate sewage draining exit (32), the Rong Wu district that flabellum body shell (20) surrounds, rotated by flabellum body (19) again and dirty foreign material are brought to flabellum body sewage draining exit, flabellum body (19) and dividing plate (18), flabellum body shell (20) entity part close contact, angle between flabellum body (19) two panels adjacent blades >=dividing plate sewage draining exit (32) angle, form rotatory sealing, make dividing plate sewage draining exit (32) and flabellum body sewage draining exit not connected, play the effect of the sewage intercommunication of isolation both sides.
4. native sewage water continuous filter unit according to claim 1, it is characterized in that N number of cutter box (15) of removing contamination is installed along the cutter box groove (43) of the upper spiral of spiral handspike (14), base plate (46) and the cutter box groove bottom of cutter box (15) of removing contamination is the curved surface of identical radian measure, two side plates (47) are parallel with cutter box groove (43) side, blade (44) is supported by the spring (48) of two high strength, there is corresponding elastic force, make blade (44) all the time with Combined filtering net (16) close contact, play the effect of the dirty foreign material of cutting and cleaning Combined filtering net (16) surperficial dirty foreign material.
5. native sewage water continuous filter unit according to claim 1, it is characterized in that hydraulic cylinder (6) is divided into hydraulic fluid chamber (23) and high-pressure water chamber (25), hydraulic fluid chamber (23) is connected with hydraulic power unit (10) by hydraulic oil pipeline (7), be delivered to the alternately change in the hydraulic oil direction in hydraulic fluid chamber (23) by hydraulic power unit (10), realize hydraulic axis (24) and move back and forth, rinse bar (21) cross section transverse is two symmetrical camber lines and the plane of two rectilinear(-al)s, match with positioning disk (36) endoporus, positioning disk (36) is connected with square power transmission shaft (29), square power transmission shaft (29) is connected with spiral handspike (14) end face, when reducing motor (1) drives spiral handspike (14) to rotate, spiral handspike (14) drives square power transmission shaft (29), positioning disk (36), rinse bar (21) same frequency to rotate, high-pressure water chamber (25) is connected with high pressure cleaning pump (9) by high-pressure wash pipe (8), high pressure cleaning pump (9) can transfer out the water under high pressure of 8-10MPa, water under high pressure enters high-pressure water chamber (25) by high-pressure wash pipe (8), the high pressure washing passage (41) consisted of rinse bar (21) and hydraulic axis (24) hollow space high-pressure water chamber (25) is again delivered to water jet (33), water jet (33) is symmetricly set in the both sides of rinse bar (21), consistent with filter gauze cleaning mouth (34) opening direction on spiral handspike (14), water jet (33) ejection water under high pressure, the filter mesh of Combined filtering net (16) is directly rinsed by filter gauze cleaning mouth (34), the effect that rinse bar (21) is made a concerted effort by reducing motor (1) and hydraulic power unit (10), namely move reciprocatingly, rotate again, filter gauze cleaning mouth (34) is arranged along screen pack length, and the mesh of whole Combined filtering net (16) all can be cleaned by water under high pressure.
6. there is a sewage source heat pump air-conditioning system for native sewage water continuous filter unit, it is characterized in that by trunk sewer (49), open caisson (50), sewage submersible pump (51), sewage supply channel (52), native sewage water continuous filter unit, filtered water supply channel (54), source pump (55), filtered water water return pipeline (56), sewage water return pipeline (57), end system (58), end circulating pump (59), end water return pipeline (60), end supply channel (61) forms, native sewage water flows into open caisson (50) from trunk sewer (49) gravity, promoted by submerged sewage pump (51), native sewage water continuous filter unit is entered through sewage supply channel (52), after native sewage water continuous filter unit filters, enter source pump (55) through drainage supply channel (54) and carry out heat exchange with refrigerant, sewage after heat exchange gets back to native sewage water continuous filter unit through drainage water return pipeline (56), the dirty foreign material of native sewage water continuous filter unit are rinsed, and carries dirty foreign material and get back to trunk sewer (49) downstream by sewage water return pipeline (57), end water enters source pump (55) by end circulating pump (59), end water return pipeline (60) and carries out heat exchange with refrigerant, end system (58) is entered by end supply channel (61) after heat exchange, after end system (58) heat exchange, then be delivered to source pump (55) cycle heat exchange by end circulating pump (59).
7. there is a sewage source heat pump air-conditioning system for native sewage water continuous filter unit, it is characterized in that by trunk sewer (49), open caisson (50), sewage submersible pump (51), sewage supply channel (52), native sewage water continuous filter unit, filtered water supply channel (54), source pump (55), filtered water water return pipeline (56), sewage water return pipeline (57), end system (58), end circulating pump (59), end water return pipeline (60), end supply channel (61), heat exchanger (62), intermediary's water-circulating pump (63), intermediary's water supply channel (64), intermediary's water water return pipeline (65) forms, native sewage water flows into open caisson (50) from trunk sewer (49) gravity, promoted by submerged sewage pump (51), native sewage water continuous filter unit is entered through sewage supply channel (52), after native sewage water continuous filter unit filters, enter heat exchanger (62) through drainage supply channel (54) and carry out heat exchange with intermediary's water, sewage after heat exchange gets back to native sewage water continuous filter unit through drainage water return pipeline (56), the dirty foreign material of native sewage water continuous filter unit are rinsed, and carries dirty foreign material and get back to trunk sewer (49) downstream by sewage water return pipeline (57), intermediary's water and sewage are in heat exchanger (62) after heat exchange, enter source pump (55) by intermediary's water supply channel (64) and carry out heat exchange with refrigerant, after heat exchange, enter heat exchanger (62) cycle heat exchange by intermediary's water water return pipeline (65), end water enters source pump (55) by end circulating pump (59), end water return pipeline (60) and carries out heat exchange with refrigerant, end system (58) is entered by end supply channel (61) after heat exchange, after end system (58) heat exchange, then be delivered to source pump (55) cycle heat exchange by end circulating pump (59).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520881715.2U CN205095511U (en) | 2015-11-09 | 2015-11-09 | Continuous filter equipment of primary sewage and system thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520881715.2U CN205095511U (en) | 2015-11-09 | 2015-11-09 | Continuous filter equipment of primary sewage and system thereof |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105233547A (en) * | 2015-11-09 | 2016-01-13 | 北京瑞宝利热能科技有限公司 | Continuous raw sewage filtering apparatus and system thereof |
| CN106288508A (en) * | 2016-09-23 | 2017-01-04 | 杨胜东 | A kind of high energy efficiency dead-beat sewage source heat pump unit and system thereof |
| WO2017079856A1 (en) * | 2015-11-09 | 2017-05-18 | 北京瑞宝利热能科技有限公司 | Continuous filtration device for untreated sewage and system having same |
| CN109758808A (en) * | 2019-02-19 | 2019-05-17 | 邓为成 | A kind of cage Mud Sepa Machine for the processing of shield dregs |
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2015
- 2015-11-09 CN CN201520881715.2U patent/CN205095511U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105233547A (en) * | 2015-11-09 | 2016-01-13 | 北京瑞宝利热能科技有限公司 | Continuous raw sewage filtering apparatus and system thereof |
| CN105233547B (en) * | 2015-11-09 | 2017-04-05 | 北京瑞宝利热能科技有限公司 | A kind of native sewage water continuous filter unit and its system |
| WO2017079856A1 (en) * | 2015-11-09 | 2017-05-18 | 北京瑞宝利热能科技有限公司 | Continuous filtration device for untreated sewage and system having same |
| CN106288508A (en) * | 2016-09-23 | 2017-01-04 | 杨胜东 | A kind of high energy efficiency dead-beat sewage source heat pump unit and system thereof |
| CN109758808A (en) * | 2019-02-19 | 2019-05-17 | 邓为成 | A kind of cage Mud Sepa Machine for the processing of shield dregs |
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