CN109231531A

CN109231531A - It is a kind of to carry out sewage rubbish processing method using environment-friendly type water channel sewage-treatment plant

Info

Publication number: CN109231531A
Application number: CN201811400018.5A
Authority: CN
Inventors: 陈建江
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-22
Filing date: 2018-11-22
Publication date: 2019-01-18

Abstract

Sewage rubbish processing method is carried out using environment-friendly type water channel sewage-treatment plant the invention discloses a kind of, including apparatus main body, water channel flowing lumen is equipped in described device main body, it communicates on the upside of the flowing lumen equipped with downward opening retraction slot, sliding is equipped with the closing block to open and close water channel in the retraction slot, filter device is equipped on the downside of the flowing lumen, the filter device separates the fluid in water channel sewage with solid, the configuration of the present invention is simple, it is easy to operate, by Attraction block to sewage adsorption treatment again after solid refuse is separated with sewage by filter device, solid refuse after separation is separated returnable bottle load garbage with not recyclable rubbish by screening plant, then power device driving pressurizing unit carries out compression drying and centralized collection to returnable bottle load garbage, point of rubbish is convenient in its classification processing and collection Class recycling provides convenience for the subsequent treatment process of rubbish, and utility value is high, is applicable in the sewage treatment of various water channels.

Description

It is a kind of to carry out sewage rubbish processing method using environment-friendly type water channel sewage-treatment plant

Technical field

The present invention relates to sewage rubbish processing technology field, it is specially a kind of using environment-friendly type water channel sewage-treatment plant into Row sewage rubbish processing method.

Background technique

Sewage disposal process and its complexity and difficulty in water channel, and the garbage disposal in water channel sewage treatment is important Treatment process floats the pollutant of the classifications such as a variety of recyclable plastic bottles and its white garbage at present on most of water channel, When it is handled by only filtering or Refloatation method, recyclable rubbish can be done waste treatment together with not recyclable rubbish, do not had The sewage treatment theory of standby environmental protection.

Secondly, being provided with garbage classification device, but its recyclable rubbish in existing few sewage rubbish processing unit Processing be only used as sort operation, to carry out compression processing to it, so that reclaiming chamber takes up a large area, and the Recyclable accommodated It is few, frequent clearing and retrieving chamber is needed, making troubles property of garbage disposal in sewage is similarly.

For this reason, it is necessary to the garbage disposal in existing sewage treatment be further improved, to improve water channel The high efficiency and the feature of environmental protection of Tax Treatment.

Summary of the invention

Sewage rubbish processing side is carried out using environment-friendly type water channel sewage-treatment plant the purpose of the present invention is to provide a kind of Method, for overcoming drawbacks described above in the prior art.

It is according to the present invention it is a kind of utilize environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, including dress Main body is set, water channel flowing lumen is equipped in described device main body, is communicated on the upside of the flowing lumen equipped with downward opening retraction slot, institute It states sliding in retraction slot and is equipped with the closing block to open and close water channel, filter device is equipped on the downside of the flowing lumen, it is described Filter device separates the fluid in water channel sewage with solid, and the filter device upper side position communicates on the upside of the flowing lumen Equipped with the conveyor chamber that front and back is symmetrical and opening is opposite, it is equipped with screening plant in the conveyor chamber, the screening plant is to screen Recyclable plastics bottle and the not substances such as recyclable ground white garbage are separated, is equipped with pressurizing unit on the downside of the screening plant, it is described Pressurizing unit is equipped with rotating device, the rotation to collect the compressions such as plastic bottle or recyclable tank on the right side of the conveyor chamber Device is to handle Recyclable centralized collection.

Further technical solution, the retraction slot right side, which communicates, is equipped with opening towards left lifting sliding slot, the closing block Right side is installed with the lifting slider that right end protrudes into the lifting sliding slot, communicates to be equipped on the left of the retraction slot and sees opening towards the right side Rotation slot, right side is equipped with by first rotating shaft rotation in the rotation slot and engages the turning gear connected with the closing block Wheel, the first rotating shaft rear end are connected by power with driving device, and the filter device includes that upside is communicated with the flowing lumen Filter chamber, the filter chamber is interior to be equipped with filter screen, is symmetrically installed with fixed plate, the filter chamber before and after the filter screen lower end surface Right side, which communicates, is equipped with opening lifting chamber to the left, and it is intracavitary and be installed with link block that the filter screen right end protrudes into the lifting, institute It states and is equipped with opening up sliding groove in link block, it is interior on the left of the sliding groove to be equipped with pre-and post perforative spline, the spline Slot internal spline is connected with splined shaft, and the lifting chamber is communicated equipped with the lifting groove that front and back is symmetrical and opening is opposite, the splined shaft Front and back end is respectively protruding into the lifting groove of opposite side and is installed with elevator, and the elevator center is threadedly coupled upper end and institute The elevating screw of lifting groove upper end wall rotation connection is stated, is communicated on the downside of the lifting chamber equipped with the first belt grooves, the lifting silk The first belt pulley is protruded into first belt grooves and be installed in bar lower end, is moved between first belt pulley by the first belt Power connection is installed with the second belt pulley in the first belt pulley lower position on the elevating screw on right side, and described second Belt pulley is connected by power with power device, in being installed with adsorption plate in the filter chamber on the downside of the filter screen.

Further technical solution, the driving device include driving chamber, and sliding is equipped with drive block, institute in the driving chamber The adjustable spring that drive block lower end surface is installed with lower end and the driving chamber lower end wall is connected is stated, passes through company on the right side of the driving chamber Access slot connection is equipped with pushing slot, and rotation is equipped with the company that left end engages connection with the drive block right side in the link slot Gear is connect, sliding sets the lower lock block that left side engages connection with the connection gear, the lower lock block upper end in the pushing slot Face is installed with the top pressure spring that upper end and the pushing slot upper end wall are connected, communicated on the downside of the pushing slot equipped with right end with it is described The extruding slot that conveyor chamber communicates, in the extruding slot sliding be equipped with upper surface abutted with the lower lock block and right end protrude into it is described defeated Send intracavitary crushing block, the extruding spring that the crushing block left side is installed with left end and the extruding slot left end wall is connected, institute It states and is installed with driving motor in drive block, communicated on the upside of the driving chamber equipped with the first engagement chamber, the driving motor upper end is dynamic Power is connected with upper end and protrudes into first engagement drive shaft that is intracavitary and being installed with first bevel gear, the first bevel gear rear end Face engagement is connected with the second bevel gear being rotatablely connected by the second shaft, leads between second shaft and the first rotating shaft It crosses the second belt to be connected by power, communicate on the downside of the driving chamber equipped with the second belt grooves, the driving motor lower end is connected by power There is lower end to protrude into the spline rod in second belt grooves, rotation is equipped with to spend with the spline rod in second belt grooves The spline housing of key connection, the spline housing are connected by power with the screening plant.

Further technical solution, the screening plant include that the conveyor chamber is communicated far from the side of the flowing lumen and set There is circulation groove, the circulation groove in left side is communicated by connecting tube with the circulation groove on right side, the circulation groove lower position It communicates far from the side of the flowing lumen equipped with cam chamber in the conveyor chamber, is set in the cam chamber by the rotation of third shaft There is cam, communicated on the downside of the cam chamber with second belt grooves, under third shaft lower end and second belt grooves End wall is rotatablely connected and is installed with third belt pulley thereon, passes through third belt between the third belt pulley and the spline housing It is connected by power, is communicated on the right side of the cam chamber of rear side equipped with interval turn trough, the interval turn trough is interior uniformly distributed by the 4th shaft Fixed there are four interval solid rods, and the 4th shaft lower end is connected by power with power device.

Further technical solution, the pressurizing unit includes the extrusion chamber that upside is communicated with the circulation groove, described to squeeze Intracavitary right side is pressed to communicate equipped with several openings towards left empty slot, the empty slot downside, which is equipped with, to be open towards left flexible chute, described Sliding is equipped with left end and protrudes into the flexible sliding block in the extrusion chamber in flexible chute, and the flexible sliding block right side is installed with right end The connecting spring being connected with the flexible chute right end wall, the extrusion chamber upside are communicated equipped with downward opening guide runner, institute It states sliding in extrusion chamber and is equipped with upper end and protrudes into the guide runner and be installed with left end and consolidate with what guide runner left end wall was connected Determine the stripper plate of spring, the extension spring that the stripper plate lower end is installed with left end and extrusion chamber left end wall is connected is described It is evenly equipped with the perforative through-hole in several left and right in stripper plate, is equipped with push plate on the left of the stripper plate, the push plate right side is installed with Several extruding through the through-hole are followed closely, and are communicated on the left of the extrusion chamber and are equipped with opening towards right shifting chute, the push plate left end Face is installed with the push rod that left end is protruded into the shifting chute and is installed with movable block, communicates on the downside of the shifting chute and is equipped with opening court On mobile cavity, right end is protruded into the mobile cavity and be threaded in the movable block lower end and the mobile cavity right end wall turns The mobile screw rod of dynamic connection, the mobile screw rod left end are connected by power with the power device, and being equipped on the downside of the extrusion chamber can The recyclable case of disassembly, is equipped with the recyclable chamber being connected to by connecting cavity with the extrusion chamber in the recyclable case, it is described can The sink that rear side is communicated with free surrounding space is equipped with by several water hole connections perforative up and down on the downside of reclaiming chamber.

Further technical solution, the rotating device include the rotation chamber communicated with the conveyor chamber and lifting chamber, institute It is intracavitary equipped with fixture block to state rotation, rotation chamber front and back, which symmetrically communicates, is equipped with the opposite arc groove of opening, right before and after the fixture block Claim to be installed with the arc-shaped gear block that one end far from the fixture block is protruded into the arc groove, communicates to be equipped on the downside of the arc groove and nibble Slot is closed, engages the meshing gear of connection in the engaging groove with the arc-shaped gear block equipped with upper surface by the rotation of the 5th shaft, 5th shaft is connected by power with the power device, be equipped on the right side of the arc groove removably can not recycling bins, it is described Can not in recycling bins equipped with opening up and upside with it is described rotate that chamber communicates can not reclaiming chamber.

Further technical solution, the power device include power cavity, and sliding is equipped with power block, institute in the power cavity It states and is communicated on the upside of power cavity equipped with downward opening second engagement chamber, the intracavitary rotation of the second engagement is equipped with lower end surface and power The transmission gear of block upper surface engagement connection, the transmission gear front end face are installed with third hand tap gear, the third hand tap gear Front end face engagement is connected with the 4th bevel gear, communicates on the upside of the second engagement chamber and engages chamber, the 4th cone tooth equipped with third Wheel upper surface is installed with upper end and engages the rotation connection of chamber upper end wall with the third and be installed with the 6th turn of first gear thereon Axis, first gear right side engagement are connected with second gear, and lower end and described the are installed at the second gear axle center 7th shaft of three engagement chamber lower end wall rotation connections, the 7th shaft and the 4th shaft are connected by the 4th belt power It connects, power motor is installed in the power block, the power cavity bilateral symmetry is communicated equipped with the 4th engagement chamber, the power electric The 4th engagement that opposite side is protruded into one end that machine bilateral symmetry is connected by power the separate power motor is intracavitary and solid Line shaft equipped with the 5th bevel gear, the 5th bevel gear lower end surface engagement on right side, which is connected with to rotate by eight revolution axis, to be connected The 6th bevel gear connect, is connected by power between the eight revolution axis and second belt pulley by the 5th belt, the institute in left side The 4th engagement chamber is stated to be equipped with by rotation axis rotation to engage the 7th bevel gear connected with the 5th bevel gear, left side Communicated on the upside of the 4th engagement chamber equipped with right side with the mobile cavity communicates the 5th engages chamber, the rotation axis upper end is protruded into 5th engagement is intracavitary and is installed with the first transmission gear of taper, and the first transmission gear rear end face engagement is connected with taper Second transmission gear, second transmission gear right side and the mobile screw rod left end are connected, the mobile screw rod and the 5th It is connected by power between shaft by the 6th belt.

The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by filter device by solid refuse and dirty By Attraction block is crossed, to sewage, adsorption treatment, the solid refuse after separation will be can be recycled bottled by screening plant again for water separation Rubbish is separated with not recyclable rubbish, then power device driving pressurizing unit to returnable bottle load garbage carry out compression drying and Centralized collection, while driving rotating device to be inverted to recyclable rubbish can not to focus in reclaiming chamber, power device with Conversion between driving device is so that multiple functions are realized in two motor driven its multiple devices work, and at its full-automation Reason is easy to use and installs, secondly, its classification processing and collection are recycled convenient for the classification of rubbish, it is the subsequent processing work of rubbish Skill provides convenience, and utility value is high, is applicable in the sewage treatment of various water channels.

Detailed description of the invention

Fig. 1 be it is of the invention it is a kind of carried out using environment-friendly type water channel sewage-treatment plant it is whole inside sewage rubbish processing method Body structural schematic diagram；

Fig. 2 is " A " enlarged structure schematic diagram in Fig. 1 in the present invention；

Fig. 3 is " B-B " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 4 is " C-C " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 5 is " D-D " direction structure schematic diagram in Fig. 1 in the present invention；

Fig. 6 is " E-E " direction structure schematic diagram in Fig. 5 in the present invention；

Fig. 7 is " F " enlarged structure schematic diagram in Fig. 6 in the present invention；

Fig. 8 is " G " enlarged structure schematic diagram in Fig. 7 in the present invention.

Specific embodiment

Below with reference to Fig. 1-8, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.

Referring to Fig.1-8, a kind of of embodiment according to the present invention carries out sewage using environment-friendly type water channel sewage-treatment plant Waste disposal method, including apparatus main body 10, described device main body 10 is interior to be equipped with water channel flowing lumen 11,11 upside of flowing lumen It communicates and is equipped with downward opening retraction slot 12, sliding is equipped with the closing block to open and close water channel in the retraction slot 12 13, filter device is equipped on the downside of the flowing lumen 11, the filter device separates the fluid in water channel sewage with solid, described Filter device upper side position is communicated on the upside of the flowing lumen 11 equipped with the conveyor chamber 14 that front and back is symmetrical and opening is opposite, described defeated It send and is equipped with screening plant in chamber 14, the screening plant is to screen separation recyclable plastics bottle and not recyclable ground white garbage Equal substances, the screening plant downside are equipped with pressurizing unit, and the pressurizing unit is to compress plastic bottle or recyclable tank etc. It collects, rotating device is equipped on the right side of the conveyor chamber 14, the rotating device is to handle Recyclable centralized collection；

The application method are as follows: the solid refuse in water channel sewage is separated by filter device with wastewater fluids, and closing block 13 declines Flowing lumen 11 is closed, solid refuse is delivered in conveyor chamber 14 thereafter, by screening plant by bottled recyclable rubbish with Recyclable rubbish does not separate, and returnable bottle is dredged to pressurizing unit, receives its broken compression convenient for dry by pressurizing unit Collection, the rubbish of recoverable is not collected processing by rotating device, to complete the sewage treatment of water channel.

Valuably or illustratively, it is communicated on the right side of the retraction slot 12 and is equipped with opening towards left lifting sliding slot 15, the envelope It closes 13 right side of block and is installed with the lifting slider 16 that right end protrudes into the lifting sliding slot 15, communicate and set on the left of the retraction slot 12 Have and see opening towards right rotation slot 17, the rotation slot 17 is interior to be equipped with right side and the closing block by the rotation of first rotating shaft 18 The rotate gear 19 of 13 engagement connections, 18 rear end of first rotating shaft are connected by power with driving device, and the filter device includes The filter chamber 20 that upside is communicated with the flowing lumen 11, the filter chamber 20 is interior to be equipped with filter screen 21,21 lower end of filter screen It is symmetrically installed with fixed plate 22 after in front, is communicated on the right side of the filter chamber 20 and is equipped with the lifting chamber 24 of opening to the left, the filtering 21 right end of net protrudes into the lifting chamber 24 and is installed with link block 23, is equipped with opening up sliding groove in the link block 23 27,27 left side of sliding groove is interior to be equipped with pre-and post perforative spline 26, and 26 internal spline of spline is connected with splined shaft 25, The lifting chamber 24 is communicated equipped with the lifting groove 28 that front and back is symmetrical and opening is opposite, and 25 front and back end of splined shaft is respectively protruding into phase To in the lifting groove 28 of side and elevator 29 is installed with, 29 center of elevator is threadedly coupled upper end and the lifting groove 28 The elevating screw 30 of upper end wall rotation connection, communicates equipped with the first belt grooves 31, the elevating screw on the downside of the lifting chamber 24 The first belt pulley 32 is protruded into first belt grooves 31 and be installed in 30 lower ends, passes through first between first belt pulley 32 Belt 33 is connected by power, and is installed with the second belt in 32 lower position of the first belt pulley on the elevating screw 30 on right side Wheel 34, second belt pulley 34 is connected by power with power device, and 21 downside of filter screen is in fixed in the filter chamber 20 There is adsorption plate 35；

In use, the solid impurity in water channel is separated by filter screen 21, sewage passes through the further adsorption treatment of adsorption plate 35 Outflow, the solid refuse after separation are located on filter screen 21, and elevating screw 30 rotates so that elevator 29 drives 23 edge of link block Lifting chamber 24 rise, then filter screen 21 with thereon rubbish rise.

Valuably or illustratively, the driving device includes driving chamber 36, and sliding is equipped with driving in the driving chamber 36 Block 37, the adjustable spring 38 that the drive block lower end surface is installed with lower end and 36 lower end wall of driving chamber is connected, the driving Pushing slot 51 is equipped with by the connection of link slot 49 on the right side of chamber 36, rotation is equipped with left end and the driving in the link slot 49 The connection gear 50 of 37 right side of block engagement connection, the interior sliding of the pushing slot 51 set left side and engage with the connection gear 50 The lower lock block 53 of connection, the top pressure spring that 53 upper surface of lower lock block is installed with upper end and 51 upper end wall of pushing slot is connected 52, communicate the extruding slot 54 communicated equipped with right end with the conveyor chamber 14 on the downside of the pushing slot 51, it is sliding in the extruding slot 54 It is dynamic to be abutted equipped with upper surface with the lower lock block 53 and right end protrudes into crushing block 56 in the conveyor chamber 14, the crushing block 56 Left side is installed with left end and the extruding spring 55 for squeezing 54 left end wall of slot and being connected, and is installed with driving in the drive block 37 Motor 39 communicates on the upside of the driving chamber 36 equipped with the first engagement chamber 41, and 39 upper end of driving motor has been connected by power upper end The drive shaft 40 of first bevel gear 42 is protruded into the first engagement chamber 41 and is installed with, 42 rear end face of first bevel gear is nibbled Close the second bevel gear 44 for being connected with and being rotatablely connected by the second shaft 43, second shaft 43 and the first rotating shaft 18 it Between be connected by power by the second belt, communicated on the downside of the driving chamber 36 equipped with the second belt grooves 46, under the driving motor 39 End is connected by power the spline rod 45 that lower end is protruded into second belt grooves 46, and rotation, which is equipped with, in second belt grooves 46 uses With the spline housing 47 connecting with 45 spline of spline rod, the spline housing 47 is connected by power with the screening plant；

In use, driving motor 39 works, then drive shaft 40 drives second bevel gear 44 to rotate, and to rotate by the second belt Gear 19 drives closing block 13 to go up and down, and moves up lower lock block 53, then connects It connects gear 50 to rotate counterclockwise, so that drive block 37 declines, then spline rod 45 is connect with 47 spline of spline housing, so that driving motor 39 driving screening plant work.

Valuably or illustratively, the screening plant includes side phase of the conveyor chamber 14 far from the flowing lumen 11 Logical to be equipped with circulation groove 58, the circulation groove 58 in left side is communicated by connecting tube 59 with the circulation groove 58 on right side, the stream 58 lower position of through slot is communicated far from the side of the flowing lumen 11 equipped with cam chamber 60, the cam chamber in the conveyor chamber 14 Cam 61 is equipped with by the rotation of third shaft 62 in 60,60 downside of cam chamber is communicated with second belt grooves 46, described 62 lower end of third shaft and 46 lower end wall of the second belt grooves are rotatablely connected and are installed with thereon third belt pulley 65, and described the It is connected by power between three belt pulleys 65 and the spline housing 47 by third belt 48, is communicated on the right side of the cam chamber 60 of rear side It is uniformly distributed fixed there are four interval solid rod 66 by the 4th shaft 63 in the interval turn trough 54 equipped with interval turn trough 54, described the Four shafts, 63 lower end is connected by power with power device；

In use, making driving motor 39 that cam 61 be driven to rotate by third belt 48, so that the back-and-forth motion of filter screen 21 will Recyclable water bottle is collected by circulation groove 58, and cam 61 rotates and pushes interval solid rod 66 that 63 intermittent rotary of the 4th shaft is used It is converted with the driving of power device.

Valuably or illustratively, the pressurizing unit includes the extrusion chamber 68 that upside is communicated with the circulation groove 58, institute The empty slot 69 communicated on the right side of in extrusion chamber 68 equipped with several openings towards a left side is stated, is equipped with opening towards the flexible of a left side on the downside of the empty slot 69 Sliding slot 70, the interior sliding of the flexible chute 70 are equipped with left end and protrude into the flexible sliding block 73 in the extrusion chamber 68, the flexible cunning 73 right side of block is installed with the connecting spring 72 that right end and the 70 right end wall of flexible chute are connected, the 68 upside phase of extrusion chamber Logical to be equipped with downward opening guide runner 79, sliding is equipped with upper end and protrudes into the guide runner 79 and be installed in the extrusion chamber 68 The stripper plate 75 for the fixed spring 80 that left end and the 79 left end wall of guide runner are connected, 75 lower end of stripper plate is installed with left end The extension spring 74 being connected with the 68 left end wall of extrusion chamber is evenly equipped with the perforative through-hole in several left and right in the stripper plate 75 76, push plate 78 is equipped on the left of the stripper plate 75,78 right side of push plate is installed with several extruding through the through-hole 76 77 are followed closely, is communicated on the left of the extrusion chamber 68 and is equipped with opening towards right shifting chute 83,78 left side of push plate is installed with left end and stretches Enter in the shifting chute 83 and be installed with the push rod 81 of movable block 85, communicates on the downside of the shifting chute 83 equipped with opening up shifting Dynamic chamber 82,85 lower end of movable block are protruded into the mobile cavity 82 and are threaded with right end and the 82 right end wall of mobile cavity The mobile screw rod 84 of rotation connection, mobile 84 left end of screw rod is connected by power with the power device, under the extrusion chamber 68 Side is equipped with removably recyclable case 107, is equipped in the recyclable case 107 and is connected by connecting cavity 106 and the extrusion chamber 68 Logical recyclable chamber 108 is equipped with rear side and outer by several connections of water holes 120 perforative up and down on the downside of the recyclable chamber 108 The sink 109 that boundary space communicates；

In use, recyclable plastics bottle is entered in extrusion chamber 68 by circulation groove 58, push rod 81 pushes push plate 78 to move right band Dynamic stripper plate 75 moves to right, and level is punctured to and protruded into empty slot 69 by squeezing nail 77, passes through stripper plate 75 and 68 right end of extrusion chamber The extruding force of wall compresses plastic bottle, and rear push-rod 81 drives push plate 78 to be moved to the left, and stripper plate 75 is with moving to left to the left side limit When position, push plate 78 continues to move to left so that squeezing nail 77 exits through-hole 76, and compressed plastic bottle is detached from by stripper plate 75 and is squeezed Nail pressing 77 is simultaneously fallen in recyclable chamber 108 by connecting cavity 106, and the water in extrusion process in the plastic bottle of part can pass through sink 109 discharges, so that the bottle in recyclable chamber 108 compresses and dries collection.

Valuably or illustratively, the rotating device includes the rotation chamber communicated with the conveyor chamber 14 and lifting chamber 24 57, the rotation chamber 57 is interior to be equipped with fixture block 139, and 57 front and back of rotation chamber is symmetrically communicated equipped with the opposite arc groove 142 that is open, 139 front and back of fixture block is symmetrically installed with the arc-shaped gear block that one end far from the fixture block 139 is protruded into the arc groove 142 140, it communicates on the downside of the arc groove 142 equipped with engaging groove 145, is equipped in the engaging groove 145 by the rotation of the 5th shaft 141 Upper surface engages the meshing gear 144 of connection with the arc-shaped gear block 140, and the 5th shaft 141 and the power device are dynamic Power connection, be equipped on the right side of the arc groove 142 removably can not recycling bins 146, it is described to be equipped with opening in recycling bins 146 Upward and upside with it is described rotation chamber 57 communicate can not reclaiming chamber 147；

In use, link block 23 and fixture block 139 are clamped, power device drives the rotation of the 5th shaft 141, then meshing gear 144 is inverse Hour hands, which rotate so that arc-shaped gear block 140 rotates clockwise, drives filter screen 21 to rotate clockwise along rotation chamber 57, then can not return The rubbish of receipts, which is fallen to, to be collected in reclaiming chamber 147.

Valuably or illustratively, the power device includes power cavity 121, and sliding is equipped with dynamic in the power cavity 121 Power block 122 communicates on the upside of the power cavity 121 equipped with downward opening second engagement chamber 123, in the second engagement chamber 123 Rotation is equipped with the transmission gear 125 that lower end surface engages connection with 122 upper surface of power block, and 125 front end face of transmission gear is solid Equipped with third hand tap gear 124,124 front end face of the third hand tap gear engagement is connected with the 4th bevel gear 126, second engagement It is communicated on the upside of chamber 123 and engages chamber 129 equipped with third, 126 upper surface of the 4th bevel gear is installed with upper end and nibbles with the third It closes the rotation connection of 129 upper end wall of chamber and is installed with the 6th shaft 127 of first gear 128,128 right end of first gear thereon Face engagement is connected with second gear 135, is installed with lower end at 135 axle center of second gear and engages under chamber 129 with the third 7th shaft 131 of end wall rotation connection, the 7th shaft 131 pass through 130 power of the 4th belt with the 4th shaft 63 It connects, power motor 138 is installed in the power block 122,121 bilateral symmetry of power cavity is communicated equipped with the 4th engagement chamber 98,138 bilateral symmetry of power motor is connected by power the institute that opposite side is protruded into one end far from the power motor 138 State in the 4th engagement chamber 98 and be installed with the line shaft 136 of the 5th bevel gear 99,99 lower end surface of the 5th bevel gear on right side Engagement is connected with the 6th bevel gear 101 being rotatablely connected by eight revolution axis 105, the eight revolution axis 105 and second skin It is connected by power between belt wheel 34 by the 5th belt 104, the 4th engagement chamber 98 in left side is equipped with by the rotation of rotation axis 94 To engage the 7th bevel gear 97 of connection with the 5th bevel gear 99, communicates and set on the upside of the 4th engagement chamber 98 in left side Have right side with the mobile cavity 82 communicates the 5th engages chamber 88,94 upper end of rotation axis is protruded into the described 5th and is engaged in chamber 88 And it is installed with the first transmission gear of taper 87,87 rear end face of the first transmission gear engagement is connected with the second transmission gear of taper 86,86 right side of the second transmission gear and mobile 84 left end of screw rod are connected, the mobile screw rod 84 and the 5th shaft It is connected by power between 141 by the 6th belt 95；

In use, power motor 138 works, line shaft 136 is rotated so that the rotation of the 6th bevel gear 101, passes through the 5th belt 104 Filter device work is driven, the rotation of the 4th shaft 63 rotates the 7th shaft 131 by the 4th belt 130, then second gear 135 rotations are rotated clockwise by the underdrive of first gear 128 band nutating gear 125, then power block 122 is to moving to left It moves so that the 7th bevel gear 97 engages connection with the 5th bevel gear 99 in left side, then rotation axis 94 rotates so that mobile 84 turns of screw rod It is dynamic to drive pressurizing unit work, while by the 6th belt 95 rotating device is worked.

Original state, closing block 13, which is located in retraction slot 12, opens flowing lumen 11, first bevel gear 42 and second bevel gear 44 engagement connections, spline rod 45 are connect with the non-spline of spline housing 47, and filter screen 21 is located in filter chamber 20, and fixture block 139 is in vertical Location status, front and back cam 61 are located at same direction, the 5th bevel gear 99 in left side and the 7th bevel gear 97 company of engagement It connects, the 5th bevel gear 99 on right side engages connection with the 6th bevel gear 101.

When needing device to work, sewage flow to the discharge of filter chamber 20 by flowing lumen 11, by filter screen 21 by solid Rubbish separation, driving motor 39 work, then first bevel gear 42 rotates, and drive rotate gear 19 to turn clockwise by the second belt Dynamic, then flowing lumen 11 is closed in the decline of closing block 13, and then power motor 138 works, and the 5th bevel gear 99 on right side drives The rotation of 6th bevel gear 101 rotates elevating screw 30 by the 5th belt 104, then elevator 29 drives on filter screen 21 It rises in conveyor chamber 14, filter screen 21 pushes crushing block 56 to be moved to the left, then lower lock block 53 rises, and is made by connection gear 50 Drive block 37 declines, then spline rod 45 engages connection with spline housing 47, drives 65 turns of third belt pulley by third belt 48 It is dynamic, then the rotation of cam 61 push filter screen 21 along splined shaft 25 be moved forward and backward by the bottle that can be recycled on filter screen 21 screen to It concentrates and enters in extrusion chamber 68 in circulation groove 58, pass through interval solid rod 66 during 61 rotation process of cam and make the 4th shaft 63 Intermittent rotary makes 135 intermittent rotary of second gear by the 4th belt 130, and makes transmission gear by first gear 128 125 slowly rotations clockwise, then power block 122 is slowly mobile to the left, after the rotation screening of cam 61, power block 122 to The 5th bevel gear 99 moved left to left side engages connection with the 7th bevel gear 97, and thereafter, power motor 138 works, the The rotation of seven bevel gears 97, then the second transmission gear 86 drives mobile screw rod 84 to rotate, then movable block 85 to push away by push rod 81 Plate 78 drives stripper plate 75 to move right and punctures returnable bottle by squeezing nail 77, and in stripper plate 75 and 68 right end of extrusion chamber So that returnable bottle compresses under the extruding force effect of wall, meanwhile, make the 5th shaft 141 drive engaging tooth by the 6th belt 95 Wheel 144 rotates counterclockwise, then arc-shaped gear block 140, which rotates clockwise, drives filter screen 21 to rotate, then expendable rubbish thereon (such as: white garbage), which falls to, to be focused in reclaiming chamber 147, and thereafter, power motor 138 rotates backward work, then Mobile screw rod 84 rotates backward so that movable block 85 drives push plate 78 to be moved to the left by push rod 81, and stripper plate 75 restores initial bit Push plate 78 persistently moves to left when setting, and falls to the compression bottle on extruding nail 77 in recyclable chamber 108 It focuses on, the water in bottle is dry convenient for compressed returnable bottle by the discharge of sink 109, at the same time, passes through the 6th skin Band 95 makes the 5th shaft 141 that meshing gear 144 be driven to rotate clockwise, then arc-shaped gear block 140 rotates counterclockwise drive filtering Net 21 turns in conveyor chamber 14, and then, driving motor 39 rotates backward, and makes third belt pulley 65 anti-by third belt 48 To rotation, then cam 61, which is rotated backward, makes the reversed intermittent rotary of the 4th shaft 63 by interval solid rod 66, then second gear 135 It inverts, the slow mobile recovery to the right of power block 122 to initial position, then the 5th bevel gear 99 and the 6th bevel gear on right side 101 engagement connections, the work of power motor 138 make the reversion of elevating screw 30 that filter screen 21 be driven to restore by the 5th belt 104 Initial position, then crushing block 56, which is moved to right to initial position, drives drive block 37 to rise to first bevel gear 42 and second bevel gear 44 Engagement connection, then driving motor 39 makes second bevel gear 44 that rotate gear 19 be driven to rotate counterclockwise, so that in closing block 13 It rises in retraction slot 12, then device restPoses.

Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims

1. a kind of carry out sewage rubbish processing method using environment-friendly type water channel sewage-treatment plant, wherein the environment-friendly type water channel is dirty Water treatment facilities includes apparatus main body, and water channel flowing lumen is equipped in described device main body, communicates to be equipped on the upside of the flowing lumen and open The retraction slot of mouth down, the interior sliding of the retraction slot are equipped with the closing block to open and close water channel, the flowing lumen downside Equipped with filter device, the filter device separates the fluid in water channel sewage with solid, the filter device upper side position in It is communicated on the upside of the flowing lumen equipped with the conveyor chamber that front and back is symmetrical and opening is opposite, the conveyor chamber is interior to be equipped with screening plant, institute Screening plant is stated to screen separation recyclable plastics bottle and the not substances such as recyclable ground white garbage, the screening plant downside Equipped with pressurizing unit, the pressurizing unit is equipped on the right side of the conveyor chamber to collect the compressions such as plastic bottle or recyclable tank Rotating device, the rotating device is to handle Recyclable centralized collection；This method is technically characterized in that water channel dirt Solid refuse in water is separated by filter device with wastewater fluids, and general who has surrendered's flowing lumen is closed under closing block, thereafter by solid rubbish Rubbish is delivered in conveyor chamber, separates bottled recyclable rubbish with not recyclable rubbish by screening plant, returnable bottle dredging To pressurizing unit, collect its broken compression convenient for dry by pressurizing unit, the rubbish of recoverable is not by rotation Device is collected processing, to complete the sewage treatment of water channel.

2. it is according to claim 1 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, it is communicated on the right side of the retraction slot and is equipped with opening towards left lifting sliding slot, the closing block right side is installed with right end and protrudes into Lifting slider in the lifting sliding slot, the retraction slot left side, which communicates to be equipped with, sees opening towards right rotation slot, the rotation slot It is interior right side is equipped with by first rotating shaft rotation engage with the closing block rotate gear connected, the first rotating shaft rear end and Driving device is connected by power, and the filter device includes the filter chamber that upside is communicated with the flowing lumen, is set in the filter chamber There is filter screen, fixed plate is symmetrically installed with before and after the filter screen lower end surface, is communicated on the right side of the filter chamber and is equipped with opening to the left Lifting chamber, it is intracavitary and be installed with link block that the filter screen right end protrudes into the lifting, and opening court is equipped in the link block On sliding groove, on the left of the sliding groove in be equipped with pre-and post perforative spline, the spline internal spline is connected with splined shaft, The lifting chamber is communicated equipped with the lifting groove that front and back is symmetrical and opening is opposite, and the splined shaft front and back end is respectively protruding into opposite side Lifting groove in and be installed with elevator, the elevator center is threadedly coupled upper end and the lifting groove upper end wall is rotatablely connected Elevating screw, communicate equipped with the first belt grooves on the downside of the lifting chamber, first belt is protruded into the elevating screw lower end In slot and it is installed with the first belt pulley, is connected by power between first belt pulley by the first belt, the lifting on right side It is installed with the second belt pulley in the first belt pulley lower position on screw rod, second belt pulley and power device power connect It connects, in being installed with adsorption plate in the filter chamber on the downside of the filter screen；It is characterized by: the solid impurity in water channel passed through Strainer separation, by the further adsorption treatment outflow of adsorption plate, the solid refuse after separation is located on filter screen, goes up and down sewage Screw rod rotates so that elevator drives link block to rise along lifting chamber, then filter screen rises with rubbish thereon.

3. it is according to claim 2 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, the driving device includes driving chamber, and sliding is equipped with drive block in the driving chamber, and the drive block lower end surface is installed with The adjustable spring that lower end and the driving chamber lower end wall are connected, the driving chamber right side is equipped with by link slot connection to be pushed Slot, interior rotate of the link slot is equipped with the connection gear that left end engages connection with the drive block right side, in the pushing slot Sliding set left side engage with the connection gear connect lower lock block, the lower lock block upper surface be installed with upper end with it is described under The connected top pressure spring of indent upper end wall, the pushing slot downside communicate the extruding slot communicated equipped with right end with the conveyor chamber, The interior sliding of the extruding slot is abutted equipped with upper surface with the lower lock block and right end protrudes into the crushing block in the conveyor chamber, described Crushing block left side is installed with left end and the extruding spring for squeezing slot left end wall and being connected, and is installed with driving in the drive block Motor is communicated equipped with the first engagement chamber on the upside of the driving chamber, the driving motor upper end be connected by power upper end protrude into it is described First engagement drive shaft that is intracavitary and being installed with first bevel gear, the first bevel gear rear end face engagement are connected with by second The second bevel gear of shaft rotation connection, is connected by power between second shaft and the first rotating shaft by the second belt, It communicates on the downside of the driving chamber equipped with the second belt grooves, the driving motor lower end has been connected by power lower end and has protruded into second skin Spline rod in trough of belt, the interior rotation of second belt grooves is equipped with the spline housing to connect with the spline rod spline, described Spline housing is connected by power with the screening plant；It is characterized by: driving motor works, then drive shaft drives second bevel gear Rotation makes rotate gear drive closing block lifting, under making when crushing block, which is squeezed, to be moved to the left by the second belt Briquetting moves up, then connection gear rotates counterclockwise, so that drive block declines, then spline rod is connect with spline housing spline, is made Obtain driving motor driving screening plant work.

4. it is according to claim 1 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, to include the conveyor chamber communicate far from the side of the flowing lumen equipped with circulation groove the screening plant, left side it is described Circulation groove is communicated by connecting tube with the circulation groove on right side, and the circulation groove lower position is in the conveyor chamber far from described The side of flowing lumen is communicated equipped with cam chamber, is rotated in the cam chamber by third shaft and is equipped with cam, under the cam chamber Side is communicated with second belt grooves, and third shaft lower end and the second belt grooves lower end wall are rotatablely connected and consolidate thereon Equipped with third belt pulley, be connected by power between the third belt pulley and the spline housing by third belt, rear side it is described It communicates on the right side of cam chamber equipped with interval turn trough, it is uniformly distributed fixed there are four interval solid rod by the 4th shaft in the interval turn trough, The 4th shaft lower end is connected by power with power device；It is characterized by: it is convex to drive driving motor by third belt Wheel rotation is collected recyclable water bottle by circulation groove so that filter screen is moved forward and backward, and cam rotates and interval solid rod is pushed to make The driving that the 4th shaft intermittent rotary is obtained to power device is converted.

5. it is according to claim 1 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, the pressurizing unit includes the extrusion chamber that upside is communicated with the circulation groove, is equipped with if communicating on the right side of in the extrusion chamber Dry opening is towards the empty slot on a left side, and equipped with opening towards left flexible chute, the flexible chute is interior to be slided equipped with a left side for the empty slot downside The flexible sliding block in the extrusion chamber is protruded at end, and the flexible sliding block right side is installed with right end and the flexible chute right end wall Connected connecting spring, the extrusion chamber upside are communicated equipped with downward opening guide runner, and the interior sliding of the extrusion chamber is equipped with upper The stripper plate for the fixed spring that left end is connected with guide runner left end wall is protruded into the guide runner and is installed at end, described to squeeze Pressing plate lower end is installed with the extension spring that left end is connected with extrusion chamber left end wall, is evenly equipped with several left and right in the stripper plate Perforative through-hole, the stripper plate left side are equipped with push plate, and the push plate right side is installed with several extruding through the through-hole Nail, the extrusion chamber left side, which communicates, is equipped with opening towards right shifting chute, and the push plate left side is installed with left end and protrudes into the shifting Dynamic slot is interior and is installed with the push rod of movable block, communicates on the downside of the shifting chute equipped with opening up mobile cavity, the movable block The mobile screw rod of right end and mobile cavity right end wall rotation connection is protruded into the mobile cavity and be threaded in lower end, described Mobile screw rod left end is connected by power with the power device, and being equipped on the downside of the extrusion chamber removably can be recycled case, it is described can Recycling bins are interior to be equipped with the recyclable chamber being connected to by connecting cavity with the extrusion chamber, passes through above and below several on the downside of the recyclable chamber Perforative water hole connection is equipped with the sink that rear side is communicated with free surrounding space；It is characterized by: recyclable plastics bottle passes through circulation groove Into in extrusion chamber, push rod pushes push plate to move right and drives stripper plate to move to right, puncture level by extruding nail and protrude into sky Slot compresses plastic bottle by the extruding force of stripper plate and extrusion chamber right end wall, and rear push-rod drives push plate to be moved to the left, stripper plate When with moving to left to left side extreme position, push plate continues to move to left so that squeezing nail exits through-hole, and compressed plastic bottle is by squeezing Pressing plate, which is detached to squeeze to follow closely and fall to by connecting cavity, can be recycled intracavitary, and the water in extrusion process in the plastic bottle of part can pass through water Slot discharge, compresses so that intracavitary bottle can be recycled and dries collection.

6. it is according to claim 1 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, the rotating device includes the rotation chamber communicated with the conveyor chamber and lifting chamber, and the rotation is intracavitary to be equipped with fixture block, institute Symmetrical communicate is equipped with the opposite arc groove that is open before and after stating rotation chamber, and the separate fixture block is symmetrically installed with before and after the fixture block The arc-shaped gear block in the arc groove is protruded into one end, communicates on the downside of the arc groove equipped with engaging groove, passes through in the engaging groove The rotation of 5th shaft is equipped with the meshing gear that upper surface engages connection with the arc-shaped gear block, the 5th shaft and the power Device is connected by power, be equipped on the right side of the arc groove removably can not recycling bins, it is described to be equipped with opening court in recycling bins What upper and upside was communicated with the rotation chamber can not reclaiming chamber；It is characterized by: link block and fixture block are clamped, power device driving The rotation of 5th shaft, then meshing gear, which rotates counterclockwise so that arc-shaped gear block rotates clockwise, drives filter screen suitable along rotation chamber Hour hands rotation, then expendable rubbish, which is fallen to, to be collected in reclaiming chamber.

7. it is according to claim 4 it is a kind of using environment-friendly type water channel sewage-treatment plant carry out sewage rubbish processing method, Wherein, the power device includes power cavity, and sliding is equipped with power block in the power cavity, communicates and is equipped on the upside of the power cavity Downward opening second engagement chamber, the intracavitary rotation of the second engagement are equipped with the biography that lower end surface engages connection with power block upper surface Moving gear, the transmission gear front end face are installed with third hand tap gear, and the third hand tap gear front end face engagement is connected with the 4th Bevel gear, it is described second engagement chamber on the upside of communicates equipped with third engage chamber, the 4th bevel gear upper surface be installed with upper end with The third engagement chamber upper end wall rotation connection and the 6th shaft for being installed with first gear thereon, the first gear right side Engagement is connected with second gear, and lower end is installed at the second gear axle center and engages the rotation connection of chamber lower end wall with the third The 7th shaft, the 7th shaft is connected by power by the 4th belt with the 4th shaft, is installed in the power block Power motor, the power cavity bilateral symmetry are communicated equipped with the 4th engagement chamber, and the power motor bilateral symmetry has been connected by power The 4th engagement power that is intracavitary and being installed with the 5th bevel gear of opposite side is protruded into one end far from the power motor The 5th bevel gear lower end surface engagement of axis, right side is connected with the 6th bevel gear being rotatablely connected by eight revolution axis, described It is connected by power between eight revolution axis and second belt pulley by the 5th belt, the 4th engagement chamber in left side passes through rotation Axis rotation is equipped with the 7th bevel gear to engage connection with the 5th bevel gear, phase on the upside of the 4th engagement chamber in left side It is logical equipped with right side with the mobile cavity communicates the 5th engage chamber, the rotation axis upper end protrudes into the described 5th and engages intracavitary and consolidate Equipped with the first transmission gear of taper, the first transmission gear rear end face engagement is connected with the second transmission gear of taper, and described the Two transmission gear right sides and the mobile screw rod left end are connected, and pass through the 6th belt between the mobile screw rod and the 5th shaft It is connected by power；It is characterized by: power motor works, line shaft rotates so that the rotation of the 6th bevel gear, passes through the 5th belt and drive Dynamic filter device work, the rotation of the 4th shaft rotate the 7th shaft by the 4th belt, then second gear rotation, by the The underdrive band nutating gear of one gear rotates clockwise, then power block is moved to the left so that the 7th bevel gear and left side The engagement connection of 5th bevel gear, then rotation axis rotates so that mobile screw rod rotation drives pressurizing unit work, while passing through the 6th Belt makes rotating device work.