CN202099687U

CN202099687U - Fiber recoverer

Info

Publication number: CN202099687U
Application number: CN2011201712787U
Authority: CN
Inventors: 谢摞富
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-05-16
Filing date: 2011-05-16
Publication date: 2012-01-04
Anticipated expiration: 2021-05-16

Abstract

The utility model relates to a fiber recoverer, which comprises a dynamic mixer, a diffusion tube, an outer cylinder, a cellular board and a pulp scraping device, wherein, the dynamic mixer is used for stirring and blending material; the cellular board is positioned in the outer cylinder; an inner chamber of the outer cylinder is divided into a flocculating setting area and a clear water area by the cellular board; the flocculating setting area is positioned under the cellular board; the diffusion tube is arranged in the flocculating setting area of the outer cylinder; a material output end of the dynamic mixer is communicated with the diffusion tube; the pulp scraping device is positioned at the lower part of the flocculating setting area of the outer cylinder; and a pulp discharging port is formed at the lower part of the flocculating setting area of the outer cylinder. The fiber recoverer is characterized by simple operation, low consumption, good effect, short time and high efficiency.

Description

The fiber recovery device

Technical field

The utility model relates to a kind of fiber recovery device.

Background technology

Along with people's is to the pay attention to day by day of environmental protection and natural resources, and it is more and more important to copy in the paper plain boiled water fiber recovery and water reuse, and at present, this kind plain boiled water adopts the shallow air-floatation method to handle more.Handle in this way when copying paper plain boiled water, though can accelerate the layering of suspended matter and treatment fluid in the waste water, the equipment needed thereby investment greatly; Dissolve the gas complicated operation; Power consumption is big, and chemical industry consumption is big, laitance since dissolve in a large amount of compressed air can't direct reuse; Because SS content is big in the pure water in processing back, pure water also can't direct reuse.

The utility model content

The primary and foremost purpose of the utility model is to provide a kind of small investment, simple to operate and consume little fiber recovery device, and the concrete scheme of the utility model is following:

A kind of fiber recovery device comprises the dynamic mixer, anemostat, urceolus, cellular board and the Pulp scraping device that are used for material and mix; Said cellular board is positioned at said urceolus, and said cellular board is divided into flocculating setting district and clear water zone with the inner chamber of said urceolus, and said flocculating setting district is positioned at said cellular board below; Be provided with said anemostat in the flocculating setting district of said urceolus, the material output of said dynamic mixer is communicated with said anemostat; Said Pulp scraping device is positioned at the below, flocculating setting district of said urceolus, and the below, flocculating setting district of said urceolus is provided with the plasma discharge mouth.

Preferably, the bottom surface, flocculating setting district of said urceolus is taper, and said plasma discharge mouth is positioned at bottom, bottom surface, flocculating setting district.

Preferably, said slurry-discharging equipment comprises driving shaft and scraper plate, and said driving shaft is vertical with horizontal plane, and said scraper plate is an isosceles triangle, and the center line part of said scraper plate is affixed with said driving shaft, and two edges of said scraper plate contact with bottom surface, said flocculating setting district.

Preferably, comprise inner core and bracing frame, support frame as described above is a tabular, and support frame as described above is provided with filtrate hole, and the edge of support frame as described above and the inwall of said urceolus are affixed; Bottom surface, said inner core position is provided with opening, and the end face of said inner core and the end face of said urceolus are affixed; Said cellular board is positioned at the outside of said inner core, and said cellular board is provided with along the inwall of said urceolus ringwise.

Preferably, also comprise water leg, said water leg is positioned at the top in the said urceolus outside, and said water leg is provided with along the urceolus outside ringwise, below said water leg, is communicated with drainpipe.

The fiber recovery device that the utility model provides overcomes the weak point of prior art, according to the characteristic of fiber fines proportion in the plain boiled water and colloid Z-current potential; Utilize flocculation precipitation method and optimum process condition, can make effects such as fiber fines in the plain boiled water is efficiently adsorbed, flocculation, bridge formation, thereby rapid precipitation is got off; Provide a kind of continous mode that needs efficient flocculant and solid-liquid separation equipment to copy the flocculation-precipitation process device of paper plain boiled water; Can in copying paper plain boiled water, add antiseptic simultaneously, guarantee that fiber fines never degenerates, establish one in the solid layer bottom and scrape slurry equipment separating layer solid (fiber fines) discharge in time; This device is simple to operate; The power consumption of processing plain boiled water is little, chemical industry consumption is little, effective, has shortened the solid-liquid separation time simultaneously, thereby has improved treatment effeciency greatly.

Description of drawings

Accompanying drawing described herein is used to provide the further understanding to the utility model, constitutes the application's a part, does not constitute the improper qualification to the utility model, in the accompanying drawings:

Fig. 1 is the utility model example structure sketch map.

The specific embodiment

To combine accompanying drawing and specific embodiment to specify the utility model below, be used for explaining the utility model in the illustrative examples and the explanation of this utility model, but not as the qualification to the utility model.

Embodiment

As shown in Figure 1, plain boiled water inlet tube 1 and PAC (basic aluminium chloride) add pipe 2 and are connected to dynamic mixer 3 inlets, and dynamic mixer 3 is used for plain boiled water and PAC (basic aluminium chloride) are mixed; Dynamic mixer 3 outlets are connected to anemostat 4 inlets, and anemostat 4 is connected fixing with urceolus 11, are connected fixing through three screw rods with inner core 5; Inner core 5 tops 9 are connected fixingly with walking on stage, and inner core 5 bottoms are connected with bracing frame 6 to be fixed, and bracing frame 6 is a tabular; Bracing frame 6 is provided with filtrate hole; The inwall of the edge of bracing frame 6 and urceolus 11 is affixed, and urceolus 11 inside also are provided with cellular board 7, and cellular board is positioned at the outside of inner core 5; Cellular board 7 is fixed on the bracing frame 6; Cellular board 7 is provided with along the inwall of urceolus 11 ringwise, and cellular board 7 is divided into flocculating setting district and clear water zone with the inner chamber of said urceolus 11, and the flocculating setting district is positioned at said cellular board 7 belows; Anemostat 4 is positioned at the flocculating setting district of urceolus 11; Urceolus 11 top, outside are provided with cylindrical water leg 8, and water leg 8 is provided with along urceolus 11 outsides ringwise, are provided with drainpipe 10 below the water leg 8, and urceolus 11 tops also are provided with walks on stage 9, walk on stage 9 be connected with urceolus 11 fixing; Urceolus 11 bottom surfaces are taper, and the bottom of urceolus 11 taper bottom surfaces is provided with the plasma discharge mouth; The below, flocculating setting district of urceolus 11 is provided with Pulp scraping device 12, and Pulp scraping device 12 comprises driving shaft and scraper plate, and the driving shaft top is connected fixing with anemostat 4; The bottom is connected fixing with urceolus 11 low sides; Make driving shaft vertical with horizontal plane, scraper plate then is an isosceles triangle, and the center line part of said scraper plate is affixed with said driving shaft; And two edges of scraper plate contact with the bottom surface, flocculating setting district of urceolus 11, and urceolus 11 bottoms are provided with discharge pipe 13.

More than technical scheme that the utility model embodiment is provided carried out detailed introduction; Used concrete example among this paper principle and the embodiment of the utility model embodiment are set forth, the explanation of above embodiment only is applicable to the principle that helps to understand the utility model embodiment; Simultaneously, for one of ordinary skill in the art, according to the utility model embodiment, the part that on the specific embodiment and range of application, all can change, in sum, this description should not be construed as the restriction to the utility model.

Claims

1. fiber recovery device is characterized in that:

Comprise the dynamic mixer, anemostat, urceolus, cellular board and the Pulp scraping device that are used for material and mix;

Said cellular board is positioned at said urceolus, and said cellular board is divided into flocculating setting district and clear water zone with the inner chamber of said urceolus, and said flocculating setting district is positioned at said cellular board below;

Be provided with said anemostat in the flocculating setting district of said urceolus, the material output of said dynamic mixer is communicated with said anemostat;

Said Pulp scraping device is positioned at the below, flocculating setting district of said urceolus, and the below, flocculating setting district of said urceolus is provided with the plasma discharge mouth.

2. fiber recovery device as claimed in claim 1 is characterized in that:

The bottom surface, flocculating setting district of said urceolus is taper, and said plasma discharge mouth is positioned at bottom, bottom surface, flocculating setting district.

3. fiber recovery device as claimed in claim 2 is characterized in that:

Said slurry-discharging equipment comprises driving shaft and scraper plate, and said driving shaft is vertical with horizontal plane, and said scraper plate is an isosceles triangle, and the center line part of said scraper plate is affixed with said driving shaft, and two edges of said scraper plate contact with bottom surface, said flocculating setting district.

4. fiber recovery device as claimed in claim 1 is characterized in that:

Comprise inner core and bracing frame, support frame as described above is a tabular, and support frame as described above is provided with filtrate hole, and the edge of support frame as described above and the inwall of said urceolus are affixed;

Bottom surface, said inner core position is provided with opening, and the end face of said inner core and the end face of said urceolus are affixed;

Said cellular board is positioned at the outside of said inner core, and said cellular board is provided with along the inwall of said urceolus ringwise.

5. fiber recovery device as claimed in claim 1 is characterized in that:

Also comprise water leg, said water leg is positioned at the top in the said urceolus outside, and said water leg is provided with along the urceolus outside ringwise, below said water leg, is communicated with drainpipe.