CN201296548Y

CN201296548Y - Pressurized water type hydraulic active carbon-transferring tank

Info

Publication number: CN201296548Y
Application number: CNU2008200728216U
Authority: CN
Inventors: 龙振坤
Original assignee: CHINA NATIONAL GOLD Corp TECHNOLOGY CENTER; Changchun Gold Research Institute
Current assignee: CHINA NATIONAL GOLD Corp TECHNOLOGY CENTER; Changchun Gold Research Institute
Priority date: 2008-11-27
Filing date: 2008-11-27
Publication date: 2009-08-26
Anticipated expiration: 2018-11-27

Abstract

The utility model relates to a pressurized water type hydraulic active carbon-transferring tank, which belongs to the field of mechanical equipment. The hydraulic active carbon-transferring tank comprises a tank body, an active carbon inlet, pressurized water distribution tubes, a spare liquid-discharging outlet, an active carbon outlet, an active carbon conveyor and a spare carbon-discharging outlet; wherein, the active carbon inlet is arranged on the upper end of the tank body; the pressurized water distribution tubes are arranged on the upper end of the inner circle of the tank body and fixed on the wall of the tank body by threaded flanges; each pressurized water distribution tube is provided with a plurality of pores; the spare carbon-discharging outlet is arranged on the left side of the lower end of the tank body; the spare liquid-discharging outlet is arranged on the right side of the lower end; the active carbon outlet is arranged at the center of the tank body; and the active carbon conveyor is arranged under the active carbon outlet. The utility model has the following advantages: the damage-free transportation of active carbon is realized, so that the loss of the active carbon can be greatly reduced in the process of transportation, and while the active carbon can be efficiently transported, the transportation cost and loss of the active carbon can be reduced.

Description

A kind of hydraulic type active carbon waterpower transfer pot

Technical field

The utility model relates to the mechanical equipment class, particularly a kind of hydraulic type active carbon waterpower transfer pot.

Background technology

As everyone knows, present domestic every profession and trade is more and more wider to the range of use of active carbon, generally utilize the characterization of adsorption of active carbon, it is applied aborning as a kind of absorption collecting material, but present domestic each active carbon applying unit, the mode of movement of active carbon is paid attention to not enough, the active carbon mode of movement that now general enterprise adopts is the manpower mode of movement that adds crane, pump delivery mode, water sprayer mode of movement etc., in these active carbon mode of movements; It is low that manpower adds its transport efficiency of crane mode of movement, takes manually, causes shortcomings such as carrying the cost height; Pump delivery mode and water sprayer mode of movement have charcoal destruction big, cause the high and high shortcoming of conveying cost of charcoal loss rate in the active carbon course of conveying, and to the carbon surface damage seriously, cause economic loss big, suddenly treat and need be improved.

The utility model content

The purpose of this utility model is to provide a kind of hydraulic type active carbon waterpower transfer pot, the transport efficiency that exists in the existing active carbon mode of movement of solution is low, expense is artificial, carry the cost height, big to activated carbon surface damage, high and cause shortcomings such as carrying the cost height at course of conveying charcoal loss rate.

The technical solution of the utility model is: the active carbon transfer pot is made of tank body, pressure (hydraulic) water distributor pipe, active carbon import, active carbon outlet, leakage fluid dram, active carbon conveyer, carbon outlet port, be provided with carbon inlet port in the tank body upper end, the circle upper end is provided with two pressure (hydraulic) water distributor pipes in tank body, two pressure (hydraulic) water distributor pipes are fixed on the tank skin and with pressurized water tubes with flange and are connected, and the pressure (hydraulic) water distributor pipe is provided with a plurality of apertures; Be provided with standby carbon outlet port in left side, the lower end of tank body, be provided with standby leakage fluid dram, be provided with the outlet of charcoal, below outlet, be provided with the charcoal conveyer in lower center portion on the right side, lower end; When work, after active carbon enters transfer pot by the carbon inlet port of transfer pot, pressure (hydraulic) water self-pressurization tank enters the setting-out distributor pipe in the transfer pot under the effect of water pump, after managing many aperture distribution current-sharings, move down, active carbon outlet through transfer pot enters the active carbon conveyer again, under the effect of aux. pressure water active carbon is delivered in the active carbon receiving slit of assigned address, and penstock returns the pressure tank recycling, whole active carbon course of conveying is realized not having and is stirred, and does not have the wearing and tearing operation.

The utility model has the advantages that the zero damage conveying that has realized active carbon, significantly reduced the charcoal loss in the active carbon course of conveying, when guaranteeing that high efficiency is carried active carbon, reduced the charcoal loss of the conveying cost and the active carbon of active carbon.

Description of drawings:

Fig. 1 is a main TV structure scheme drawing of the present utility model;

Fig. 2 is a plan structure scheme drawing of the present utility model;

Fig. 3 is a process flow diagram of the present utility model.

The specific embodiment:

To shown in the accompanying drawing 3, the utility model is made of tank body 1, active carbon import 2, setting-out distributor pipe 3, standby leakage fluid dram 4, active carbon outlet 5, active carbon conveyer 6, standby carbon outlet port 7, wherein is provided with active carbon import 2 in tank body 1 upper end as accompanying drawing 1; Pressure (hydraulic) water distributor pipe 3 is located at circle upper end in the tank body, is fixed on the tank wall by threaded flange, and the pressure (hydraulic) water distributor pipe is provided with many apertures, moves down after making pressure (hydraulic) water distribution current-sharing; Be provided with standby carbon outlet port 7 in left side, tank body 1 lower end, be provided with standby leakage fluid dram 4 on the right side, lower end; Be provided with active carbon outlet 5 in lower center portion, below outlet 5, be provided with conveyer 6;

When work, active carbon enters transfer pot 1 by the carbon inlet port 2 of transfer pot 1, pressure (hydraulic) water self-pressurization tank enters the pressure (hydraulic) water distributor pipe 3 in the transfer pot 1 under the effect of water pump, pressure (hydraulic) water moves down after by aperture distribution current-sharing, carry charcoal to be pressed in the conveyer 6 of active carbon with waiting in the tank body 1 through carbon outleting port 5, active carbon to be carried is pressed and delivered in the charcoal receiving slit of assigned address in active carbon conveyer 6, and pressure (hydraulic) water returns the pressurization tank, continues to utilize.

Claims

1, a kind of hydraulic type active carbon waterpower transfer pot, it is characterized in that: it is made of tank body, active carbon import, pressure (hydraulic) water distributor pipe, standby leakage fluid dram, active carbon outlet, active carbon conveyer and standby carbon outlet port, wherein be provided with the active carbon import in the tank body upper end, the circle upper end is provided with the pressure (hydraulic) water distributor pipe in tank body, be fixed on threaded flange on the wall of jar, the pressure (hydraulic) water distributor pipe is provided with a plurality of apertures; Left side, lower end at tank body is provided with standby carbon outlet port, is provided with standby leakage fluid dram on the right side, lower end; Be provided with carbon outleting port at the tank body central portion, below carbon outleting port, be provided with conveyer.