CN210419683U - Industrial sludge discharging machine filter cloth arrangement deviation adjuster - Google Patents

Abstract

The utility model relates to an industrial sludge discharging machine filter cloth arrangement deviation adjuster which is used for carrying out arrangement on filter cloth in the reduction and reprocessing process of industrial sludge after filter pressing dehydration. The problem to be solved is that firstly, two groups of filter cloth deviation adjusters are arranged between the tail part of the discharging machine and the filter cloth roller and are respectively arranged on the upper layer of filter cloth and the lower layer of filter cloth. Two groups (4) of photoelectric probes are arranged on frames at two sides of the upper and lower layers of filter cloth which are tiled, and signals of the photoelectric probes are respectively transmitted to corresponding deviation adjuster motors. And thirdly, a straightening wheel of the deviation adjuster is made into a gear shape by adopting a polyurethane material, and the gear teeth are made into an arc shape. The utility model has the effects that, photoelectric probe detects behind the filter cloth skew promptly the drive of signals accent and deviates ware motor rotation when the filter cloth antedisplacement in-process produces the skew to both sides, dials the positive wheel rotation and drives the filter cloth and realize rectifying and resume sharp antedisplacement, and the filter cloth will be very orderly roll up on the filter cloth roller to the normal operating of ejection of compact machine and the used repeatedly of filter cloth have been guaranteed.

Description

Industrial sludge discharging machine filter cloth arrangement deviation adjuster

Technical Field

The utility model relates to an industrial sludge discharging machine filter cloth arrangement deviation adjuster which is used for industrial sludge reduction and retreatment process to enter a discharging machine to arrange filter cloth after filter pressing dehydration.

Background

The industrial sludge discharging machine is one of important devices in the reduction and reprocessing flows of industrial sludge, and is widely applied to sludge treatment engineering projects in the industrial industries such as chemical industry, grain industry, sewage treatment industry and the like. The utility model has the advantages of its function is to peel off mud and filter cloth after carrying the pressure tank through the cloth machine with the higher industrial sludge of water content and carrying out the filter-pressing dehydration, will peel off the mud and carry the material pond to carry out processing on next step, arrange the filter cloth simultaneously, clear up and expand the spreading to the filter cloth, rethread filter cloth roller is with filter cloth roll-in filter cloth to reach the purpose of used repeatedly filter cloth. The filter cloth can continuously generate lateral deviation in the process of stripping and spreading and flattening sludge during the forward movement of the discharging machine, so that the filter cloth is difficult to be orderly rolled on the filter cloth roller, and the normal operation of the discharging machine and the repeated use of the filter cloth are influenced.

Disclosure of Invention

The utility model provides a filter cloth arrangement deviation adjuster of an industrial sludge discharging machine. Firstly, install two sets of filter cloth tuningout wares between ejection of compact machine afterbody and filter cloth roller, install respectively on upper filter cloth and below the lower floor's filter cloth, the accent just wheel inclination of dialling of tuningout ware and with the filter cloth clearance adjustable. Two groups (4) of photoelectric probes are arranged on frames at two sides of the upper and lower layers of filter cloth which are tiled, and signals of the photoelectric probes are respectively transmitted to corresponding deviation adjuster motors. And thirdly, a straightening wheel of the deviation adjuster is made into a gear shape by adopting a polyurethane material, and the gear teeth are made into an arc shape.

The utility model discloses the scheme that adopts is: 1. two groups of filter cloth deviation adjusters are arranged between the tail part of the sludge discharging machine and the filter cloth rollers and respectively arranged on the upper layer of filter cloth and the lower layer of filter cloth, the inclination angle of a correcting wheel of the deviation adjusters is adjustable between 10 and 15 degrees, the end face of the correcting wheel is attached to the filter cloth, and the attaching degree and the gap are adjustable according to the actual conditions. 2. Two groups (4) of photoelectric probes are arranged on a frame of the sludge discharging machine, each group of probes are respectively aligned with two side edges of the upper and lower layers of filter cloth after being tiled, and photoelectric signal lines are respectively connected to corresponding rotating motors of the deviation adjusters. 3. The right-shifting wheel of the deviation adjuster is made of polyurethane material into a gear shape, and the gear teeth are made into a circular arc shape.

The utility model has the effects that when industrial sludge enters the sludge discharging machine along with the filter cloth after being dehydrated by the sludge pressure tank through filter pressing, two layers of filter cloth move forward under the drive of the rotating filter cloth roller, the sludge begins to peel off between the upper and lower layers of filter cloth during the process, the offset is inevitably generated to both sides under the influence of vibration and spreading in the process of the forward movement of the filter cloth, a photoelectric probe sends a signal to drive the motor of the deviation adjuster to rotate after detecting the offset of the filter cloth, the rotation of the deviation adjuster drives the filter cloth to realize the deviation correction and the linear forward movement, because the deviation adjuster is provided with the gear type made of polyurethane material, the deviation adjuster has better elasticity and wear resistance, the friction resistance between the gear type deviation adjuster and the filter cloth can be increased, the gear type deviation adjuster and the arc-shaped gear teeth can drive the filter cloth to move easily and can not damage the filter cloth, the corrected filter cloth can be rolled, thereby ensuring the normal operation of the discharging machine and the repeated use of the filter cloth.

Drawings

The present invention will be further explained with reference to the drawings and examples.

FIG. 1 is a front view of a discharge machine

FIG. 2 is a plan view of the present invention, which is also a view from the A direction of FIG. 1

In fig. 1: 1. the device comprises a speed regulating motor, 2, an upper layer belt, 3, a lower layer belt, 4, an upper layer filter cloth roller, 5, a lower layer filter cloth roller, 6, an upper layer deviation adjustor adjustable support, 7, an upper layer deviation adjustor, 8, an upper layer photoelectric probe adjustable support, 9, an upper layer filter cloth spreading roller, 10, an upper layer filter cloth vibrating rod, 11, an upper layer filter cloth, 12, a lower layer filter cloth, 13, sludge after filter pressing, 14, multilayer folded sludge and filter cloth, 15, a pressure tank, 16, a discharging machine support, 17, a lower layer filter cloth vibrating rod, 18, a lower layer filter cloth spreading roller, 19, a lower layer photoelectric probe adjustable support, 20, a lower layer deviation adjustor, 21, a lower layer deviation adjustor adjustable support and 22, and a sludge blanking tank.

In fig. 2: 1. the first correcting wheel, the 2-deviation adjuster truss, the 3-second correcting wheel, the 4-first correcting wheel motor, the 5-first photoelectric probe, the 6-second photoelectric probe and the 7-second correcting wheel motor.

Detailed Description

As shown in figure 1, when industrial sludge is clamped between an upper layer of filter cloth and a lower layer of filter cloth, the industrial sludge is folded by a material distributor and sent into a pressure tank to be extruded and dehydrated by a filter press, the material discharge machine starts to run, a speed regulating motor 1 is started, an upper layer of filter cloth roller 4 and a lower layer of filter cloth roller 5 are simultaneously driven to rotate through an upper layer of belt 2 and a lower layer of belt 3, an upper layer of filter cloth 11 and a lower layer of filter cloth 12 are simultaneously driven, the multi-layer folded sludge and filter cloth 14 after filter pressing in the pressure tank 15 are gradually unfolded and ascended, enter a material discharge machine frame 16 through a plurality of steering wheels, and are respectively rapped through an upper layer of filter cloth rapping rod 10 and a lower layer of filter cloth rapping rod 17, so that the sludge 13 after filter pressing is stripped and falls into a sludge blanking tank 22, and then the upper layer of filter cloth 11 and the lower layer of filter cloth 12 are respectively spreaded through an upper layer of, in the process, the two layers of filter cloth inevitably generate offset to two sides, at this time, the photoelectric probe I5 and the photoelectric probe II 6 in the graph 2 respectively detect the edges of the upper layer of filter cloth and the lower layer of filter cloth, if the offset generates, a signal is immediately sent to drive the corresponding aligning wheel poking motor I4 or aligning wheel poking motor II 7 in the graph 2, the aligning wheel I1 or aligning wheel II 3 in the graph 2 is driven to rotate, the filter cloth is driven to rectify the offset to enable the filter cloth to linearly move forwards, and the filter cloth is orderly and respectively rolled into the upper layer of filter cloth roller 4 and the lower layer of filter cloth roller 5 in the graph 1. The revolution of the speed regulating motor 1 in fig. 1 is controlled by a computer to ensure that the upper layer filter cloth 11 and the lower layer filter cloth 12 move forwards at equal linear speed and are respectively rolled into the upper layer filter cloth roller 4 and the lower layer filter cloth roller 5 to form filter cloth rolls for reuse. The height and distance of the first photoelectric probe 5 and the second photoelectric probe 6 in fig. 2 can be adjusted by the upper photoelectric probe adjustable bracket 8 and the lower photoelectric probe adjustable bracket 19 in fig. 1 respectively, and the installation height and the inclination angle of the upper polarization adjuster 7 and the lower polarization adjuster 20 in fig. 1 are adjusted and fixed by the upper polarization adjuster adjustable bracket 6 and the lower polarization adjuster adjustable bracket 21. The whole discharging machine can realize unmanned operation.

As shown in fig. 2, the upper layer deviation adjuster 7 and the lower layer deviation adjuster 20 in fig. 1 are installed and fixed on two sides of the deviation adjuster truss 2, the two upper and lower layers of deviation adjuster trusses 2 are two, the two photoelectric probes and the correcting wheels of the deviation adjuster are 4 groups, and the deviation correcting structures and the working modes of the upper and lower layers of filter cloth are the same.

Claims (3)

1. The utility model provides an industrial sludge discharging machine filter cloth arrangement tuningout ware which characterized by: two groups of filter cloth deviation adjusters are arranged between the tail part of the sludge discharging machine and the filter cloth rollers and respectively arranged on the upper layer of filter cloth and the lower layer of filter cloth, the inclination angle of a correcting wheel of the deviation adjusters is adjustable between 10 and 15 degrees, the end face of the correcting wheel is attached to the filter cloth, and the attaching degree and the gap are adjustable according to the actual conditions.

2. The filter cloth finishing and deviation-adjusting device of the industrial sludge discharging machine as claimed in claim 1, which is characterized in that: a group of photoelectric probes are respectively installed on frames on two sides of the sludge discharging machine, two probes of each group are respectively aligned to two side edges of upper and lower layers of filter cloth after being tiled, and photoelectric signal lines are respectively connected to corresponding rotating motors of the deviation adjusters.

3. The filter cloth finishing and deviation-adjusting device of the industrial sludge discharging machine as claimed in claim 1, which is characterized in that: the right-shifting wheel of the deviation adjuster is made of polyurethane material into a gear shape, and the gear teeth are made into a circular arc shape.

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