The invention relates to a cone-pulley type fish wire classified and independent winding device which comprises a bottom plate, wherein a thrust bearing is arranged in the middle of the bottom plate; a first-level winding drum is arranged on the thrust bearing, and a second-level winding drum is arranged above the first-level winding drum; a first-level spline groove is formed in the first-level winding drum, and a second-level spline groove is formed in the second-level winding drum; a motor is arranged above the second-level winding drum, and a shaft of the motor is sleeved with a connecting plate, and the end part of the shaft of the motor is sleeved with a spline shaft; the connecting plate is connected with an air cylinder, and rounding angles are arranged at the connecting position of the first-level spline groove and the end surface of the first-level winding drum and the connecting position of the second-level spline groove and the end surface of the second-level winding drum. The extension-length-variable structure of a driving device is utilized to drive the stacked and mutually-rotated first-level winding drum or second-level winding drum, the driving flexibility is improved, and the selectivity of a driven object is realized, so that the volume of the driven object is reduced, energy consumption is reduced, the flexible independent operation of the winding drums is realized, and the fish wire winding way is more flexible.

Cone-pulley type fish wire classified and independent winding device

The invention relates to the technical field of environmental friendliness and discloses an internal clamping and polishing device applicable to a multi-hole-diameter blow-off pipe A limiting plate and a supporting column are arranged on the top of the base The interior of the supporting column is sleeved with an outer cylinder The interior, sleeved with the outer cylinder of the polishing device, of the outer side of the outer cylinder is fixedly sleeved with a thread rod The outer side of the thread rod is sleeved with a thread ring and an adjusting ring A clamping device is fixedly connected to the outer side of the adjusting ring According to the internal clamping and polishing device applicable to the multi-hole-diameter blow-off pipe, by means of cooperation among the outer cylinder, the thread rod, the thread ring, the adjusting ring, the clamping device and a rotating wheel, damage to the surface of the blow-off pipe is avoided, an anti-rust layer is prevented from beingscraped off, the service life of the blow-off pipe is prolonged, meanwhile, the length and the width of a clamping plate can be adjusted along with the wall thickness of the blow-off pipe, the contactarea with the blow-off pipe in the clamping process is increased, and the situation that due to deformation of a water pipe, in the installing process, the size is not matched is prevented

Internal clamping and polishing device applicable to multi-hole-diameter blow-off pipe

The invention discloses a pipeline cleaning robot. The pipeline cleaning robot comprises traveling driving mechanisms, a sweeping mechanism, an impurity recovery mechanism and a trunk body. The two ends of the trunk body are both provided with the traveling driving mechanisms. The impurity recovery mechanism is mounted at one end of the trunk body. The sweeping mechanism is mounted in the middle of the trunk body. The sweeping mechanism comprises a rotation driving assembly and a plurality of first sweeping assemblies. Each first sweeping assembly comprises a sweeping brush, a first sweeping arm and a second sweeping arm. The pipeline cleaning robot achieves the automatic cleaning effect of pipelines without manual operation, greatly saves manpower, and is suitable for cleaning of both straight pipelines and curved pipelines, wide in application range, economical and practical.

Pipeline cleaning robot

The disclosure relates to an apparatus for cleaning piping and a method of cleaning piping. In particular, the apparatus may be a "pig", a device for insertion into a pipe for removing deposits from the inner surface of the pipe. The disclosure is particularly applicable in the field of alumina production. In this field, it is common to obtain alumina from bauxite by grinding the bauxite, mixing this with caustic liquor to form a slurry, and heating the slurry. This leads to the alumina trapped in the bauxite dissolving to form a supersaturated solution of alumina in the caustic liquor with a suspension of the residue from the bauxite. Using known methods, alumina can be recovered from such a solution. The disclosure provides a pipe cleaning device (1) for removing deposits from the inner surface of a pipe. The pipe cleaning device (1) comprises a propelling piston (10) and a cleaning tool (100) attached to the propelling piston (10), wherein: the cleaning tool (100) comprises a main body (110) and a plurality of circumferentially spaced arms (200), pivotably attached to the main body (110) and urged by an urging force to pivot away from a longitudinal axis of the main body (110); each arm (200) has an insert (300) with a plurality of teeth (400) on its distal end defining a working surface for engaging deposits on the inner surface of the pipe; and the teeth (400) have a distal end and a cutting edge spaced from the distal end.

Molotkov Yurij E

Papers

Device for cleaning inner surface of pipeline

Device for continuously winding of long-cut material