Mineral hot furnace pressure rings oil-water refrigerating mechanism
Technical field
These practical mineral hot furnace equipment pressure rings water flowing parts that belong to, belong to mineral hot furnace device fabrication industry.
Background technology
The lifting of mineral hot furnace hydraulic system electrode, press, pull out all and must complete by good design and the reasonable disposition of hydraulic system.And the working media-hydraulic oil of hydraulic system is the pith that carries out energy and signal transmission.Give the oil pipe of pressure rings bellows expansion case fuel feeding, its operational environment is more severe, scorched by furnace temperature, conventionally oil pipe is sleeved in water inlet pipe (also have a lot of users oil pipe is outside exposed), to reduce oil temperature, originally the structure of profit interface is as shown in figure mono-, oil pipe is sleeved in water pipe, water inlet pipe is inserted into profit interface bottom, the sealing packing of water, the fixing pressured bonnet bolt of water pipe fixes, the drawback of this structure is, water pipe is aborning because the knee-action of electrode is easy to unplug loosening, cause leaking, many times have to be welded, while being welded rear maintenance, cut open again, very inconvenient.
Summary of the invention
The utility model is for the deficiencies in the prior art, provides a kind of and be convenient to dismounting, long service life, increased work efficiency, reduces the mineral hot furnace pressure rings oil-water refrigerating mechanism of maintenance cost, good sealing effect.
For realizing the utility model object, provide following technical scheme: mineral hot furnace pressure rings oil-water refrigerating mechanism, comprise on profit interface, hypomere, be arranged at the welding water pipe head of profit interface epimere upper end and be sheathed on the oil pipe in profit interface, it is characterized in that on described profit interface, hypomere socket place is provided with abutted flange, abutted flange tightens up connection by bolt, the end of described profit interface epimere inserts the upper end of profit interface hypomere, end face is pressed on the ladder shelves face that profit interface hypomere endoporus offers, the end of described profit interface epimere is provided with radially, axially O RunddichtringO.
The beneficial effects of the utility model: the upper-lower section at profit interface is all welded with adpting flange, design radial and axial two seals at profit pipe epimere, connect with bolt up and down, the sealing of twice O type is also pressed very tightly like this, has solved the seepy question of pressure rings profit interface.Fill a socket-welding fitting in the upper end of profit interface epimere, while changing pressure rings, the place of slip-knot is directly turned on, replaceable or maintenance pressure rings, time saving and energy saving, increases work efficiency, and reduces maintenance cost.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the partial schematic diagram of Fig. 1.
Embodiment
Mineral hot furnace pressure rings oil-water refrigerating mechanism, comprise on profit interface, hypomere (001, 002), be arranged at the welding water pipe head 003 of profit interface epimere 001 upper end and be sheathed on the oil pipe 004 in profit interface, on described profit interface, hypomere (001, 002) socket place is provided with abutted flange 005, abutted flange 005 tightens up connection by bolt, the end of described profit interface epimere 001 inserts the upper end of profit interface hypomere 002, end face is pressed on the ladder shelves face that profit interface hypomere 002 endoporus offers, the end of described profit interface epimere 001 is provided with radially, axially O RunddichtringO (006, 007).