A kind of powdered lubricant diaphragm capsule with automatic powder shaking function
Technical field:
The present invention relates to the manufacturing and processing equipment technical field of STAINLESS STEEL WIRE, has automatic powder shaking more particularly, to a kind of
The powdered lubricant diaphragm capsule of function.
Background technology:
At present, in the process of manufacture of STAINLESS STEEL WIRE, the tube reducing process of wire rod is completed by wire-drawing die
, when wire rod is passed through from wire-drawing die, need to make to adhere on wire surface upper powdered lubricant to ensure STAINLESS STEEL WIRE surface
It is injury-free, powder folder is usually used to increase to STAINLESS STEEL WIRE surface-coated powdered lubricant, however, because wire rod is in continuous drawing
In production process, easily cause the powdered lubricant in diaphragm capsule to produce cavity, cause wire surface to apply completely and be covered with powdered lubricant, sternly
The surface of wire rod is damaged again, so as to cause the generation of defective products.
The content of the invention:
The purpose of the present invention is to overcome the deficiencies in the prior art, there is provided a kind of powdered lubricant mould with automatic powder shaking function
Box, it can effectively avoid the generation in powdered lubricant cavity, improve the quality of STAINLESS STEEL WIRE.
For achieving the above object, the scheme of the present invention solution technical problem is:
A kind of powdered lubricant diaphragm capsule with automatic powder shaking function, is opened including the wire drawing die and bottom being fixedly connected by leg
Mouthful clamshell, form the wire drawing hole of vertical direction on the wire drawing die, the upper center of clamshell offers coaxial with wire drawing hole
The charging aperture that the heart is arranged, floating connection has floating bucket between the wire drawing die and clamshell, and float bucket connection clamshell and wire drawing die.
Tapering is formed at the upper end open of the wire drawing hole, the upper end in tapering forms the first circular hole.
The inside of the clamshell forms downwardly open cylindrical cavity, and the oriented center of least significant end molding of cylindrical cavity is convex
The the second circle platform for rising, the lower end of the floating bucket is pressed against on the end face of the first circular hole by the first connection ring, described floating
The upper end of dynamic bucket is articulated on the second circle platform by the second connection ring.
The bucket that floats is in up big and down small round platform state, and the upper and lower ends of the bucket that floats form respectively the of outwardly convex
One annulus and the second annulus, the inside of the floating bucket forms the taper hole of upper and lower opening, tapering, cylindrical cavity all with taper hole phase
It is logical.
, in annular shape, first connection ring is by the first rubber ring and the splicing of the first quoit for first connection ring
Into first quoit envelopes upper side, downside and the lateral surface of the first rubber ring, and first quoit is fixed on
The bottom of cylindrical cavity and it is pressed against on the second circle platform, first annular groove, the first circle is offered on first rubber ring
Ring activity sleeve in first annular groove, outer wall and the inwall of first annular groove of first annulus leave floating away from
From.
Second connection ring is hinged in annular shape, the second connection ring by the second quoit, insulating collar and the second rubber ring
Form, insulating collar envelopes upper and lower, outer three sides of the second rubber ring, second quoit envelope insulating collar it is upper,
Under, outer three sides, second quoit is fixed in the first circular hole, the second annular is offered on second rubber ring recessed
Groove, in the second annular groove, outer wall and the inwall of the second annular groove of second annulus leave the second annulus activity sleeve
Floating distance.
The outside for floating bucket is provided with percussion unit, and the percussion unit includes uniformly being fixed on the outer wall of the bucket that floats
Three spring bases, spring base is fixedly connected with spring, and the other end of spring is fixed on plectane, and plectane is fixed on by support
The bottom of clamshell, the centre of the two of which spring base be provided be fixed on float bucket outer wall on percussion seat, tap axial plane to
Seat is tapped, percussion axle is connected to the upper of the cylindrical cam for its left and right directions loopy moving, and cylindrical cam is connected with power part.
The present invention prominent effect be:Compared with prior art, it can effectively avoid the generation in powdered lubricant cavity, carry
The high quality of STAINLESS STEEL WIRE.
Description of the drawings:
Fig. 1 is the structural representation of the present invention;
Fig. 2 is the schematic enlarged-scale view of the first connection ring part of the present invention;
Fig. 3 is the schematic enlarged-scale view of the second connection ring part of the present invention.
Specific embodiment:
Embodiment, is shown in as shown in Figure 1 to Figure 3, a kind of powdered lubricant diaphragm capsule with automatic powder shaking function, including by leg
The clamshell 2 of 11 wire drawing dies 1 being fixedly connected and bottom opening, forms the wire drawing hole 101 of vertical direction on the wire drawing die 1,
The upper center of clamshell 2 offers the charging aperture 201 with the concentric setting of wire drawing hole 101, between the wire drawing die 1 and clamshell 2
Floating connection has floating bucket 3, and the bucket 3 that floats connects clamshell 2 and wire drawing die 1.
Furthermore, tapering 102, the upper end molding in tapering 102 are formed at the upper end open of the wire drawing hole 101
There is the first circular hole 103.
Furthermore, the inside of the clamshell 2 forms downwardly open cylindrical cavity 202, cylindrical cavity 202
Second circle platform 203 of the oriented central protuberance of least significant end molding, the lower end for floating bucket 3 is pressed against by the first connection ring 4
On the end face of the first circular hole 103, the upper end for floating bucket 3 is articulated on the second circle platform 203 by the second connection ring 5.
Furthermore, it is described float bucket 3 be in up big and down small round platform state, float bucket 3 upper and lower ends respectively into
First annulus 31 and the second annulus 32 of outwardly convex of type, the inside for floating bucket 3 forms the taper hole of upper and lower opening
300, tapering 102, cylindrical cavity 202 are all communicated with taper hole 300.
Furthermore, in annular shape, first connection ring 4 is by the He of the first rubber ring 41 for first connection ring 4
The splicing of first quoit 42 is formed, and first quoit 42 envelopes upper side, downside and the outside of the first rubber ring 41
Face, first quoit 42 is fixed on the bottom of cylindrical cavity 202 and is pressed against on the second circle platform 203, first rubber
Offer first annular groove 411 on cushion rubber 41, the movable sleeve of the first annulus 31 in first annular groove 411, described first
The outer wall of annulus 31 leaves floating distance with the inwall of first annular groove 411.
Furthermore, in annular shape, the second connection ring 5 is by the second quoit 51, insulating collar for second connection ring 5
52 and second rubber ring 53 be hinged and form, insulating collar 52 envelopes upper and lower, outer three sides of the second rubber ring 53, described
Two quoits 51 envelope upper and lower, outer three sides of insulating collar 52, and second quoit 51 is fixed on the first circular hole 103
It is interior, the second annular groove 531 is offered on second rubber ring 53, the movable sleeve of the second annulus 32 is in the second annular groove
531, the inwall of the outer wall of second annulus 32 and the second annular groove 531 leaves floating distance.
Furthermore, the outside for floating bucket 3 is provided with percussion unit 6, and the percussion unit 6 includes uniform fixed
Three spring bases 61 on the outer wall for floating bucket 3, spring base 61 is fixedly connected with spring 62, and the other end of spring 62 is fixed on
On plectane 63, plectane 63 is fixed on the bottom of clamshell 2 by support 64, and the centre of the two of which spring base 61 is provided with fixation
In the percussion seat 65 on 3 outer walls of bucket that floats, axle 66 is tapped towards seat 65 is tapped, tap axle 66 and be connected to for its left and right directions circulation
Mobile cylindrical cam it is upper, cylindrical cam is connected with power part.
Operation principle:First, powdered lubricant is placed in cylindrical cavity 202, stainless steel silk is flowed into from 201, approach cylinder
Cavity 202, taper hole 300 flow out from wire drawing hole 101;Second, by the first connection ring 4 and the second connection ring 5 floating bucket 3 can be made to exist
Any direction movement and above-below direction are moved by a small margin in plane;3rd, the insulating collar 52 in the second connection ring 5 can stop entrance
The heat of the second rubber ring 53;4th, tap axle 66 and moved left and right by the outer wall annular groove of cylindrical cam, so as to constantly tap floating
Dynamic bucket 3, the bucket 3 that floats is shaken, and spring 62 can make floating bucket 3 increase floating range and the frequency;5th, due to the bucket 3 that floats
Constantly shake, can be prevented effectively from powdered lubricant and produce cavitation.
Embodiment of above is merely to illustrate the present invention, and not limitation of the present invention, about the common of technical field
Technical staff, without departing from the spirit and scope of the present invention, can also make a variety of changes and modification, therefore all
The technical scheme of equivalent falls within scope of the invention, and the scope of patent protection of the present invention should be defined by the claims.