CN104646913A - Special double-roll extrusion seat for piston rod cold roll extrusion tool - Google Patents
Special double-roll extrusion seat for piston rod cold roll extrusion tool Download PDFInfo
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- CN104646913A CN104646913A CN201510055317.XA CN201510055317A CN104646913A CN 104646913 A CN104646913 A CN 104646913A CN 201510055317 A CN201510055317 A CN 201510055317A CN 104646913 A CN104646913 A CN 104646913A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23P—METAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
- B23P9/00—Treating or finishing surfaces mechanically, with or without calibrating, primarily to resist wear or impact, e.g. smoothing or roughening turbine blades or bearings; Features of such surfaces not otherwise provided for, their treatment being unspecified
- B23P9/02—Treating or finishing by applying pressure, e.g. knurling
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Abstract
The invention discloses a special double-roll extrusion seat for a piston rod cold roll extrusion tool. The special double-roll extrusion seat consists of a driven roll extrusion seat, a feeding mechanism, a roll extrusion seat and a bottom mounting plate; the design concept of the roll extrusion seat of the existing cold roll extrusion tool is broken by the special double-roll extrusion seat for the piston rod cold roll extrusion tool, and the special double-roll extrusion seat for the piston rod cold roll extrusion tool has a particular working mode, so that the advantage of cold roll extrusion is fully exerted; the product quality achieves the optimal effect of the cold roll extrusion, and the product percent of pass is increased; the designed bottom mounting plate is capable of supporting and installing all main components, and meanwhile, bulged edges similar to walls are respectively arranged on the periphery of the bottom mounting plate, so that lubricating oil can be fully recovered.
Description
technical field:
The present invention relates to a kind of piston rod cold breakdown and squeeze lathe special pair of edging seat.
background technology:
Cold rolling & extruding process is surface chill polishing processing method, and it is that tumbling axle by high rigidity and smooth and surface of the work carry out edging, makes workpiece surface material produce Plastic Flow, thus forms the technological method for processing of new surface roughness.Workpiece after cold rolling & extruding process, top layer metallographic structure refinement also produces residual compressive stress, improves the case hardness of workpiece, bearing capacity, wear resistance, fatigue strength and corrosion resistance, and can obtain the superior work minute surface of surface property.
Current existing cold breakdown is squeezed lathe and is adopted branched tumbling axle and tapering turntable to combine, tumbling axle is driven to carry out roll extrusion to workpiece by rotating table, the similar taper roll bearing of working method, its design concept is based on endoporus minute surface edging head, because its working method exists drawback, the advantage that cold breakdown is squeezed does not give full play to, and product does not reach cold breakdown and squeezes optimum efficiency.Such as: the easy spot corrosion of tumbling axle working face, service life is low; Impulse stroke is by conicity regulation, and adjustable range is little, requires strict, increase the technology difficulty of last process to the outer diameter tolerance of workpiece before rolling & extruding process; Processing high-hardness workpiece, when pressure increases, tumbling axle axial force is fixed stop, easy stuck tumbling axle; The workpiece of processing different-diameter must change turntable and correlated parts, and lathe is without versatility.
Current piston rod cold-extruded is pressed with two kinds of processing modes: one drives piston rod to rotate by lathe, and piston rod initiatively.Cold extrusion frock is placed on machine tool guideway and travels longitudinally, three roller extrusion piston bars in frock, roller and plunger rod contacts area larger, extruding force is also just large, lathe is low for service life, and due to piston rod active, workpiece loading and unloading must be shut down during operation, production efficiency is low, adopt drag motion, the center that pivot and three rollers of piston rod form requires concentric, and very high to the requirement of guide rail linearity during lengthwise movement, piston rod easily produces flexural deformation, affects the linearity of piston rod; Another kind is that piston rod is placed in cold extrusion frock, and frock is primarily of needle roller, and cages for needle and pressure adjusting dish form.Cages for needle stirs needle roller by belt drive, drives piston rod rotate and do rectilinear motion, due to needle roller working surface contact adjustment plate, makes needle roller surface easily produce spot corrosion, affect piston rod surface roughness.It is adjust by the tapering of needle roller that external force applies, and the outside dimension of piston rod must in the margin of tolerance of regulation, ability by and process; Like this, the process of last process is just required very strict, increase technology difficulty; Each building block that lathe is squeezed in piston rod cold breakdown is extremely important.
summary of the invention:
The object of the invention is to roll accurately machined operation to realize directly carrying out squeezing to piston rod surface, providing a kind of piston rod cold breakdown to squeeze lathe special pair of edging seat.
The present invention adopts following technical scheme to realize its goal of the invention: lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown, and it is made up of driven edging seat 1, feed mechanism 2, edging seat 3, bottom mounting plate 4; Driven edging seat 1 is arranged on bottom mounting plate 4 with edging seat 3, and installs for coordinating; Feed mechanism 2 is arranged on driven edging seat 1 bottom.
The present invention squeezes operation to realize carrying out cold breakdown to piston rod, is provided with driven edging seat 1 and edging seat 3; Driven edging seat 1 is made up of integrated middle seat 1-1, driven edging device 1-2, the two pole socket 1-3 of feed mechanism; Wherein driven edging device 1-2 is arranged on integrated middle seat 1-1 top, and the two pole socket 1-3 of feed mechanism is arranged on both sides, integrated middle seat 1-1 bottom; Edging seat 3 is made up of seat 3-3, the right seat 3-4 of edging, edging device 3-5 in gear cavity enclosing cover 3-1, edging left seat 3-2, edging; Gear cavity enclosing cover 3-1 is arranged on the left of the left seat 3-2 of edging, and the left seat 3-2 of edging is arranged in edging on the left of seat 3-3, and in edging, seat 3-3 is arranged on the left of the right seat 3-4 of edging, and edging device 3-5 to be arranged in edging on seat 3-3.
The present invention, for the ease of the installation of feed mechanism 2 and work, is provided with the two pole socket 1-3 of feed mechanism; And be provided with two pole socket installing hole 1-30, slide bar slipping ring 1-31 and slide bar slide opening 1-32 thereon; Two two pole socket installing hole 1-30 and slide bar slipping ring 1-31 lay respectively at the two pole socket 1-3 upper and lower side of feed mechanism; Slide bar slide opening 1-32 is the centre bore of slide bar slipping ring 1-31.
The present invention, in order to realize quick, accurate, the automatically feed function of piston rod to be processed, is provided with feed mechanism 2; It is made up of holder 2-1, auxiliary stator 2-2, thimble seat 2-3, thimble 2-4, slide bar 2-5, cylinder ejector pin seat 2-6 and cylinder ejector pin 2-7; Two slide bar 2-5 are arranged above and below and are clipped between two holder 2-1; Auxiliary stator 2-2 is arranged on a holder 2-1 one end; Thimble seat 2-3 is arranged on auxiliary stator 2-2 with the holder 2-1 bottom of holding; Thimble 2-4 is arranged on thimble seat 2-3; Cylinder ejector pin seat 2-6 is arranged on another holder 2-1 bottom; Cylinder ejector pin 2-7 is arranged on cylinder ejector pin seat 2-6.
The present invention to the recovery of lubricating oil on edging seat 3, is provided with oil leak hole 3-25 in order to realize; Oil leak hole 3-25 is located at seat 3-3 bottom in edging.
The present invention to the recovery of complete equipment lubricating oil and the function being convenient to the installation of each parts, is provided with bottom mounting plate 4 for the ease of realization; And be provided with lubricating oil return hole 4-1, driven edging seat fixing hole 4-2, transmission mechanism fixing hole 4-3, right cover plate installing hole 4-4, edging seat fixing hole 4-5, hydraulic fluid distributor fixing hole 4-6 thereon; Lubricating oil return hole 4-1 is located at the left back portion of bottom mounting plate 4; Driven edging seat fixing hole 4-2, transmission mechanism fixing hole 4-3, right cover plate installing hole 4-4, edging seat fixing hole 4-5 are all located at bottom mounting plate 4 top; Hydraulic fluid distributor fixing hole 4-6 is located on bottom mounting plate 4 rear projection edge.
Owing to have employed above technical scheme, the present invention achieves its goal of the invention preferably, the cold breakdown of this piston rod is squeezed lathe special pair of edging seat and has been drawn the advantage that lathe is squeezed in external corresponding cold breakdown, in conjunction with design itself feature, break the design concept that lathe edging seat is squeezed in existing cold breakdown completely, its exclusive working method, the advantage that cold breakdown is squeezed is not fully exerted, and product quality reaches the optimum efficiency that cold breakdown is squeezed; Its design advantage is: the method that lathe adopts roller mount supporting transmission to combine with driven edging seat pressure head, imposes on the roll extrusion power of workpiece by hydraulic-driven, and is provided with pressurizer, realize the flexible edging of constant force; The feed mechanism be provided with runs through working method for not being in the mood for, and can realize Automatic continuous feeding; Simultaneously for there being the piston rod of step to be equipped with special pay-off, realize its many practicality; Adopt roller mount supporting transmission and driven edging seat pressure head to work, operating pressure is little, and tumbling axle working face only contacts workpiece, tumbling axle high life simultaneously; What workpiece occurred in machined or transport process crushes, scratch, the blemish such as to collide with, and is squeezed and can be repaired completely, greatly improve product percent of pass by cold breakdown; The bottom mount pad of design can not only support installs each critical piece, and its surrounding all has the raised brim of similar enclosure wall simultaneously, can ensure the abundant recovery of lubricating oil.
accompanying drawing illustrates:
Accompanying drawing 1 is overall structure schematic diagram of the present invention.
Accompanying drawing 2 is structural representations that the present invention marks 1.
Accompanying drawing 3 is structural representations that the present invention marks 1-1.
Accompanying drawing 4 is structural representations that the present invention marks 1-2.
Accompanying drawing 5 is structural representations that the present invention marks 1-11.
Accompanying drawing 6 is cross-sectional view that the present invention marks 1-12.
Accompanying drawing 7 is structural representations that the present invention marks 1-17.
Accompanying drawing 8 is structural representations that the present invention marks 1-19.
Accompanying drawing 9 is structural representations that the present invention marks 1-21.
Accompanying drawing 10 is structural representations that the present invention marks 1-3.
Accompanying drawing 11 is structural representations that the present invention marks 2.
Accompanying drawing 12 is structural representations that the present invention marks 2-1.
Accompanying drawing 13 is structural representations that the present invention marks 2-8.
Accompanying drawing 14 is structural representations that the present invention marks 2-9.
Accompanying drawing 15 is structural representations that the present invention marks 2-2.
Accompanying drawing 16 is structural representations that the present invention marks 2-3.
Accompanying drawing 17 is structural representations that the present invention marks 2-4.
Accompanying drawing 18 is structural representations that the present invention marks 2-6.
Accompanying drawing 19 is structural representations that the present invention marks 2-7.
Accompanying drawing 20 is structural representations that the present invention marks 3.
Accompanying drawing 21 is structural representations that the present invention marks 3-1.
Accompanying drawing 22 is structural representations that the present invention marks 3-1.
Accompanying drawing 23 is structural representations that the present invention marks 3-2.
Accompanying drawing 24 is structural representations that the present invention marks 3-10.
Accompanying drawing 25 is structural representations that the present invention marks 3-10.
Accompanying drawing 26 is structural representations that the present invention marks 3-11.
Accompanying drawing 27 is structural representations that the present invention marks 3-11.
Accompanying drawing 28 is structural representations that the present invention marks 3-3.
Accompanying drawing 29 is structural representations that the present invention marks 3-4.
Accompanying drawing 30 is structural representations that the present invention marks 3-27.
Accompanying drawing 31 is structural representations that the present invention marks 3-27.
Accompanying drawing 32 is structural representations that the present invention marks 3-28.
Accompanying drawing 33 is structural representations that the present invention marks 3-5.
Accompanying drawing 34 is structural representations that the present invention marks 3-39.
Accompanying drawing 35 is structural representations that the present invention marks 3-40.
Accompanying drawing 36 is structural representations that the present invention marks 3-41.
Accompanying drawing 37 is structural representations that the present invention marks 3-42.
Accompanying drawing 38 is structural representations that the present invention marks 4.
Description of reference numerals is shown in description last page form.
detailed description of the invention:
Below in conjunction with accompanying drawing, summary of the invention is described further:
embodiment 1:
From summary of the invention, lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown, and it is made up of driven edging seat 1, feed mechanism 2, edging seat 3, bottom mounting plate 4; Driven edging seat 1 is arranged on bottom mounting plate 4 with edging seat 3, and installs for coordinating; Feed mechanism 2 is arranged on driven edging seat 1 bottom.
The present invention squeezes operation to realize carrying out cold breakdown to piston rod, is provided with driven edging seat 1 and edging seat 3; Driven edging seat 1 is made up of integrated middle seat 1-1, driven edging device 1-2, the two pole socket 1-3 of feed mechanism; Wherein driven edging device 1-2 is arranged on integrated middle seat 1-1 top, and the two pole socket 1-3 of feed mechanism is arranged on both sides, integrated middle seat 1-1 bottom; Edging seat 3 is made up of seat 3-3, the right seat 3-4 of edging, edging device 3-5 in gear cavity enclosing cover 3-1, edging left seat 3-2, edging; Gear cavity enclosing cover 3-1 is arranged on the left of the left seat 3-2 of edging, and the left seat 3-2 of edging is arranged in edging on the left of seat 3-3, and in edging, seat 3-3 is arranged on the left of the right seat 3-4 of edging, and edging device 3-5 to be arranged in edging on seat 3-3.
The present invention, for the ease of the installation of feed mechanism 2 and work, is provided with the two pole socket 1-3 of feed mechanism; And be provided with two pole socket installing hole 1-30, slide bar slipping ring 1-31 and slide bar slide opening 1-32 thereon; Two two pole socket installing hole 1-30 and slide bar slipping ring 1-31 lay respectively at the two pole socket 1-3 upper and lower side of feed mechanism; Slide bar slide opening 1-32 is the centre bore of slide bar slipping ring 1-31.
The present invention, in order to realize quick, accurate, the automatically feed function of piston rod to be processed, is provided with feed mechanism 2; It is made up of holder 2-1, auxiliary stator 2-2, thimble seat 2-3, thimble 2-4, slide bar 2-5, cylinder ejector pin seat 2-6 and cylinder ejector pin 2-7; Two slide bar 2-5 are arranged above and below and are clipped between two holder 2-1; Auxiliary stator 2-2 is arranged on a holder 2-1 one end; Thimble seat 2-3 is arranged on auxiliary stator 2-2 with the holder 2-1 bottom of holding; Thimble 2-4 is arranged on thimble seat 2-3; Cylinder ejector pin seat 2-6 is arranged on another holder 2-1 bottom; Cylinder ejector pin 2-7 is arranged on cylinder ejector pin seat 2-6.
The present invention to the recovery of lubricating oil on edging seat 3, is provided with oil leak hole 3-25 in order to realize; Oil leak hole 3-25 is located at seat 3-3 bottom in edging.
The present invention to the recovery of complete equipment lubricating oil and the function being convenient to the installation of each parts, is provided with bottom mounting plate 4 for the ease of realization; And be provided with lubricating oil return hole 4-1, driven edging seat fixing hole 4-2, transmission mechanism fixing hole 4-3, right cover plate installing hole 4-4, edging seat fixing hole 4-5, hydraulic fluid distributor fixing hole 4-6 thereon; Lubricating oil return hole 4-1 is located at the left back portion of bottom mounting plate 4; Driven edging seat fixing hole 4-2, transmission mechanism fixing hole 4-3, right cover plate installing hole 4-4, edging seat fixing hole 4-5 are all located at bottom mounting plate 4 top; Hydraulic fluid distributor fixing hole 4-6 is located on bottom mounting plate 4 rear projection edge.Driven edging seat 1 of the present invention refers to: the main building block of lathe; It is made up of integrated middle seat 1-1, driven edging device 1-2, the two pole socket 1-3 of feed mechanism; Its effect be by with the acting in conjunction of edging seat 3 realize piston rod cold breakdown squeeze operate; As shown in Figure 2, its design attitude is as marked shown in 1 in accompanying drawing 1 for its structure.
Integrated middle seat 1-1 of the present invention refers to: the building block of driven edging seat 1; Which is provided with edging oil cylinder oil inlet pipe joint 1-4, edging oil cylinder fixing hole 1-5, edging oil cylinder oil returning pipe joint 1-6, two pole socket fixing hole 1-7, integrated middle seat installing hole 1-8, lube oil outlet pipe 1-9, lubricating oil pipe joint 1-10; Its effect be as each parts of driven edging seat 1 installation, supporting seat; As shown in Figure 3, its design attitude is as marked shown in 1-1 in accompanying drawing 2 for its structure.
Driven edging device 1-2 of the present invention refers to: the building block of driven edging seat 1; It is made up of edging oil cylinder 1-11 and pressure head 1-12; Its effect be by with the acting in conjunction of edging seat 3 realize piston rod cold breakdown squeeze operate; As shown in Figure 4, its design attitude is as marked shown in 1-2 in accompanying drawing 2 for its structure.
The two pole socket 1-3 of feed mechanism of the present invention refers to: the building block of driven edging seat 1; Which is provided with slide bar slipping ring 1-31, slide bar slide opening 1-32, two pole socket installing hole 1-30; Its effect is installation and the work of being convenient to feed mechanism 2; As shown in Figure 10, its design attitude is as marked shown in 1-3 in accompanying drawing 2 for its structure.
Edging oil cylinder oil inlet pipe joint 1-4 of the present invention refers to: the oil connection being located at integrated middle seat 1-1 inside; Its effect connects edging oil cylinder oil inlet pipe; Its design attitude is as marked shown in 1-4 in accompanying drawing 3.
Edging oil cylinder fixing hole 1-5 of the present invention refers to: be located at the fixing hole on integrated middle seat 1-1; Fixing of edging oil cylinder 1-11 is convenient in its effect; Its design attitude is as marked shown in 1-5 in accompanying drawing 3.
Edging oil cylinder oil returning pipe joint 1-6 of the present invention refers to: the oil connection being located at integrated middle seat 1-1 inside; Its effect connects edging oil cylinder oil return pipe; Its design attitude is as marked shown in 1-6 in accompanying drawing 3.
Of the present invention couple of pole socket fixing hole 1-7 refers to: be located at the fixing hole on integrated middle seat 1-1; Fixing of the two pole socket 1-3 of feed mechanism is convenient in its effect; Its design attitude is as marked shown in 1-7 in accompanying drawing 3.
Integrated middle seat installing hole 1-8 of the present invention refers to: be located at the installing hole on integrated middle seat 1-1; Its effect is the installation being convenient to integrated middle seat 1-1; Its design attitude is as marked shown in 1-8 in accompanying drawing 3.
Lube oil outlet pipe 1-9 of the present invention refers to: be located at the flowline on integrated middle seat 1-1; Its effect provides lubricating oil to lubricate to edging device 3-5; Its design attitude is as marked shown in 1-9 in accompanying drawing 3.
Lubricating oil pipe joint 1-10 of the present invention refers to: the oil connection being located at integrated middle seat 1-1 inside; Its effect connects lubricating oil pipe; Its design attitude is as marked shown in 1-10 in accompanying drawing 3.
Edging oil cylinder 1-11 of the present invention refers to: the building block of driven edging device 1-2; Which is provided with edging oil cylinder installing hole 1-13, edging oil cylinder oil inlet mouth 1-14, edging oil cylinder oil return opening 1-15, pressure head fixing hole 1-16; Its effect is the lifting realizing pressure head 1-12, make pressure head 1-12 matched with edging device 3-5 piston rod cold breakdown squeeze; As shown in Figure 5, its design attitude is as marked shown in 1-11 in accompanying drawing 4 for its structure.
Pressure head 1-12 of the present invention refers to: the building block of driven edging device 1-2; It is made up of pressure head body frame 1-17, pad 1-18, nip drum axle bed sheet 1-19, thrust bearing 1-20, nip drum 1-21, nip drum central shaft 1-22; Its effect be matched with edging device 3-5 piston rod cold breakdown squeeze; As shown in Figure 6, its design attitude is as marked shown in 1-12 in accompanying drawing 4 for its structure.
Edging oil cylinder installing hole 1-13 of the present invention refers to: be located at the installing hole on edging oil cylinder 1-11; Its effect is the installation being convenient to edging oil cylinder 1-11; Its design attitude is as marked shown in 1-13 in accompanying drawing 5.
Edging oil cylinder oil inlet mouth 1-14 of the present invention refers to: be located at the oil-in on edging oil cylinder 1-11; Its effect connects edging oil cylinder oil inlet pipe; Its design attitude is as marked shown in 1-14 in accompanying drawing 5.
Edging oil cylinder oil return opening 1-15 of the present invention refers to: be located at the oil return opening on edging oil cylinder 1-11; Its effect connects edging oil cylinder oil return pipe; Its design attitude is as marked shown in 1-15 in accompanying drawing 5.
Pressure head fixing hole 1-16 of the present invention refers to: be located at the fixing hole on edging oil cylinder 1-11; Its effect is fixing pressure head 1-12; Its design attitude is as marked shown in 1-16 in accompanying drawing 5.
Pressure head body frame 1-17 of the present invention refers to: the building block of pressure head 1-12; Which is provided with pressure head installing hole 1-23, nip drum axle bed sheet fixing hole 1-24; Its effect is convenient to install pressure head 1-12; As shown in Figure 7, its design attitude is as marked shown in 1-17 in accompanying drawing 6 for its structure.
Pad 1-18 of the present invention refers to: the building block of pressure head 1-12; Its design attitude is as marked shown in 1-18 in accompanying drawing 6.
Nip drum axle bed sheet 1-19 of the present invention refers to: the building block of pressure head 1-12; Which is provided with nip drum axle bed sheet installing hole 1-25, spacer groove 1-26, nip drum central shaft hole 1-27; Its effect is the installation being convenient to thrust bearing 1-20, nip drum 1-21, nip drum central shaft 1-22; As shown in Figure 8, its design attitude is as marked shown in 1-19 in accompanying drawing 6 for its structure.
Thrust bearing 1-20 of the present invention refers to: the bearing on pressure head 1-12; Its design attitude is as marked shown in 1-20 in accompanying drawing 6.
Nip drum 1-21 of the present invention refers to: the building block of pressure head 1-12; Which is provided with nip drum disc 1-28, nip drum centre bore 1-29; Its effect be matched with edging device 3-5 piston rod cold breakdown squeeze; As shown in Figure 9, its design attitude is as marked shown in 1-21 in accompanying drawing 6 for its structure.
Nip drum central shaft 1-22 of the present invention refers to: the building block of pressure head 1-12; Its effect is the rotary motion for nip drum 1-21; Its design attitude is as marked shown in 1-22 in accompanying drawing 6.
Pressure head installing hole 1-23 of the present invention refers to: be located at the installing hole on pressure head body frame 1-17; Its effect is installed for pressure head 1-12; Its design attitude is as marked shown in 1-23 in accompanying drawing 7.
Nip drum axle bed sheet fixing hole 1-24 of the present invention refers to: be located at the fixing hole on pressure head body frame 1-17; Its effect is the fixing of voltage supply roller shaft seat sheet 1-19; Its design attitude is as marked shown in 1-24 in accompanying drawing 7.
Nip drum axle bed sheet installing hole 1-25 of the present invention refers to: be located at the fixing hole on nip drum axle bed sheet 1-19; Its effect is the fixing of voltage supply roller shaft seat sheet 1-19; Its design attitude is as marked shown in 1-25 in accompanying drawing 8.
Spacer groove 1-26 of the present invention refers to: be located at the dead slot on nip drum axle bed sheet 1-19; Its effect is the installation for pad 1-18; Its design attitude is as marked shown in 1-26 in accompanying drawing 8.
Nip drum central shaft hole 1-27 of the present invention refers to: be located at the axis hole on nip drum axle bed sheet 1-19; Its effect is the installation being convenient to nip drum central shaft 1-22; Its design attitude is as marked shown in 1-27 in accompanying drawing 8.
Nip drum disc 1-28 of the present invention refers to: be located at the disc on nip drum 1-21; Its effect realizes cold breakdown to squeeze; Its design attitude is as marked shown in 1-28 in accompanying drawing 9.
Nip drum centre bore 1-29 of the present invention refers to: be located at the centre bore in the middle of nip drum 1-21; Its effect is installation and the work of being convenient to nip drum 1-21; Its design attitude is as marked shown in 1-29 in accompanying drawing 9.
Of the present invention couple of pole socket installing hole 1-30 refers to: be located at the installing hole on the two pole socket 1-3 of feed mechanism; Its effect is installation and the work of being convenient to the two pole socket 1-3 of feed mechanism; Its design attitude is as marked shown in 1-30 in accompanying drawing 10.
Slide bar slipping ring 1-31 of the present invention refers to: be located at the slipping ring on the two pole socket 1-3 of feed mechanism; Its effect is installation and the work of being convenient to feed mechanism 2; Its design attitude is as marked shown in 1-31 in accompanying drawing 10.
Slide bar slide opening 1-32 of the present invention refers to: be located at the slide opening on the two pole socket 1-3 of feed mechanism; Its effect is installation and the work of being convenient to feed mechanism 2; Its design attitude is as marked shown in 1-32 in accompanying drawing 10.
Feed mechanism 2 of the present invention refers to: the building block of lathe; It is made up of holder 2-1, auxiliary stator 2-2, thimble seat 2-3, thimble 2-4, slide bar 2-5, cylinder ejector pin seat 2-6, cylinder ejector pin 2-7; Its effect is the accurately charging fast realizing piston rod; As shown in Figure 11, its design attitude is as marked shown in 2 in accompanying drawing 1 for its structure.
Holder 2-1 of the present invention refers to: the building block of feed mechanism 2; It is made up of rear holder 2-8 and front holder seat 2-9; Fixed slip bar 2-5 is installed in its effect; As shown in Figure 12, its design attitude is as marked shown in 2-1 in accompanying drawing 11 for its structure.
Auxiliary stator 2-2 of the present invention refers to: the building block of feed mechanism 2; Which is provided with slide bar trepanning 2-15; Its effect is auxiliary group of fixed slip bar 2-5; As shown in Figure 15, its design attitude is as marked shown in 2-2 in accompanying drawing 11 for its structure.
Thimble seat 2-3 of the present invention refers to: the building block of feed mechanism 2; Which is provided with thimble seat installing hole 2-16, thimble adjustment hole 2-17; Its effect is convenient to install thimble 2-4; As shown in Figure 16, its design attitude is as marked shown in 2-3 in accompanying drawing 11 for its structure.
Thimble 2-4 of the present invention refers to: the building block of feed mechanism 2; Which is provided with thimble pad 2-18, thimble stiff end 2-19; Its effect coordinates with cylinder ejector pin 2-7 fixedly to need machining piston bar; As shown in Figure 17, its design attitude is as marked shown in 2-4 in accompanying drawing 11 for its structure.
Slide bar 2-5 of the present invention refers to: the building block of feed mechanism 2; Its effect be can horizontally slip realize piston rod horizontally slip carry out cold breakdown squeeze; Its design attitude is as marked shown in 2-5 in accompanying drawing 11.
Cylinder ejector pin seat 2-6 of the present invention refers to: the building block of feed mechanism 2; Which is provided with cylinder ejector pin holding tank 2-20, cylinder ejector pin seat installing hole 2-21; Its effect is convenient to install cylinder ejector pin 2-7; As shown in Figure 18, its design attitude is as marked shown in 2-6 in accompanying drawing 11 for its structure.
Cylinder ejector pin 2-7 of the present invention refers to: the building block of feed mechanism 2; Which is provided with cylinder ejector pin head 2-22, cylinder ejector pin adjustment hole 2-23, thimble oil cylinder oil inlet mouth 2-24, thimble oil cylinder oil return opening 2-25; Its effect coordinates with thimble 2-4 fixedly to need machining piston bar; As shown in Figure 19, its design attitude is as marked shown in 2-7 in accompanying drawing 11 for its structure.
Rear holder 2-8 of the present invention refers to: the building block of holder 2-1; Which is provided with rear holder slide bar semicircle folder hole 2-10, rear holder fixing hole 2-11; As shown in Figure 13, its design attitude is as marked shown in 2-8 in accompanying drawing 12 for its structure.
Front holder seat 2-9 of the present invention refers to: the building block of holder 2-1; Which is provided with front holder seat fixing hole 2-12, thimble fixing hole 2-13, front holder seat slide bar semicircle folder hole 2-14; As shown in Figure 14, its design attitude is as marked shown in 2-9 in accompanying drawing 12 for its structure.
Rear holder slide bar semicircle folder hole 2-10 of the present invention refers to: be located at the semicircle folder hole on rear holder 2-8; Its effect is convenient to install slide bar 2-5; Its design attitude is as marked shown in 2-10 in accompanying drawing 13.
Rear holder fixing hole 2-11 of the present invention refers to: be located at the fixing hole on rear holder 2-8; Its effect is the installation being convenient to rear holder 2-8 and front holder seat 2-9; Its design attitude is as marked shown in 2-11 in accompanying drawing 13.
Front holder seat fixing hole 2-12 of the present invention refers to: be located at the fixing hole on front holder seat 2-9; Its effect is the installation being convenient to rear holder 2-8 and front holder seat 2-9; Its design attitude is as marked shown in 2-12 in accompanying drawing 14.
Thimble fixing hole 2-13 of the present invention refers to: be located at the fixing hole on front holder seat 2-9; Its effect is fixing thimble 2-4; Its design attitude is as marked shown in 2-13 in accompanying drawing 14.
Front holder seat slide bar semicircle folder hole 2-14 of the present invention refers to: be located at the semicircle folder hole on front holder seat 2-9; Its effect is convenient to install slide bar 2-5; Its design attitude is as marked shown in 2-14 in accompanying drawing 14.
Slide bar trepanning 2-15 of the present invention refers to: be located at the trepanning on auxiliary stator 2-2; Its effect is auxiliary group of fixed slip bar 2-5; Its design attitude is as marked shown in 2-15 in accompanying drawing 15.
Thimble seat installing hole 2-16 of the present invention refers to: be located at the installing hole on thimble seat 2-3; Its effect is the installation being convenient to thimble seat 2-3; Its design attitude is as marked shown in 2-16 in accompanying drawing 16.
Thimble adjustment hole 2-17 of the present invention refers to: be located at the adjustment hole on thimble seat 2-3; Its effect is the high and low position regulating thimble 2-4; Its design attitude is as marked shown in 2-17 in accompanying drawing 16.
Thimble pad 2-18 of the present invention refers to: be located at the packing ring on thimble 2-4; Its effect is impulsive force and limit thimble 2-4 position between buffering thimble 2-4 and thimble seat 2-3; Its design attitude is as marked shown in 2-18 in accompanying drawing 17.
Thimble stiff end 2-19 of the present invention refers to: be located at the stiff end on thimble 2-4; Its effect is fixing thimble 2-4; Its design attitude is as marked shown in 2-19 in accompanying drawing 17.
Cylinder ejector pin holding tank 2-20 of the present invention refers to: be located at the dead slot on cylinder ejector pin seat 2-6; Cylinder ejector pin 2-7 is placed in its effect; Its design attitude is as marked shown in 2-20 in accompanying drawing 18.
Cylinder ejector pin seat installing hole 2-21 of the present invention refers to: be located at the installing hole on cylinder ejector pin seat 2-6; Its effect is convenient to install cylinder ejector pin seat 2-6; Its design attitude is as marked shown in 2-21 in accompanying drawing 18.
Cylinder ejector pin head 2-22 of the present invention refers to: the tip being located at cylinder ejector pin 2-7 one end; Piston rod centre bore to be processed is withstood in its effect; Its design attitude is as marked shown in 2-22 in accompanying drawing 19.
Cylinder ejector pin adjustment hole 2-23 of the present invention refers to: be located at the adjustment hole on cylinder ejector pin 2-7; Its effect is the high and low position regulating cylinder ejector pin 2-7; Its design attitude is as marked shown in 2-23 in accompanying drawing 19.
Thimble oil cylinder oil inlet mouth 2-24 of the present invention refers to: be located at the hydraulic oil oil-in on cylinder ejector pin 2-7; Its effect is as hydraulic oil inlet; Its design attitude is as marked shown in 2-24 in accompanying drawing 19.
Thimble oil cylinder oil return opening 2-25 of the present invention refers to: be located at the hydraulic oil oil return opening on cylinder ejector pin 2-7; Its effect is as hydraulic oil outlet; Its design attitude is as marked shown in 2-25 in accompanying drawing 19.
Edging seat 3 of the present invention refers to: critical piece piston rod being carried out to cold rolling & extruding process; It is made up of seat 3-3, the right seat 3-4 of edging and edging device 3-5 in gear cavity enclosing cover 3-1, edging left seat 3-2, edging; Its effect carries out cold rolling & extruding process to piston rod; As shown in Figure 20, its design attitude is as marked shown in 3 in accompanying drawing 1 for its structure.
Gear cavity enclosing cover 3-1 of the present invention refers to: the gear cavity enclosing cover on the left of edging seat 3; Which is provided with gear cavity enclosing cover installing hole 3-6, gear cavity 3-7, gear-bearing through hole 3-8 and the recessed roller bearing bearing bore 3-9 of left active; Its effect transmission mechanism central shaft 6-3 is transmitted the revolving force come transform to edging device 3-5; Its structure is as shown in accompanying drawing 21,22, and its design attitude is as marked shown in 3-1 in accompanying drawing 20.
The left seat 3-2 of edging of the present invention refers to: the building block of edging seat 3; It is made up of seat 3-11 under edging left seat upper cover 3-10, the left seat of edging; Its effect is installation and the location of being convenient to edging device 3-5; As shown in Figure 23, its design attitude is as marked shown in 3-2 in accompanying drawing 20 for its structure.
In edging of the present invention, seat 3-3 refers to: the building block of edging seat 3; Which is provided with seat installing hole 3-26 in slot rolling 3-24, oil leak hole 3-25, edging; The installation of edging device 3-5 and the recovery of location and lubricating oil are convenient in its effect; As shown in Figure 28, its design attitude is as marked shown in 3-3 in accompanying drawing 20 for its structure.
The right seat 3-4 of edging of the present invention refers to: the building block of edging seat 3; It is made up of seat 3-28 under edging right seat upper cover 3-27, the right seat of edging; Its effect is installation and the location of being convenient to edging device 3-5; As shown in Figure 29, its design attitude is as marked shown in 3-4 in accompanying drawing 20 for its structure.
Edging device 3-5 of the present invention refers to: the building block of edging seat 3; It is made up of gear shaft 3-39, initiatively recessed roller 3-40, driven recessed roller 3-41, convex roller 3-42; Its effect realizes that cold breakdown is crowded to be operated by coordinating of the engagement of each roller and driven edging seat 1; As shown in Figure 33, its design attitude is as marked shown in 3-5 in accompanying drawing 20 for its structure.
Gear cavity enclosing cover installing hole 3-6 of the present invention refers to: be located at the installing hole on gear cavity enclosing cover 3-1; Its effect is the installation being convenient to gear cavity enclosing cover 3-1; Its design attitude is as marked shown in 3-6 in accompanying drawing 10,11.
Gear cavity 3-7 of the present invention refers to: the cavity being located at gear cavity enclosing cover 3-1 inside; Its effect is the installment work chamber as driving gear 3-43; Its design attitude is as marked shown in 3-7 in accompanying drawing 21,22.
Gear-bearing through hole 3-8 of the present invention refers to: the installing hole being located at gear cavity enclosing cover 3-1 inside; Its effect is the installation being convenient to gear shaft 3-39; Its design attitude is as marked shown in 3-8 in accompanying drawing 21,22.
The recessed roller bearing bearing bore 3-9 of left active of the present invention refers to: the installing hole being located at gear cavity enclosing cover 3-1 inside; Its effect is the installation being convenient to initiatively recessed axle central shaft 3-48; Its design attitude is as marked shown in 3-9 in accompanying drawing 21.
Edging of the present invention left seat upper cover 3-10 refers to: the building block of the left seat 3-2 of edging; Which is provided with left seat upper cover installing hole 3-12, left convex roller bearing installing hole 3-13, upper left semicircle axis hole 3-14, upper left semicircle dead eye 3-15; The installation of edging device 3-5, debugging and maintenance are convenient in its effect; Its structure is as shown in accompanying drawing 24,25, and its design attitude is as marked shown in 3-10 in accompanying drawing 23.
Under the left seat of edging of the present invention, seat 3-11 refers to: the building block of the left seat 3-2 of edging; Which is provided with left seat upper cover fixing hole 3-16, lower-left semicircle dead eye 3-17, the crowded seat installing hole 3-18 that rolls left, edging left seat fixing hole 3-19, lower-left semicircle axis hole 3-20, initiatively recessed roller bearing through hole 3-21, gear cavity enclosing cover fixing hole 3-22, gear shaft bearing bore 3-23; Its effect is the mounting bracket of bracing frame as the left seat 3-2 of edging and edging device 3-5; Its structure is as shown in accompanying drawing 26,27, and its design attitude is as marked shown in 3-11 in accompanying drawing 23.
Left seat upper cover installing hole 3-12 of the present invention refers to: be located at the installing hole on edging left seat upper cover 3-10; Its effect is convenient to edging left seat upper cover 3-10 to be arranged under the left seat of edging on seat 3-11; Its design attitude is as marked shown in 3-12 in accompanying drawing 24,25.
A left side of the present invention convex roller bearing installing hole 3-13 refers to: be located at the installing hole on edging left seat upper cover 3-10; Its effect is the installation being convenient to convex roller 3-42; Its design attitude is as marked shown in 3-13 in accompanying drawing 24,25.
Upper left semicircle axis hole 3-14 of the present invention refers to: be located at the axis hole on edging left seat upper cover 3-10; Its effect is the installation being convenient to driven recessed roller 3-41; Its design attitude is as marked shown in 3-14 in accompanying drawing 25.
Upper left semicircle dead eye 3-15 of the present invention refers to: be located at the dead eye on edging left seat upper cover 3-10; Its effect is the installation being convenient to bearing; Its design attitude is as marked shown in 3-15 in accompanying drawing 25.
Left seat upper cover fixing hole 3-16 of the present invention refers to: be located at the fixing hole on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to edging left seat upper cover 3-10; Its design attitude is as marked shown in 3-16 in accompanying drawing 26,27.
Lower-left semicircle dead eye 3-17 of the present invention refers to: be located at the dead eye on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to bearing; Its design attitude is as marked shown in 3-17 in accompanying drawing 26,27.
The crowded seat installing hole 3-18 that rolls left of the present invention refers to: be located at the installing hole on seat 3-11 under the left seat of edging; Its effect is that the installation being convenient to the left seat 3-2 of edging is fixed; Its design attitude is as marked shown in 3-18 in accompanying drawing 26,27.
Edging of the present invention left seat fixing hole 3-19 refers to: be located at the fixing hole on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to the left seat 3-2 of edging; Its design attitude is as marked shown in 3-19 in accompanying drawing 26,27.
Lower-left semicircle axis hole 3-20 of the present invention refers to: be located at the axis hole on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to driven recessed roller 3-41; Its design attitude is as marked shown in 3-20 in accompanying drawing 26,27.
Active of the present invention recessed roller bearing through hole 3-21 refers to: be located at the through hole on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to initiatively recessed roller 3-40; Its design attitude is as marked shown in 3-21 in accompanying drawing 26,27.
Gear cavity enclosing cover fixing hole 3-22 of the present invention refers to: be located at the fixing hole on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to gear cavity enclosing cover 3-1; Its design attitude is as marked shown in 3-22 in accompanying drawing 27.
Gear shaft bearing bore 3-23 of the present invention refers to: be located at the dead eye on seat 3-11 under the left seat of edging; Its effect is the installation being convenient to gear shaft 3-39; Its design attitude is as marked shown in 3-23 in accompanying drawing 27.
Slot rolling 3-24 of the present invention refers to: be located at the cavity on seat 3-3 in edging; Its effect is edging device 3-5 installment work region; Its design attitude is as marked shown in 3-24 in accompanying drawing 28.
Oil leak hole 3-25 of the present invention refers to: be located at the circular hole on seat 3-3 in edging; Lubricating oil is reclaimed in its effect; Its design attitude is as marked shown in 3-25 in accompanying drawing 28.
In edging of the present invention, seat installing hole 3-26 refers to: be located at the installing hole on seat 3-3 in edging; Its effect is the installation being convenient to seat 3-3 in edging; Its design attitude is as marked shown in 3-26 in accompanying drawing 28.
Edging of the present invention right seat upper cover 3-27 refers to: the building block of the right seat 3-4 of edging; Which is provided with right seat upper cover installing hole 3-29, right convex roller bearing installing hole 3-30, upper right semicircle axis hole 3-31, upper right semicircle dead eye 3-32; The installation of edging device 3-5, debugging and maintenance are convenient in its effect; Its structure is as shown in accompanying drawing 30,31, and its design attitude is as marked shown in 3-27 in accompanying drawing 29.
Under the right seat of edging of the present invention, seat 3-28 refers to: the building block of the right seat 3-4 of edging; Which is provided with right seat upper cover fixing hole 3-33, bottom right semicircle axis hole 3-34, right edging seat installing hole 3-35, edging right seat fixing hole 3-36, bottom right semicircle dead eye 3-37, the recessed roller bearing bearing bore 3-38 of right active; Its effect is the mounting bracket of bracing frame as the right seat 3-4 of edging and edging device 3-5; As shown in Figure 32, its design attitude is as marked shown in 3-28 in accompanying drawing 29 for its structure.
Right seat upper cover installing hole 3-29 of the present invention refers to: be located at the installing hole on edging right seat upper cover 3-27; Its effect is convenient to edging right seat upper cover 3-27 to be arranged under the right seat of edging on seat 3-28; Its design attitude is as marked shown in 3-29 in accompanying drawing 30,31.
The right side of the present invention convex roller bearing installing hole 3-30 refers to: be located at the installing hole on edging right seat upper cover 3-27; Its effect is the installation being convenient to convex roller 3-42; Its design attitude is as marked shown in 3-30 in accompanying drawing 30,31.
Upper right semicircle axis hole 3-31 of the present invention refers to: be located at the axis hole on edging right seat upper cover 3-27; Its effect is the installation being convenient to driven recessed roller 3-41; Its design attitude is as marked shown in 3-31 in accompanying drawing 31.
Upper right semicircle dead eye 3-32 of the present invention refers to: be located at the dead eye on edging right seat upper cover 3-27; Its effect is the installation being convenient to bearing; Its design attitude is as marked shown in 3-32 in accompanying drawing 31.
Right seat upper cover fixing hole 3-33 of the present invention refers to: be located at the fixing hole on seat 3-28 under the right seat of edging; Its effect is the installation being convenient to edging right seat upper cover 3-27; Its design attitude is as marked shown in 3-33 in accompanying drawing 32.
Bottom right semicircle axis hole 3-34 of the present invention refers to: be located at the dead eye on seat 3-28 under the right seat of edging; Its effect is the installation being convenient to bearing; Its design attitude is as marked shown in 3-34 in accompanying drawing 32.
Right edging seat installing hole 3-35 of the present invention refers to: be located at the installing hole on seat 3-28 under the right seat of edging; Its effect is that the installation being convenient to the right seat 3-4 of edging is fixed; Its design attitude is as marked shown in 3-35 in accompanying drawing 32.
Edging of the present invention right seat fixing hole 3-36 refers to: be located at the fixing hole on seat 3-28 under the right seat of edging; Its effect is the installation being convenient to the right seat 3-4 of edging; Its design attitude is as marked shown in 3-36 in accompanying drawing 32.
Bottom right semicircle dead eye 3-37 of the present invention refers to: be located at the axis hole on seat 3-28 under the right seat of edging; Its effect is the installation being convenient to driven recessed roller 3-41; Its design attitude is as marked shown in 3-37 in accompanying drawing 32.
Right active of the present invention recessed roller bearing bearing bore 3-38 refers to: be located at the dead eye on seat 3-28 under the right seat of edging; Its effect is the installation being convenient to initiatively recessed roller 3-40; Its design attitude is as marked shown in 3-38 in accompanying drawing 32.
Gear shaft 3-39 of the present invention refers to: the building block of edging device 3-5; It is made up of driving gear 3-43 and central gear axis 3-44; Its effect drives the running of other rollers; As shown in Figure 34, its design attitude is as marked shown in 3-39 in accompanying drawing 33 for its structure.
The recessed roller 3-40 of active of the present invention refers to: the building block of edging device 3-5; Which is provided with initiatively recessed roller dome face 3-45, initiatively recessed roller recessed disc 3-46, driven gear 3-47, initiatively recessed roller central shaft 3-48; Its effect gear shaft 3-39 is transmitted the power come to carry out transmission next time; As shown in Figure 35, its design attitude is as marked shown in 3-40 in accompanying drawing 33 for its structure.
Driven recessed roller 3-41 of the present invention refers to: the building block of edging device 3-5; Which is provided with driven recessed roller dome face 3-49, driven recessed roller recessed disc 3-50, driven recessed roller central shaft 3-51; Its effect contacts and transmission with adjacent rollers; As shown in Figure 36, its design attitude is as marked shown in 3-41 in accompanying drawing 33 for its structure.
Convex roller 3-42 of the present invention refers to: the building block of edging device 3-5; Which is provided with convex roller dome face 3-52, convex roller recessed disc 3-53, convex roller central shaft 3-54; Its effect contacts and transmission with adjacent rollers; As shown in Figure 37, its design attitude is as marked shown in 3-42 in accompanying drawing 33 for its structure.
Driving gear 3-43 of the present invention refers to: the building block of gear shaft 3-39; Its effect is as main drive gear; Its design attitude is as marked shown in 3-43 in accompanying drawing 34.
Central gear axis 3-44 of the present invention refers to: the building block of gear shaft 3-39; Its effect is as final drive shaft; Its design attitude is as marked shown in 3-44 in accompanying drawing 34.
Active of the present invention recessed roller dome face 3-45 refers to: be located at the protrusion disc on the recessed roller 3-40 of active; Its effect contacts carry out transmission with convex roller recessed disc 3-53, driven recessed roller dome face 3-49; Its design attitude is as marked shown in 3-45 in accompanying drawing 35.
The recessed roller of active of the present invention recessed disc 3-46 refers to: be located at the recessed disc on the recessed roller 3-40 of active; Its effect contacts carry out transmission with convex roller dome face 3-52, the recessed disc 3-50 of driven recessed roller; Its design attitude is as marked shown in 3-46 in accompanying drawing 35.
Driven gear 3-47 of the present invention refers to: the gear being located at initiatively recessed roller 3-40 one end; Its effect is meshed with driving gear 3-43 to carry out the gear of transmission; Its design attitude is as marked shown in 3-47 in accompanying drawing 35.
Active of the present invention recessed roller central shaft 3-48 refers to: the initiatively central shaft of recessed roller 3-40; Its effect is as power transmission shaft; Its design attitude is as marked shown in 3-48 in accompanying drawing 35.
Driven recessed roller dome face 3-49 of the present invention refers to: be located at the dome face on driven recessed roller 3-41; Its effect contacts carry out transmission with convex roller recessed disc 3-53, initiatively recessed roller dome face 3-45; Its design attitude is as marked shown in 3-49 in accompanying drawing 36.
Driven recessed roller of the present invention recessed disc 3-50 refers to: be located at the recessed disc on driven recessed roller 3-41; Its effect contacts carry out transmission with convex roller dome face 3-52, the initiatively recessed disc 3-46 of recessed roller; Its design attitude is as marked shown in 3-50 in accompanying drawing 36.
Driven recessed roller central shaft 3-51 of the present invention refers to: the central shaft of driven recessed roller 3-41; Its effect is as power transmission shaft; Its design attitude is as marked shown in 3-51 in accompanying drawing 36.
Convex roller dome face 3-52 of the present invention refers to: be located at the dome face on convex roller 3-42; Its effect is with initiatively recessed roller recessed disc 3-46, the recessed disc 3-50 of driven recessed roller contact and carry out transmission; Its design attitude is as marked shown in 3-52 in accompanying drawing 37.
Convex roller of the present invention recessed disc 3-53 refers to: be located at the recessed disc on convex roller 3-42; Its effect is with initiatively recessed roller dome face 3-45, driven recessed roller dome face 3-49 contact and carry out transmission; Its design attitude is as marked shown in 3-53 in accompanying drawing 37.
Convex roller central shaft 3-54 of the present invention refers to: the central shaft of convex roller 3-42; Its effect is as power transmission shaft; Its design attitude is as marked shown in 3-54 in accompanying drawing 37.
Bottom mounting plate 4 of the present invention refers to: the right side cover plate of lathe; Which is provided with lubricating oil return hole 4-1, driven edging seat fixing hole 4-2, transmission mechanism fixing hole 4-3, right cover plate installing hole 4-4, edging seat fixing hole 4-5, hydraulic fluid distributor fixing hole 4-6; Its effect is convenient to realize the installation to the recovery of complete equipment lubricating oil and transmission mechanism 6, edging seat 3, hydraulic fluid distributor, driven edging seat 1; As shown in Figure 38, its design attitude is as marked shown in 4 in accompanying drawing 1 for its structure.
Lubricating oil return hole 4-1 of the present invention refers to: be located at the circular hole on bottom mounting plate 4; Its effect communicates with lubricating oil return pipe 8-1, reclaims lubricating oil; Its design attitude is as marked shown in 4-1 in accompanying drawing 38.
Driven edging seat fixing hole 4-2 of the present invention refers to: be located at the fixing hole on bottom mounting plate 4; Its effect is the installation being convenient to driven edging seat 1; Its design attitude is as marked shown in 4-2 in accompanying drawing 38.
Transmission mechanism fixing hole 4-3 of the present invention refers to: be located at the fixing hole on bottom mounting plate 4; Its effect is the installation being convenient to transmission mechanism 6; Its design attitude is as marked shown in 4-3 in accompanying drawing 38.
Right cover plate installing hole 4-4 of the present invention refers to: be located at the installing hole on bottom mounting plate 4; Its effect is the installation being convenient to bottom mounting plate 4; Its design attitude is as marked shown in 4-4 in accompanying drawing 38.
Edging seat fixing hole 4-5 of the present invention refers to: be located at the fixing hole on bottom mounting plate 4; Its effect is the installation being convenient to edging seat 3; Its design attitude is as marked shown in 4-5 in accompanying drawing 38.
Hydraulic fluid distributor fixing hole 4-6 of the present invention refers to: be located at the fixing hole on bottom mounting plate 4; Its effect is the installation being convenient to hydraulic fluid distributor; Its design attitude is as marked shown in 4-6 in accompanying drawing 38.
| Reference numerals | Mark title | Reference numerals | Mark title |
| 1 | Driven edging seat 1 | 1-28 | Nip drum disc 1-28 |
| 1-1 | Integrated middle seat 1-1 | 1-29 | Nip drum centre bore 1-29 |
| 1-2 | Driven edging device 1-2 | 1-30 | Two pole socket installing hole 1-30 |
| 1-3 | The two pole socket 1-3 of feed mechanism | 1-31 | Slide bar slipping ring 1-31 |
| 1-4 | Edging oil cylinder oil inlet pipe joint 1-4 | 1-32 | Slide bar slide opening 1-32 |
| 1-5 | Edging oil cylinder fixing hole 1-5 | 2 | Feed mechanism 2 |
| 1-6 | Edging oil cylinder oil returning pipe joint 1-6 | 2-1 | Holder 2-1 |
| 1-7 | Two pole socket fixing hole 1-7 | 2-2 | Auxiliary stator 2-2 |
| 1-8 | Integrated middle seat installing hole 1-8 | 2-3 | Thimble seat 2-3 |
| 1-9 | Lube oil outlet pipe 1-9 | 2-4 | Thimble 2-4 |
| 1-10 | Lubricating oil pipe joint 1-10 | 2-5 | Slide bar 2-5 |
| 1-11 | Edging oil cylinder 1-11 | 2-6 | Cylinder ejector pin seat 2-6 |
| 1-12 | Pressure head 1-12 | 2-7 | Cylinder ejector pin 2-7 |
| 1-13 | Edging oil cylinder installing hole 1-13 | 2-8 | Rear holder 2-8 |
| 1-14 | Edging oil cylinder oil inlet mouth 1-14 | 2-9 | Front holder seat 2-9 |
| 1-15 | Edging oil cylinder oil return opening 1-15 | 2-10 | Rear holder slide bar semicircle folder hole 2-10 |
| 1-16 | Pressure head fixing hole 1-16 | 2-11 | Rear holder fixing hole 2-11 |
| 1-17 | Pressure head body frame 1-17 | 2-12 | Front holder seat fixing hole 2-12 |
| 1-18 | Pad 1-18 | 2-13 | Thimble fixing hole 2-13 |
| 1-19 | Nip drum axle bed sheet 1-19 | 2-14 | Front holder seat slide bar semicircle folder hole 2-14 |
| 1-20 | Thrust bearing 1-20 | 2-15 | Slide bar trepanning 2-15 |
| 1-21 | Nip drum 1-21 | 2-16 | Thimble seat installing hole 2-16 |
| 1-22 | Nip drum central shaft 1-22 | 2-17 | Thimble adjustment hole 2-17 |
| 1-23 | Pressure head installing hole 1-23 | 2-18 | Thimble pad 2-18 |
| 1-24 | Nip drum axle bed sheet fixing hole 1-24 | 2-19 | Thimble stiff end 2-19 |
| 1-25 | Nip drum axle bed sheet installing hole 1-25 | 2-20 | Cylinder ejector pin holding tank 2-20 |
| 1-26 | Spacer groove 1-26 | 2-21 | Cylinder ejector pin seat installing hole 2-21 |
| 1-27 | Nip drum central shaft hole 1-27 | 2-22 | Cylinder ejector pin head 2-22 |
| Reference numerals | Mark title | Reference numerals | Mark title |
| 2-23 | Cylinder ejector pin adjustment hole 2-23 | 3-25 | Oil leak hole 3-25 |
| 2-24 | Thimble oil cylinder oil inlet mouth 2-24 | 3-26 | Seat installing hole 3-26 in edging |
| 2-25 | Thimble oil cylinder oil return opening 2-25 | 3-27 | Edging right seat upper cover 3-27 |
| 3 | Edging seat 3 | 3-28 | Seat 3-28 under the right seat of edging |
| 3-1 | Gear cavity enclosing cover 3-1 | 3-29 | Right seat upper cover installing hole 3-29 |
| 3-2 | The left seat 3-2 of edging | 3-30 | Right convex roller bearing installing hole 3-30 |
| 3-3 | Seat 3-3 in edging | 3-31 | Upper right semicircle axis hole 3-31 |
| 3-4 | The right seat 3-4 of edging | 3-32 | Upper right semicircle dead eye 3-32 |
| 3-5 | Edging device 3-5 | 3-33 | Right seat upper cover fixing hole 3-33 |
| 3-6 | Gear cavity enclosing cover installing hole 3-6 | 3-34 | Bottom right semicircle axis hole 3-34 |
| 3-7 | Gear cavity 3-7 | 3-35 | Right edging seat installing hole 3-35 |
| 3-8 | Gear-bearing through hole 3-8 | 3-36 | Edging right seat fixing hole 3-36 |
| 3-9 | The recessed roller bearing bearing bore 3-9 of left active | 3-37 | Bottom right semicircle dead eye 3-37 |
| 3-10 | Edging left seat upper cover 3-10 | 3-38 | The recessed roller bearing bearing bore 3-38 of right active |
| 3-11 | Seat 3-11 under the left seat of edging | 3-39 | Gear shaft 3-39 |
| 3-12 | Left seat upper cover installing hole 3-12 | 3-40 | Initiatively recessed roller 3-40 |
| 3-13 | Left convex roller bearing installing hole 3-13 | 3-41 | Driven recessed roller 3-41 |
| 3-14 | Upper left semicircle axis hole 3-14 | 3-42 | Convex roller 3-42 |
| 3-15 | Upper left semicircle dead eye 3-15 | 3-43 | Driving gear 3-43 |
| 3-16 | Left seat upper cover fixing hole 3-16 | 3-44 | Central gear axis 3-44 |
| 3-17 | Lower-left semicircle dead eye 3-17 | 3-45 | Initiatively recessed roller dome face 3-45 |
| 3-18 | Roll left crowded seat installing hole 3-18 | 3-46 | The initiatively recessed disc 3-46 of recessed roller |
| 3-19 | Edging left seat fixing hole 3-19 | 3-47 | Driven gear 3-47 |
| 3-20 | Lower-left semicircle axis hole 3-20 | 3-48 | Initiatively recessed roller central shaft 3-48 |
| 3-21 | Initiatively recessed roller bearing through hole 3-21 | 3-49 | Driven recessed roller dome face 3-49 |
| 3-22 | Gear cavity enclosing cover fixing hole 3-22 | 3-50 | The recessed disc 3-50 of driven recessed roller |
| 3-23 | Gear shaft bearing bore 3-23 | 3-51 | Driven recessed roller central shaft 3-51 |
| 3-24 | Slot rolling 3-24 | 3-52 | Convex roller dome face 3-52 |
| Reference numerals | Mark title | Reference numerals | Mark title |
| 3-53 | The recessed disc 3-53 of convex roller | 4-3 | Transmission mechanism fixing hole 4-3 |
| 3-54 | Convex roller central shaft 3-54 | 4-4 | Right cover plate installing hole 4-4 |
| 4 | Bottom mounting plate 4 | 4-5 | Edging seat fixing hole 4-5 |
| 4-1 | Lubricating oil return hole 4-1 | 4-6 | Hydraulic fluid distributor fixing hole 4-6 |
| 4-2 | Driven edging seat fixing hole 4-2 |
Claims (6)
1. lathe special pair of edging seat is squeezed in piston rod cold breakdown, it is characterized in that it is made up of driven edging seat, feed mechanism, edging seat, bottom mounting plate; Driven edging seat and edging seat are arranged on bottom mounting plate, and install for coordinating; Feed mechanism is arranged on driven edging seat bottom.
2. lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown according to claim 1, it is characterized in that being provided with driven edging seat and edging seat; Driven edging seat is made up of integrated middle seat, driven edging device, the two pole socket of feed mechanism; Wherein driven edging device is arranged on integrated middle seat top, and the two pole socket of feed mechanism is arranged on both sides, integrated middle seat bottom; Edging seat is made up of seat, the right seat of edging, edging device in gear cavity enclosing cover, the left seat of edging, edging; Gear cavity enclosing cover is arranged on the left of the left seat of edging, and the left seat of edging is arranged in edging on the left of seat, and in edging, seat is arranged on the left of the right seat of edging, and edging device to be arranged in edging on seat.
3. lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown according to claim 1, it is characterized in that being provided with the two pole socket of feed mechanism; And be provided with two pole socket installing hole, slide bar slipping ring and slide bar slide opening thereon; Two two pole socket installing holes and slide bar slipping ring lay respectively at the two pole socket upper and lower side of feed mechanism; Slide bar slide opening is the centre bore of slide bar slipping ring.
4. lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown according to claim 1, it is characterized in that being provided with feed mechanism; It is made up of holder, auxiliary stator, thimble seat, thimble, slide bar, cylinder ejector pin seat and cylinder ejector pin; Two slide bars are arranged above and below and are clipped between two holders; Auxiliary stator is arranged on a holder one end; Thimble seat is arranged on auxiliary stator with the holder bottom of holding; Thimble is arranged on thimble seat; Cylinder ejector pin seat is arranged on another holder bottom; Cylinder ejector pin is arranged on cylinder ejector pin seat.
5. lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown according to claim 1, it is characterized in that being provided with oil leak hole; Oil leak hole is located at seat bottom in edging.
6. lathe special pair of edging seat is squeezed in a kind of piston rod cold breakdown according to claim 1, it is characterized in that being provided with bottom mounting plate; And be provided with lubricating oil return hole, driven edging seat fixing hole, transmission mechanism fixing hole, right cover plate installing hole, edging seat fixing hole, hydraulic fluid distributor fixing hole thereon; The left back portion of bottom mounting plate is located in lubricating oil return hole; Driven edging seat fixing hole, transmission mechanism fixing hole, right cover plate installing hole, edging seat fixing hole are all located at bottom mounting plate top; Hydraulic fluid distributor fixing hole is located on bottom mounting plate rear projection edge.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510055317.XA CN104646913B (en) | 2015-02-03 | 2015-02-03 | The special double edging seats of lathe are squeezed in a kind of piston rod cold breakdown |
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| CN201510055317.XA CN104646913B (en) | 2015-02-03 | 2015-02-03 | The special double edging seats of lathe are squeezed in a kind of piston rod cold breakdown |
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| CN104646913A true CN104646913A (en) | 2015-05-27 |
| CN104646913B CN104646913B (en) | 2018-07-10 |
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| CN106216942A (en) * | 2016-08-30 | 2016-12-14 | 张剑光 | A kind of golf clubs rolling device |
| WO2019090676A1 (en) * | 2017-11-10 | 2019-05-16 | 贺碧先 | Four-shaft rolling mechanism |
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Effective date of registration: 20180927 Address after: 412000 Tianyuan City, Zhuzhou, Hunan, Tianyi Science and Technology Park, self Pioneer Park, phase B, 5 buildings, 303 rooms. Patentee after: Hunan Bon Intelligent Technology Co., Ltd. Address before: 422000 482 Dongda Road, Shuang Qing District, Shaoyang, Hunan (Hunan pile driver manufacturing plant) Patentee before: Shaoyang City Ge Yi Precision Technology Co., Ltd. |
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Address after: 412000 Tianyuan City, Zhuzhou, Hunan, Tianyi Science and Technology Park, self Pioneer Park, phase B, 5 buildings, 303 rooms. Patentee after: Hunan Bangren Precision Manufacturing Co.,Ltd. Address before: 412000 Tianyuan City, Zhuzhou, Hunan, Tianyi Science and Technology Park, self Pioneer Park, phase B, 5 buildings, 303 rooms. Patentee before: Hunan Bon Intelligent Technology Co.,Ltd. |
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