CN204711852U

CN204711852U - Core ring sorting grabbing device produced by emery wheel

Info

Publication number: CN204711852U
Application number: CN201420751002.XU
Authority: CN
Inventors: 张和庆
Original assignee: TAIXING HEQING MACHINERY FITTINGS FACTORY
Current assignee: TAIXING HEQING MACHINERY FITTINGS FACTORY
Priority date: 2014-12-04
Filing date: 2014-12-04
Publication date: 2015-10-21
Anticipated expiration: 2024-12-04

Abstract

The utility model relates to a kind of emery wheel and produces core ring sorting grabbing device, comprise and capture slide, the crawl axis of guide, crawl lift cylinder and core ring sucker, capturing slide slip is arranged on core ring crawl frame, capturing lift cylinder is arranged on crawl slide, two capture axis of guide vertical sliding motion is connected on crawl slide, the cylinder piston rod capturing lift cylinder connects two and captures the axis of guide, and two bottoms capturing the axis of guide connect core ring sucker.

Description

Core ring sorting grabbing device produced by emery wheel

Technical field

The utility model relates to a kind of abrasive wheel forming equipment, is that core ring sorting grabbing device produced by emery wheel specifically.

Background technology

Emery wheel is a kind of main grinding grinding tool, is that pressed compact after adopting abrasive material and bonding agent mixing, drying and roasting are made.At center position of grinding wheel mounting core ring, be convenient to emery wheel and install and use, and improve emery wheel serviceability.In traditional Multi-station semi-automatic grinding wheel molding machine production technology, adopt artificial placement core ring, operate loaded down with trivial details, inefficiency, labour intensity is high; Artificial placement core ring is without accurate location, and when subsequent artefacts's interpolation and smooth raw material, raw material impacts and smooth stirring easily is caused core ring to offset or place out-of-flatness, thus impacts abrasive wheel forming quality.

Summary of the invention

The deficiency of operation existence and the impact on follow-up abrasive wheel forming quality is manually placed for prior art medium sand core wheel ring, it is simple, compact that the utility model provides a kind of structure, need not manual operation, core ring can be carried by grinding wheel forming molds on trend grinding wheel molding machine conveyer belt, automaticity is high, core ring is placed accurately, stable, be conducive to increasing work efficiency and core ring sorting grabbing device produced by the emery wheel of abrasive wheel forming quality.

The technical solution adopted in the utility model is: core ring sorting grasping system produced by a kind of emery wheel, it is characterized in that comprising: core ring vibration sieves, and for the core ring bearing frame of support core ring, the conveying of core ring vibration sieve connects core ring bearing frame; Core ring captures frame, and core ring grabbing device is arranged at core ring and captures on frame.

Further, described core ring bearing frame comprises and picks and places core ring connecting plate, core ring lift cylinder, the core ring axis of guide and core ring fixing tool, picking and placeing core ring connecting plate is connected to outside abrasive wheel forming conveyer belt, core ring lift cylinder one end is vertically connected at and picks and places on core ring connecting plate, the core ring lift cylinder other end connects two vertical sliding motion and is connected to the core ring axis of guide lower end picked and placeed on core ring connecting plate, core ring fixing tool is arranged at and picks and places on core ring connecting plate, and two core ring axis of guide upper ends are that lifting holds out against the core ring lower surface state on core ring fixing tool that is supported on.

Further, described core ring fixing tool comprises rotary cylinder, rotating disc and two core ring bearing posts, rotary cylinder is arranged at and picks and places on core ring connecting plate, rotary cylinder rotary actuation supporting rotating disc, two core ring bearing column symmetry are vertically installed on rotating disc, two core ring bearing posts are in the corresponding core ring grabbing device of difference and core ring vibration sieve-like state, and the two core ring axis of guides are in symmetry status centered by the core ring bearing post of corresponding core ring grabbing device.

Further, the top of described core ring bearing post is positive frustum structure.

Further, described core ring crawl frame is provided with the placement axis of guide along core ring bearing frame to abrasive wheel forming belt direction, core ring grabbing device is connected to be placed on the axis of guide, and core ring captures on frame and connects a placement cylinder parallel with placing the axis of guide, places cylinder and connects core ring grabbing device.

Further, described core ring grabbing device comprises crawl slide, captures the axis of guide, captures lift cylinder and core ring sucker, capturing slide slip is arranged on core ring crawl frame, capturing lift cylinder is arranged on crawl slide, two capture axis of guide vertical sliding motion is connected on crawl slide, the cylinder piston rod capturing lift cylinder connects two and captures the axis of guide, and two bottoms capturing the axis of guide connect core ring sucker.

Again further, described two bottoms capturing the axis of guide connect a fairlead through axis of guide fixed head, and core ring sucker gapless slip cap is loaded in fairlead, and core ring sucker is coaxially connected through spring with between axis of guide fixed head.

Adopt technique scheme, the beneficial effects of the utility model are:

1, core ring is positioned in core ring vibration sieve, is also socketed thereon to core ring bearing post by tape transport, and the sorting of core ring is convenient, manually need not be socketed supporting, is conducive to reducing labour intensity and increasing work efficiency;

2, arbitrary core ring bearing post corresponding core ring vibration sieve charging in two core ring bearing posts, another core ring bearing post by the core ring axis of guide upwards jack-up to the feeding of core ring grabbing device, on another core ring bearing post after the complete feeding of core ring, drive two core ring bearing posts to rotate by rotary cylinder through rotating disc to exchange, core ring bearing post after the charging of corresponding core ring vibration sieve is rotated to feeding under core ring grabbing device, another core ring bearing post rotates the charging of corresponding core ring vibration sieve, the charging of core ring, feeding cycling, need not charging be shut down, be conducive to increasing work efficiency;

3, the crawl slide of core ring grabbing device drives slip to correspond to above the core ring bearing post at abrasive wheel forming conveyer belt grinding wheel forming molds and core ring axis of guide center respectively by placing cylinder on the placement axis of guide, capturing lift cylinder drives core ring sucker to be elevated through capturing the axis of guide by axis of guide fixed head, when core ring grabbing device correspondence moves to above core ring bearing post, core ring sucker decline vacuum engagement is serially connected in the core ring on core ring bearing post, thing above grinding wheel forming molds is moved in core ring grabbing device correspondence, the decline of core ring sucker is pressure bonded to the plug of grinding wheel forming molds and absorbent core ring is abandoned in inflation, core ring is positioned on grinding wheel forming molds inner core rod, the crawl completing core ring is placed, core ring captures, place accurately, efficiency is high, be connected by spring through fairlead between axis of guide fixed head with core ring sucker, when pressing core ring or grinding wheel forming molds plug, pressing is abundant, it is accurately firm that corresponding core ring vacuum suction stablizes the placement of firm and corresponding plug, further raising captures efficiency and places quality, is conducive to guaranteeing emery wheel subsequent forming quality.

The utility model adopts two core ring bearing posts to rotate corresponding core ring vibration sieve and core ring sucker respectively on the rotating pan to continue to realize charging and the feeding of core ring, and drive slide corresponding core ring bearing post and abrasive wheel forming sucker plug of core ring sucker to realize crawl and the placement of core ring by slidably capturing slide, its structure is simple, compact, need not manual operation, core ring can be carried by grinding wheel forming molds on trend grinding wheel molding machine conveyer belt, automaticity is high, core ring is placed accurately, is stablized, and is conducive to increasing work efficiency and abrasive wheel forming quality.

Accompanying drawing explanation

Fig. 1 is the utility model structural representation;

Fig. 2 is the perspective view of Fig. 1.

In figure: abrasive wheel forming conveyer belt 1, grinding wheel forming molds 2, plug 3, core ring vibration sieve 4, conveyer belt 5, picks and places core ring connecting plate 6, core ring lift cylinder 7, the core ring axis of guide 8, rotary cylinder 9, rotating disc 10, core ring bearing post 11,111, core ring captures frame 12, place the axis of guide 13, place cylinder 14, capture slide 15, capture lift cylinder 16, capture the axis of guide 17, axis of guide fixed head 18, fairlead 19, spring 20, core ring sucker 21.

Detailed description of the invention

Below in conjunction with drawings and Examples, the utility model is described in further detail.

Shown in Fig. 1,2, a kind of emery wheel produces that core ring sorting grasping system comprises core ring vibration sieve 4, conveyer belt 5, picks and places core ring connecting plate 6, core ring lift cylinder 7, the core ring axis of guide 8, rotary cylinder 9, rotating disc 10, core ring bearing post 11,111, core ring captures frame 12, places the axis of guide 13, places cylinder 14, captures slide 15, captures lift cylinder 16, captures the axis of guide 17, axis of guide fixed head 18, fairlead 19, spring 20 and core ring sucker 21.Connect outside abrasive wheel forming conveyer belt 1 and pick and place core ring connecting plate 6, pick and place core ring connecting plate 6 lower surface and vertically connect core ring lift cylinder 7 upper end, core ring lift cylinder 7 lower end connects the two core ring axis of guide 8 lower ends, the two core ring axis of guides 8 are connected to pick and place on core ring connecting plate 6 in sliding up and down lifting, pick and place on core ring connecting plate 6 and drive supporting rotating disc 10 through rotary cylinder 9, on rotating disc 10, Symmetrical vertical connects two core ring bearing posts 11, 111, arbitrary core ring bearing post 11 is through the corresponding core ring vibration sieve 4 of conveyer belt 5, another core ring bearing post 111 is the symmetrical centre of the two core ring axis of guides 8, the two core ring axis of guide 8 upper ends are that lifting holds out against core ring lower surface state on another core ring bearing post 111 of supporting, the two ends of core ring crawl frame 12 are supported respectively and are connected to abrasive wheel forming conveyer belt 1 and pick and place on core ring connecting plate 6, place the axis of guide 13 to be arranged at core ring and to capture on frame 12 in along the plug 3 of grinding wheel forming molds 2 on abrasive wheel forming conveyer belt 1 and another core ring bearing post 111 two direction horizontal parallel states, cross-under that the placement axis of guide 13 slides captures slide 15, capturing the slide 15 placement cylinder 14 be connected and fixed on core ring crawl frame 12 is drive the corresponding grinding wheel forming molds 2 of sliding eastern difference and another core ring bearing post 111 upper states on the placement axis of guide 13 by placement cylinder 14, capture on slide 15 and crawl lift cylinder 16 is vertically set, two capture the axis of guide 17 vertical sliding motion is arranged on crawl slide 15, two capture the axis of guide 17 lower end connects axis of guide fixed head 18, axis of guide fixed head 18 connects the telescopic end capturing lift cylinder 16, axis of guide fixed head 18 connects fairlead 19, slide in fairlead 19 and core ring sucker 21 is set, be provided with between core ring sucker 21 and axis of guide fixed head 18 with to capture lift cylinder 16 coaxial and be the spring 20 in fairlead 19.

Claims

1. core ring sorting grabbing device produced by an emery wheel, it is characterized in that: comprise and capture slide, the crawl axis of guide, crawl lift cylinder and core ring sucker, capturing slide slip is arranged on core ring crawl frame, capturing lift cylinder is arranged on crawl slide, two capture axis of guide vertical sliding motion is connected on crawl slide, the cylinder piston rod capturing lift cylinder connects two and captures the axis of guide, and two bottoms capturing the axis of guide connect core ring sucker.

2. core ring sorting grabbing device produced by emery wheel according to claim 1, it is characterized in that: described two bottoms capturing the axis of guide connect a fairlead through axis of guide fixed head, core ring sucker gapless slip cap is loaded in fairlead, and core ring sucker is coaxially connected through spring with between axis of guide fixed head.