CN205272239U - Greasy prosthetic devices is scribbled to the sheet surface defect - Google Patents

Abstract

The utility model relates to a greasy prosthetic devices is scribbled to the sheet surface defect, it has included scribbles greasy mechanism component, pressurization mechanism component, altitude mixture control subassembly, connection shelf, panel auxiliary stay subassembly, frame subassembly, clear bin gate lock subassembly, plank. Suitable height is adjusted with prosthetic devices to the altitude mixture control subassembly, and the plank is through prosthetic devices under the drive of device driver roller, and the loading system subassembly exerts pressure for the putty of scribbling in the greasy bucket of scribbling of greasy mechanism component, and dodge gate outflow coating is opened on the plank surface from what scribble greasy mechanism component to putty. The utility model discloses the device is numerical control intelligence panel repair equipment's parts, and mainly used accomplishes the greasy task of scribbling of the sheet surface defect.

Description

A kind of board surface defect is coated with greasy prosthetic device

Technical field

This utility model belongs to woodworking machinery manufacturing technology field, is specifically related to a kind of board surface defect and is coated with greasy prosthetic device.

Background technology

Wood-based plate is the important channel that timber makes full use of, wood-based plate (woodbasedpanel), with timber or other non-wood plants for raw material, it is separated into after various unit material through certain machining, applies or do not apply sheet material or the pressing of adhesive and other additive gluings. In the technical development of wood-based plate, the emphasis of Foreign Countries Wood-basedPanel Machinery design direction remains the production scale and automatization level that improve artificial board product line. The fast development of wood-based panel industry depends greatly on its rapid raising producing equipment technology level. Wood-based panel industry quickly grew in the last few years, and the quality of plate surface is had higher requirement by people. Owing to the defect of timber self and sheet material are probably to be formed by little wood board splicing, actual production causes that board surface has the defect such as out-of-flatness and pit-hole. A kind of restorative procedure for these defects is exactly be coated with putty at board surface, at present putty is coated with mainly through two kinds of means for plank: one is the defect by hand inspection board surface and is coated with putty with scraper plate at defective position, and another kind is that board surface is coated with putty by the use greasy machine of painting. Although the defect of board surface can be coated with putty by first method targetedly, but man efficiency is low and also the artificial efficiency that works long hours can be more and more lower and be easier to make mistakes defect produces missing inspection and holiday. Although second method will not produce missing inspection and holiday, efficiency is also significantly high. But do not have only to need the greasy position of painting to carry out putty coating to defective targetedly, cause a large amount of wastes of putty. For the reparation that the defects such as board surface pit-hole are carried out accurate location of intelligence, automatic board is coated with greasy equipment key issue and has studied.

Summary of the invention

This utility model is for solving problems of the prior art, it is provided that a kind of board surface defect is coated with greasy prosthetic device, and it is capable of the intelligence to wooden boards surface defect and is coated with greasy, and production efficiency is high, constant product quality.

This utility model is achieved by the following technical solutions:

This utility model is that a kind of board surface defect is coated with greasy prosthetic device, and it includes being coated with greasy mechanism assembly, pressing mechanism assembly, height adjustment assembly, connection shelf, sheet material auxiliary support assemblies, housing assembly, residue-removing door lock set, plank; The greasy mechanism assembly of described painting and height adjustment assembly are installed together, by connecting shelf, the top being placed in housing assembly, height adjustment assembly and sheet material auxiliary support assemblies are arranged on housing assembly, pressing mechanism assembly is fixed on above connection shelf, plank is placed on housing assembly, and residue-removing door lock set is arranged on housing assembly.

The greasy mechanism assembly of described painting includes material stock cylinder group welding piece, two, three the support bar auxiliary supports of one, two dodge gate support bars of two dodge gate support bars, two axle bumper plates, 18 dodge gates, two, 24 dodge gate openers of one, six dodge gates, 24 dodge gate closing organs, residue-removing doors support one, two residue-removing doors supports two, residue-removing doors; described material stock cylinder group welding piece is screwed two square tube bottoms in the bottom connecting shelf, support bar auxiliary support is screwed outside material stock cylinder gripper shoe bottom and door portion portrait, two dodge gate support bars one are separately mounted to Left-side support bar auxiliary and support and in the hole of side plate one, Right side support bar auxiliary supports and in the hole of side plate two, two dodge gate support bars two are separately mounted between the hole of the left side and middle two support bars auxiliary support, between the hole that the right and middle two support bars auxiliary support, dodge gate one be arranged on dodge gate support bar one or dodge gate support bar two not support with support bar auxiliary the position that contacts and and dodge gate support bar one or dodge gate support bar two be matched in clearance, dodge gate two be arranged on dodge gate support bar one or dodge gate support bar two with support bar auxiliary to support the position that contacts and and dodge gate support bar one or dodge gate support bar two be matched in clearance, use screw that dodge gate opener is arranged in material stock cylinder gripper shoe, dodge gate closing organ is arranged in the screwed hole of material stock cylinder gripper shoe, use one group of screw that residue-removing door is supported one and be fixed in material stock cylinder gripper shoe, support the positioning spigot location residue-removing door support two of with residue-removing door and be screwed in residue-removing door support one, the axle of residue-removing door is arranged in the hole that two residue-removing doors support two.

Described material stock cylinder group welding piece includes material stock cylinder gripper shoe, one, three inner panels of side plate, two, four material stock cylinders of side plate, door portion portrait; Side plate one and side plate two are respectively welded at the both sides of material stock cylinder gripper shoe, three inner panels are uniformly distributed and are welded on below material stock cylinder gripper shoe, weld together with material stock cylinder gripper shoe above door portion portrait, two sides weld together with side plate one and side plate two respectively, together, four material stock cylinders are arranged in four holes of material stock cylinder gripper shoe and weld for inner face and three inner plate weldings.

Dodge gate opener includes frame-type electric magnet, pull bar; Pull bar is arranged on iron core one end of frame-type electric magnet through the hole on dodge gate one or dodge gate two.

Described dodge gate closing organ includes caging bolt, be enclosed within caging bolt the locking nut being arranged in order from top to down, adjusting nut, closing spring; Described caging bolt is screwed in the screwed hole above material stock cylinder gripper shoe, use locking nut that caging bolt is locked, adjusting nut is screwed on caging bolt and below the material stock cylinder gripper shoe of material stock cylinder group welding piece, closing spring is enclosed within caging bolt and is arranged between adjusting nut and dodge gate one or dodge gate two, and adjusting nut is for the initial thrust of adjusting door closing spring.

Described pressing mechanism assembly includes cylinder, piston, O, plug one, plug two, cylinder is arranged on the channel-section steel connecting shelf, piston is fixed on the cylinder rod of cylinder, O is enclosed within the groove of piston, plug one screws the Kong Yizhong at piston, and plug two screws the Kong Erzhong at piston.

Described height adjustment assembly includes altitude mixture control master component, altitude mixture control accessory part, and altitude mixture control master component is fixed on upper rack, and altitude mixture control accessory part is separately mounted on spring base.

Height adjuster part one that described altitude mixture control master component includes being sequentially connected with from top to bottom, height adjuster part two, height adjuster part three, height adjuster part one upper end is fixed on connection shelf, height adjuster part two and height adjuster part one are threaded, and height adjuster part three and height adjuster part two are threaded. Height adjuster part three bottom is arranged on above frame.

Described altitude mixture control accessory part includes the guide pillar one of bottom, regulates the guide pillar two on spring, top; Described guide pillar one bottom mounts elastically face, and guide pillar two top is arranged on below connection shelf, and matched in clearance between guide pillar one and guide pillar two regulates spring housing on guide pillar one and guide pillar two, and upper end and connection shelf contact, and lower end contacts with spring base.

Described sheet material auxiliary support assemblies includes auxiliary support bar, auxiliary support bar location bar, taper bolt, deep groove ball bearing, bearing fixed central spindle, fixed central spindle; Described deep groove ball bearing is arranged on auxiliary support bar upper end by bearing fixed central spindle. Described auxiliary support bar uses fixed central spindle to be arranged in frame; Described auxiliary supports location bar and is positioned at the middle and lower part of auxiliary support bar, and the pore pressure of the centre of traverse auxiliary support bar is on frame square tube. Taper bolt is placed through auxiliary and supports the pin-and-hole of the location bar other end, supports the movement of location bar for limiting auxiliary.

Described housing assembly includes frame, spring base; Spring base is bolted in frame.

Described residue-removing door lock set includes left residue-removing door lock set, right residue-removing door lock set; Screw is fixed together the spring base of left residue-removing door lock set and the left side through the elongated hole of the spring base on the left side, and screw is fixed together the spring base of right residue-removing door lock set and the right through the elongated hole of the spring base on the right.

Left residue-removing door lock set includes end left-handed opening assembly one tongue of screwed hole, left-handed opening assembly two matrix, left-handed opening assembly three end cap, left-handed opening assembly four handle, left thrust ball bearing, left-handed opening assembly five mandrel, left holddown spring; Described left-handed opening assembly one tongue is arranged in the hole of left-handed opening assembly two matrix and is matched in clearance, left holddown spring is arranged in the macropore of left-handed opening assembly two matrix and compresses left-handed opening assembly one tongue, left-handed opening assembly three end cap is screwed the small end face at left-handed opening assembly two matrix, and left-handed opening assembly five mandrel sequentially passes through left thrust ball bearing, left-handed opening assembly four handle, left-handed opening assembly three end cap and left holddown spring and is arranged in the screwed hole of left-handed opening assembly one tongue.

Right residue-removing door lock set includes end right switch module one tongue of screwed hole, right switch module two matrix, right switch module three end cap, right switch module four handle, right thrust ball bearing, right switch module five mandrel, right holddown spring; Described right residue-removing door lock set is identical with the assembling mode of left residue-removing door lock set.

This utility model compared with prior art has following significant advantage:

This utility model device is capable of the intelligence to wooden boards surface defect and is coated with greasy, and production efficiency is high, constant product quality.

Additionally, this utility model scientific arrangement is reasonable, compact conformation, convenient and practical, be conducive to popularization and application.

Accompanying drawing explanation

Fig. 1 is the greasy station installation diagram of painting of this utility model device;

Fig. 2 is that left front facing of the present utility model is coated with greasy mechanism assembly structural representation;

Fig. 3 is that left front looking up of the present utility model is coated with greasy mechanism assembly structural representation;

Fig. 4 faces the greasy mechanism assembly structural representation of painting before the right side of the present utility model;

Fig. 5 faces the greasy mechanism assembly structural representation of painting behind the right side of the present utility model;

Fig. 6 of the present utility model left front faces material stock cylinder group welding piece structural representation;

Fig. 7 of the present utility model left front looks up material stock cylinder group welding piece structural representation;

Fig. 8 is dodge gate opener structure chart of the present utility model;

Fig. 9 is dodge gate closing organ structure chart of the present utility model;

Figure 10 is pressing mechanism assembly assumption diagram of the present utility model;

Figure 11 is height adjustment assembly structure chart of the present utility model;

Figure 12 is altitude mixture control master component structure chart of the present utility model;

Figure 13 is altitude mixture control accessory part structure chart of the present utility model;

Figure 14 is sheet material auxiliary support assemblies structure chart of the present utility model;

Figure 15 is housing assembly structure chart of the present utility model;

Figure 16 is left residue-removing door lock set structure chart of the present utility model.

Figure 17 is right residue-removing door lock set structure chart of the present utility model.

In figure, each part numbers is:

1, it is coated with greasy mechanism assembly; 2, pressing mechanism assembly; 3, height adjustment assembly; 4, shelf is connected; 5, sheet material auxiliary support assemblies; 6, housing assembly; 7, residue-removing door lock set; 8, plank;

101, material stock cylinder group welding piece; 102, dodge gate support bar one; 103, dodge gate support bar two; 104, support bar auxiliary supports; 105, axle bumper plate; 106, dodge gate one; 107, dodge gate two; 108, dodge gate opener; 109, dodge gate closing organ; 110, residue-removing door supports one; 111, residue-removing door supports two; 112, residue-removing door;

10101, material stock cylinder gripper shoe; 10102, side plate one; 10103, inner panel; 10104, side plate two; 10105, material stock cylinder; 10106, door portion portrait;

10801, frame-type electric magnet; 10802, pull bar;

10901, caging bolt; 10902, locking nut; 10903, adjusting nut; 10904, closing spring.

201, cylinder; 202, piston; 203, O; 204, plug one; 205, plug two.

301, altitude mixture control master component; 302, altitude mixture control accessory part;

30101, left and right height adjuster part one; 30102, left and right height adjuster part two; 30103, left and right height adjuster part three;

30201, guide pillar one; 30202, spring is regulated; 30203, guide pillar two.

501, auxiliary support bar; 502, auxiliary support bar location bar; 503, taper bolt; 504, deep groove ball bearing; 505, bearing fixed central spindle; 506, fixed central spindle.

601, frame; 602, spring base.

701, left residue-removing door lock set; 702, right residue-removing door lock set;

70101, left-handed opening assembly one tongue; 70102, left-handed opening assembly two matrix; 70103, left-handed opening assembly three end cap; 70104, left-handed opening assembly four handle; 70105, left thrust ball bearing; 70106, left-handed opening assembly five mandrel; 70107, left holddown spring;

70201, right switch module one tongue; 70202, right switch module two matrix; 70203, right switch module three end cap; 70204, right switch module four handle; 70205, right thrust ball bearing; 70206, right switch module five mandrel; 70207, right holddown spring.

Detailed description of the invention

For further illustrating the technical solution of the utility model, describe in detail below in conjunction with drawings and embodiments.

As shown in Fig. 1 to Figure 17.

This utility model is that a kind of board surface defect is coated with greasy prosthetic device, and it includes being coated with greasy mechanism assembly (1), pressing mechanism assembly (2), height adjustment assembly (3), connecting shelf (4), sheet material auxiliary support assemblies (5), housing assembly (6), residue-removing door lock set (7), plank (8); The greasy mechanism assembly of described painting (1) and height adjustment assembly (3) are installed together, by connecting shelf (4), the top being placed in housing assembly (6), height adjustment assembly (3) and sheet material auxiliary support assemblies (5) are arranged on housing assembly (6), pressing mechanism assembly (2) is fixed on above connection shelf (4), plank (8) is placed on housing assembly (6), and residue-removing door lock set (7) is arranged on housing assembly (6);

The greasy mechanism assembly of described painting (1) includes material stock cylinder group welding piece (101), two dodge gate support bars one (102), two dodge gate support bars two (103), three support bar auxiliary support (104), two axle bumper plates (105), 18 dodge gates one (106), six dodge gates two (107), 24 dodge gate openers (108), 24 dodge gate closing organs (109), residue-removing door supports one (110), two residue-removing doors support two (111), residue-removing door (112), described material stock cylinder group welding piece (101) is screwed two square tube bottoms in the bottom connecting shelf (4), support bar auxiliary supports (104) and is screwed in material stock cylinder gripper shoe (10101) bottom and door portion portrait (10106) outside, two dodge gate support bars one (102) are separately mounted in the hole that Left-side support bar auxiliary supports (104) and side plate one (10102), Right side support bar auxiliary supports in the hole of (104) and side plate two (10104), two dodge gate support bars two (103) are separately mounted between the hole of the left side and middle two support bars auxiliary support (104), the right and middle two support bars auxiliary support between the hole of (104), dodge gate one (106) be arranged on dodge gate support bar one (102) or dodge gate support bar two (103) not support with support bar auxiliary (104) position of contacting and and dodge gate support bar one (102) or dodge gate support bar two (103) be matched in clearance, dodge gate two (107) be arranged on dodge gate support bar one (102) or the upper position contacted with support bar auxiliary support (104) of dodge gate support bar two (103) and and dodge gate support bar one (102) or dodge gate support bar two (103) be matched in clearance, use screw that dodge gate opener (108) is arranged on material stock cylinder gripper shoe (10101), dodge gate closing organ (109) is arranged in the screwed hole of material stock cylinder gripper shoe (10101), use one group of screw that residue-removing door is supported one (110) and be fixed on material stock cylinder gripper shoe (10101), support the positioning spigot location residue-removing door support two (111) of (110) with residue-removing door and be screwed in residue-removing door support one (110), the axle of residue-removing door (112) is arranged in the hole that two residue-removing doors support two (111),

Described material stock cylinder group welding piece (101) includes material stock cylinder gripper shoe (10101), one (10102), three inner panels (10103) of side plate, side plate two (10104), four material stock cylinders (10105), door portions portrait (10106), side plate one (10102) and side plate two (10104) are respectively welded at the both sides of material stock cylinder gripper shoe (10101), three inner panels (10103) are uniformly distributed and are welded on below material stock cylinder gripper shoe (10101), door portion portrait (10106) welds together with material stock cylinder gripper shoe (10101) above, two sides weld together with side plate one (10102) and side plate two (10104) respectively, inner face and three inner panels (10103) weld together, four material stock cylinders (10105) are arranged in four holes of material stock cylinder gripper shoe (10101) and weld,

Dodge gate opener (108) includes frame-type electric magnet (10801), pull bar (10802); Pull bar (10802) is arranged on iron core one end of frame-type electric magnet (10801) through the hole on dodge gate one (106) or dodge gate two (107);

Described dodge gate closing organ (109) includes caging bolt (10901), be enclosed within caging bolt (10901) the locking nut (10902) being arranged in order from top to down, adjusting nut (10903), closing spring (10904), described caging bolt (10901) is screwed in material stock cylinder gripper shoe (10101) screwed hole above, use locking nut (10902) by locked for caging bolt (10901), adjusting nut (10903) is screwed on caging bolt (10901) and below material stock cylinder gripper shoe (10101) of material stock cylinder group welding piece (109), closing spring (10904) is enclosed within caging bolt (10901) and is arranged between adjusting nut (10903) and dodge gate one (106) or dodge gate two (107), adjusting nut (10903) is for the initial thrust of adjusting door closing spring (10904),

Described pressing mechanism assembly (2) includes cylinder (201), piston (202), O (203), plug one (204), plug two (205), cylinder (201) is arranged on the channel-section steel connecting shelf (4), piston (202) is fixed on the cylinder rod of cylinder (201), O (203) is enclosed within the groove of piston (202), plug one (204) screws the Kong Yizhong in piston (202), and plug two (205) screws the Kong Erzhong in piston (202);

Described height adjustment assembly (3) includes altitude mixture control master component (301), altitude mixture control accessory part (302), altitude mixture control master component (301) is fixed on frame (601) top, and altitude mixture control accessory part (302) is separately mounted on spring base (602);

Height adjuster part one (30101) that described altitude mixture control master component (301) includes being sequentially connected with from top to bottom, height adjuster part two (30102), height adjuster part three (30103), height adjuster part one (30101) upper end is fixed in connection shelf (4), height adjuster part two (30102) and height adjuster part one (30101) are threaded, and height adjuster part three (30103) and height adjuster part two (30102) are threaded. Height adjuster part three (30103) bottom is arranged on frame (601) above;

Described altitude mixture control accessory part (302) includes the guide pillar one (30201) of bottom, regulates the guide pillar two (30203) on spring (30202), top; Described guide pillar one (30201) bottom is arranged on spring base (602) above, guide pillar two (30203) top is arranged on connection shelf (4) below, matched in clearance between guide pillar one (30201) and guide pillar two (30203), regulate spring (30202) and be enclosed within guide pillar one (30201) and guide pillar two (30203), upper end contacts with connecting shelf (4), and lower end contacts with spring base (602);

Described sheet material auxiliary support assemblies (5) includes auxiliary support bar (501), auxiliary support bar location bar (502), taper bolt (503), deep groove ball bearing (504), bearing fixed central spindle (505), fixed central spindle (506); Described deep groove ball bearing (504) is arranged on auxiliary support bar (501) upper end by bearing fixed central spindle (505). Described auxiliary support bar (501) uses fixed central spindle (506) to be arranged in frame (601); Described auxiliary supports location bar (502) and is positioned at the middle and lower part of auxiliary support bar (501), and the pore pressure of the centre of traverse auxiliary support bar (501) is on frame (601) square tube. Taper bolt (503) is placed through auxiliary and supports the pin-and-hole of location bar (502) other end, is used for limiting auxiliary and supports the movement of location bar (502);

Described housing assembly (6) includes frame (601), spring base (602); Spring base (602) is bolted in frame (601);

Described residue-removing door lock set (7) includes left residue-removing door lock set (701), right residue-removing door lock set (702); Screw is fixed together the spring base (602) of left residue-removing door lock set (702) and the left side through the elongated hole of the spring base (602) on the left side, and screw is fixed together the spring base (602) of right residue-removing door lock set (702) and the right through the elongated hole of the spring base (602) on the right;

Left residue-removing door lock set (701) includes end the left-handed opening assembly one tongue (70101) of screwed hole, left-handed opening assembly two matrix (70102), left-handed opening assembly three end cap (70103), left-handed opening assembly four handle (70104), left thrust ball bearing (70105), left-handed opening assembly five mandrel (70106), left holddown spring (70107), described left-handed opening assembly one tongue (70101) is arranged in the hole of left-handed opening assembly two matrix (70102) and is matched in clearance, left holddown spring (70107) is arranged in the macropore of left-handed opening assembly two matrix (70102) and compresses left-handed opening assembly one tongue (70101), left-handed opening assembly three end cap (70103) is screwed the small end face at left-handed opening assembly two matrix (70102), left-handed opening assembly five mandrel (70106) sequentially passes through left thrust ball bearing (70105), left-handed opening assembly four handle (70104), left-handed opening assembly three end cap (70103) and left holddown spring (70107) are arranged in the screwed hole of left-handed opening assembly one tongue (70101),

Right residue-removing door lock set (702) includes end the right switch module one tongue (70201) of screwed hole, right switch module two matrix (70202), right switch module three end cap (70203), right switch module four handle (70204), right thrust ball bearing (70205), right switch module five mandrel (70206), right holddown spring (70207); Described right residue-removing door lock set (702) is identical with the assembling mode of left residue-removing door lock set (701).

Work process:

The sheet material of different thicknesss of slab is coated with greasy before reply be coated with greasy equipment and be adjusted. Rotation height actuator part two (30102) raises connection shelf (4) and drives the greasy mechanism assembly of painting (1) to be increased to extreme higher position, mobile residue-removing door lock set (7) to correct position, again reversely rotates height adjuster part two (30102) and reduces and be coated with greasy mechanism assembly (1) and be pressed on the switch module one (701) that stretches out to residue-removing door (112) above. Altitude mixture control accessory part (302) bears the most of gravity being coated with greasy mechanism assembly (1), alleviates the dynamics of rotation height actuator two (30102). Adjusting sheet material auxiliary support assemblies (5) prevents thin plate sagging when being coated with greasy. Lift auxiliary support bar (501) and the position of auxiliary support bar (501) is located above by assisting in the hole supporting location bar (502) insertion auxiliary support bar (501) and being pressed in frame (601). Inserting taper bolt (503) in assisting the bellmouth supporting location bar (502) prevents auxiliary support location bar (502) from coming off. It is pressed in deep groove ball bearing (504) when sheet material moves and forms rolling friction above.

Back out plug one (204) be lifted up cylinder (201) cylinder rod drive piston (202) move upwardly together. Motion backs out plug two (205) after terminating again. By the mouth of plug two, putty is joined in material stock cylinder (10205), promotion lower cylinder (201) at compression gas stretches out cylinder rod and drives the putty of piston (202) extruding material stock cylinder (10205), makes the pressure that putty maintenance is certain. When frame-type electric magnet (10801) power-off, dodge gate one (106) or dodge gate two (107) overcome the pressure of putty to remain turned-off under the compression of closing spring (10904). Frame-type electric magnet (10801) energising drives pull bar (10802) to move upward to overcome the pressure of closing spring (10904) to open dodge gate one (106) or dodge gate two (107) putty to flow out and be coated in plate surface.

When cleaning is coated with the putty in greasy mechanism assembly (1), left-handed opening assembly four handle (70104) and right switch module four handle (70204) is pulled to open residue-removing door (112). The hole that residue-removing door (112) supports two (111) with residue-removing door rotates for axle center. Move up residue-removing door (112) until residue-removing door lock set (7) pins residue-removing door (112) after having cleared up putty.

Claims (1)

1. a board surface defect is coated with greasy prosthetic device, it is characterized in that, it includes being coated with greasy mechanism assembly (1), pressing mechanism assembly (2), height adjustment assembly (3), connecting shelf (4), sheet material auxiliary support assemblies (5), housing assembly (6), residue-removing door lock set (7), plank (8); The greasy mechanism assembly of described painting (1) and height adjustment assembly (3) are installed together, by connecting shelf (4), the top being placed in housing assembly (6), height adjustment assembly (3) and sheet material auxiliary support assemblies (5) are arranged on housing assembly (6), pressing mechanism assembly (2) is fixed on above connection shelf (4), plank (8) is placed on housing assembly (6), and residue-removing door lock set (7) is arranged on housing assembly (6);

The greasy mechanism assembly of described painting (1) includes material stock cylinder group welding piece (101), two dodge gate support bars one (102), two dodge gate support bars two (103), three support bar auxiliary support (104), two axle bumper plates (105), 18 dodge gates one (106), six dodge gates two (107), 24 dodge gate openers (108), 24 dodge gate closing organs (109), residue-removing door supports one (110), two residue-removing doors support two (111), residue-removing door (112), described material stock cylinder group welding piece (101) is screwed two square tube bottoms in the bottom connecting shelf (4), support bar auxiliary supports (104) and is screwed in material stock cylinder gripper shoe (10101) bottom and door portion portrait (10106) outside, two dodge gate support bars one (102) are separately mounted in the hole that Left-side support bar auxiliary supports (104) and side plate one (10102), Right side support bar auxiliary supports in the hole of (104) and side plate two (10104), two dodge gate support bars two (103) are separately mounted between the hole of the left side and middle two support bars auxiliary support (104), the right and middle two support bars auxiliary support between the hole of (104), dodge gate one (106) be arranged on dodge gate support bar one (102) or dodge gate support bar two (103) not support with support bar auxiliary (104) position of contacting and and dodge gate support bar one (102) or dodge gate support bar two (103) be matched in clearance, dodge gate two (107) be arranged on dodge gate support bar one (102) or the upper position contacted with support bar auxiliary support (104) of dodge gate support bar two (103) and and dodge gate support bar one (102) or dodge gate support bar two (103) be matched in clearance, use screw that dodge gate opener (108) is arranged on material stock cylinder gripper shoe (10101), dodge gate closing organ (109) is arranged in the screwed hole of material stock cylinder gripper shoe (10101), use one group of screw that residue-removing door is supported one (110) and be fixed on material stock cylinder gripper shoe (10101), support the positioning spigot location residue-removing door support two (111) of (110) with residue-removing door and be screwed in residue-removing door support one (110), the axle of residue-removing door (112) is arranged in the hole that two residue-removing doors support two (111),

Described material stock cylinder group welding piece (101) includes material stock cylinder gripper shoe (10101), one (10102), three inner panels (10103) of side plate, side plate two (10104), four material stock cylinders (10105), door portions portrait (10106), side plate one (10102) and side plate two (10104) are respectively welded at the both sides of material stock cylinder gripper shoe (10101), three inner panels (10103) are uniformly distributed and are welded on below material stock cylinder gripper shoe (10101), door portion portrait (10106) welds together with material stock cylinder gripper shoe (10101) above, two sides weld together with side plate one (10102) and side plate two (10104) respectively, inner face and three inner panels (10103) weld together, four material stock cylinders (10105) are arranged in four holes of material stock cylinder gripper shoe (10101) and weld,

Dodge gate opener (108) includes frame-type electric magnet (10801), pull bar (10802); Pull bar (10802) is arranged on iron core one end of frame-type electric magnet (10801) through the hole on dodge gate one (106) or dodge gate two (107);

Described dodge gate closing organ (109) includes caging bolt (10901), be enclosed within caging bolt (10901) the locking nut (10902) being arranged in order from top to down, adjusting nut (10903), closing spring (10904), described caging bolt (10901) is screwed in material stock cylinder gripper shoe (10101) screwed hole above, use locking nut (10902) by locked for caging bolt (10901), adjusting nut (10903) is screwed on caging bolt (10901) and below material stock cylinder gripper shoe (10101) of material stock cylinder group welding piece (101), closing spring (10904) is enclosed within caging bolt (10901) and is arranged between adjusting nut (10903) and dodge gate one (106) or dodge gate two (107), adjusting nut (10903) is for the initial thrust of adjusting door closing spring (10904),

Described pressing mechanism assembly (2) includes cylinder (201), piston (202), O (203), plug one (204), plug two (205), cylinder (201) is arranged on the channel-section steel connecting shelf (4), piston (202) is fixed on the cylinder rod of cylinder (201), O (203) is enclosed within the groove of piston (202), plug one (204) screws the Kong Yizhong in piston (202), and plug two (205) screws the Kong Erzhong in piston (202);

Described height adjustment assembly (3) includes altitude mixture control master component (301), altitude mixture control accessory part (302), altitude mixture control master component (301) is fixed on frame (601) top, and altitude mixture control accessory part (302) is separately mounted on spring base (602);

Described altitude mixture control master component (301) includes the height adjuster part one (30101) being sequentially connected with from top to bottom, height adjuster part two (30102), height adjuster part three (30103), height adjuster part one (30101) upper end is fixed in connection shelf (4), height adjuster part two (30102) and height adjuster part one (30101) are threaded, height adjuster part three (30103) and height adjuster part two (30102) are threaded, height adjuster part three (30103) bottom is arranged on frame (601) above,

Described altitude mixture control accessory part (302) includes the guide pillar one (30201) of bottom, regulates the guide pillar two (30203) on spring (30202), top; Described guide pillar one (30201) bottom is arranged on spring base (602) above, guide pillar two (30203) top is arranged on connection shelf (4) below, matched in clearance between guide pillar one (30201) and guide pillar two (30203), regulate spring (30202) and be enclosed within guide pillar one (30201) and guide pillar two (30203), upper end contacts with connecting shelf (4), and lower end contacts with spring base (602);

Described sheet material auxiliary support assemblies (5) includes auxiliary support bar (501), auxiliary support bar location bar (502), taper bolt (503), deep groove ball bearing (504), bearing fixed central spindle (505), fixed central spindle (506); Described deep groove ball bearing (504) is arranged on auxiliary support bar (501) upper end by bearing fixed central spindle (505), and described auxiliary support bar (501) uses fixed central spindle (506) to be arranged in frame (601); Described auxiliary supports location bar (502) and is positioned at the middle and lower part of auxiliary support bar (501), and the pore pressure of the centre of traverse auxiliary support bar (501) is on frame (601) square tube, taper bolt (503) is placed through auxiliary and supports the pin-and-hole of location bar (502) other end, is used for limiting auxiliary and supports the movement of location bar (502);

Described housing assembly (6) includes frame (601), spring base (602); Spring base (602) is bolted in frame (601);

Described residue-removing door lock set (7) includes left residue-removing door lock set (701), right residue-removing door lock set (702); Screw is fixed together the spring base (602) of left residue-removing door lock set (702) and the left side through the elongated hole of the spring base (602) on the left side, and screw is fixed together the spring base (602) of right residue-removing door lock set (702) and the right through the elongated hole of the spring base (602) on the right;

Left residue-removing door lock set (701) includes end the left-handed opening assembly one tongue (70101) of screwed hole, left-handed opening assembly two matrix (70102), left-handed opening assembly three end cap (70103), left-handed opening assembly four handle (70104), left thrust ball bearing (70105), left-handed opening assembly five mandrel (70106), left holddown spring (70107), described left-handed opening assembly one tongue (70101) is arranged in the hole of left-handed opening assembly two matrix (70102) and is matched in clearance, left holddown spring (70107) is arranged in the macropore of left-handed opening assembly two matrix (70102) and compresses left-handed opening assembly one tongue (70101), left-handed opening assembly three end cap (70103) is screwed the small end face at left-handed opening assembly two matrix (70102), left-handed opening assembly five mandrel (70106) sequentially passes through left thrust ball bearing (70105), left-handed opening assembly four handle (70104), left-handed opening assembly three end cap (70103) and left holddown spring (70107) are arranged in the screwed hole of left-handed opening assembly one tongue (70101),

Right residue-removing door lock set (702) includes end the right switch module one tongue (70201) of screwed hole, right switch module two matrix (70202), right switch module three end cap (70203), right switch module four handle (70204), right thrust ball bearing (70205), right switch module five mandrel (70206), right holddown spring (70207); Described right residue-removing door lock set (702) is identical with the assembling mode of left residue-removing door lock set (701).