阅读说明：本技术 一种导磁塑件喷涂磁性材料设备 (Magnetic conduction plastic part magnetic material spraying equipment ) 是由 张娟 于 2020-11-02 设计创作，主要内容包括：本发明公开了一种导磁塑件喷涂磁性材料设备,其结构包括喷涂结构、喷射机构、控制器、支撑座、加热器、固定箱,喷涂结构安装于固定箱侧面,喷射机构嵌固在控制器上端,喷涂结构设有齿轮轴、旋转机构、连接环,塑件在受力机构中的滑动板上滑动,同时弯曲板进行压缩,在固定过程中弹簧杆产生的弹力对塑件进行固定,避免在旋转过程中脱落,使得受力机构带动外侧的塑件旋转,使其表面的粘结成水珠的油漆在旋转流通中凝固,使油漆喷涂均匀,避免产生划痕,流通管的油漆对橡胶球进行冲击时产生压缩,且在压缩下橡胶球向两侧分开,增强了油漆的雾化程度,避免喷涂后形成水珠状滑落,防止导磁塑件的浓度不均匀,避免导磁塑件表面的喷漆被破坏。(The invention discloses a device for spraying magnetic materials on a magnetic-conductive plastic part, which structurally comprises a spraying structure, a spraying mechanism, a controller, a supporting seat, a heater and a fixed box, wherein the spraying structure is arranged on the side surface of the fixed box, the spraying mechanism is embedded and fixed at the upper end of the controller, the spraying structure is provided with a gear shaft, a rotating mechanism and a connecting ring, the plastic part slides on a sliding plate in a stress mechanism, meanwhile, a bending plate is compressed, the plastic part is fixed by the elasticity generated by a spring rod in the fixing process, the plastic part is prevented from falling off in the rotating process, the stress mechanism drives the plastic part at the outer side to rotate, so that paint which is adhered to form water beads on the surface of the plastic part is solidified in the rotating flow, the paint is sprayed uniformly, scratches are avoided, the paint of a flow pipe is compressed when impacting a rubber ball, the rubber ball is separated to two sides under the compression, the atomization degree of the paint is, prevent that the concentration of magnetic conduction from moulding inhomogeneous, avoid the spraying paint on magnetic conduction and mould a surface and be destroyed.)

1. The utility model provides a piece spraying magnetic material equipment is moulded to magnetic conduction, its structure includes spraying structure (1), injection mechanism (2), controller (3), supporting seat (4), heater (5), fixed case (6), install in fixed case (6) side spraying structure (1), injection mechanism (2) are inlayed and are fixed in controller (3) upper end, heater (5) welding is in the middle of supporting seat (4), fixed case (6) laminating is at supporting seat (4) upper surface, heater (5) are located spraying structure (1) lower extreme, its characterized in that:

spraying structure (1) is equipped with gear shaft (11), rotary mechanism (12), go-between (13), gear shaft (11) and go-between (13) mesh mutually, rotary mechanism (12) are installed inside go-between (13), rotary mechanism (12) are located gear shaft (11) outside, gear shaft (11) are embedded and are fixed inside fixed case (6).

2. The magnetic conductive plastic part magnetic material spraying device according to claim 1, characterized in that: rotary mechanism (12) are equipped with fixed establishment (21a), connecting rod (22a), fixed slot (23a), rigging board (24a), fixed establishment (21a) and connecting rod (22a) structure as an organic whole, connecting rod (22a) are embedded and are fixed inside fixed slot (23a), fixed slot (23a) welding is inside rigging board (24a), rigging board (24a) are installed inside go-between (13).

3. The magnetic conductive plastic part magnetic material spraying device according to claim 2, characterized in that: fixed establishment (21a) are equipped with dwang (a1), spring beam (a2), atress mechanism (a3), the laminating of spring beam (a2) is in dwang (a1) outside, atress mechanism (a3) inlays admittedly in spring beam (a2) outside, dwang (a1) welding is in connecting rod (22a) side.

4. The magnetic conductive plastic part magnetic material spraying device according to claim 3, characterized in that: the stress mechanism (a3) is provided with a bending plate (a31), a stress plate (a32), a sliding plate (a33) and a compression plate (a34), wherein the bending plate (a31) is welded on two sides of the stress plate (a32), the sliding plate (a33) and the stress plate (a32) are of an integrated structure, the compression plate (a34) is attached to two sides of the stress plate (a32), and the inner side of the stress plate (a32) is installed on the outer side of the spring rod (a 2).

5. The magnetic conductive plastic part magnetic material spraying device according to claim 1, characterized in that: the spraying mechanism (2) is provided with a rubber ball (21), a blocking mechanism (22), a circulating pipe (23) and a spraying pipe (24), the rubber ball (21) is embedded inside the left side of the spraying pipe (24), the blocking mechanism (22) is attached to the inner side of the spraying pipe (24), the circulating pipe (23) is located on the right side of the blocking mechanism (22), and the spraying pipe (24) is connected inside the spraying structure (1).

6. The magnetic conductive plastic part magnetic material spraying device according to claim 5, characterized in that: the blocking mechanism (22) is provided with a rubber plate (w1), a wire mesh (w2) and a limiting ring (w3), the wire mesh (w2) is located inside the rubber plate (w1), the rubber plate (w1) is installed on the inner side of the limiting ring (w3), and the outer side of the limiting ring (w3) is clamped inside the jet pipe (24).

Technical Field

The invention relates to the field of magnetic material equipment, in particular to magnetic material spraying equipment for a magnetic conductive plastic part.

Background

The production process of piece is moulded to magnetic conduction needs mould the paint of spraying magnetic material on the piece to the magnetic conduction, generally adopt artifical spraying, it avoids to have the more accurate effect of spraying, place drying process in the drying cabinet after the spraying is accomplished, make paint solidify, but the thickness of artifical spraying in-process paint differs, it is long when the spraying of every position of difficult accurate control during paint spraying, cause thickness inhomogeneous, mould the isolated anticorrosive effect nonconformity of piece to the magnetic conduction, and the magnetic conduction moulds to need carry the removal after the piece spraying is accomplished, make the paint landing that its surface did not solidify easily, it produces the vestige of landing to condense into the drop of water shape landing, make the concentration inhomogeneous of piece is moulded to the magnetic conduction, it is destroyed to make the spraying paint on magnetic conduction plastics a surface easily.

Disclosure of Invention

The invention is realized by the following technical scheme: the utility model provides a piece spraying magnetic material equipment is moulded to magnetic conduction, its structure includes spraying structure, injection mechanism, controller, supporting seat, heater, fixed case, spraying structrual installation is in fixed case side, injection mechanism inlays solid in the controller upper end, the heater welding is in the middle of the supporting seat, fixed case laminating is at the supporting seat upper surface, the heater is located spraying structure lower extreme, the spraying structure is equipped with gear shaft, rotary mechanism, go-between, the gear shaft meshes with the go-between mutually, rotary mechanism installs inside the go-between, rotary mechanism is located the gear shaft outside, the gear shaft inlays solid at fixed incasement portion, the gear shaft is equipped with two, and the go-between is inside to be the chain structure, has flexible effect.

The rotating mechanism is further improved and provided with a fixing mechanism, a connecting rod, a fixing groove and a laminating plate, wherein the fixing mechanism and the connecting rod are of an integrated structure, the connecting rod is embedded and fixed inside the fixing groove, the fixing groove is welded inside the laminating plate, the laminating plate is installed inside the connecting ring, a motor is installed on the right side of the fixing groove, and the fixing groove is of a threaded ring structure.

As a further improvement of the invention, the fixing mechanism is provided with a rotating rod, a spring rod and a stress mechanism, the spring rod is attached to the outer side of the rotating rod, the stress mechanism is embedded in the outer side of the spring rod, the rotating rod is welded on the side surface of the connecting rod, and nine stress mechanisms are arranged and are positioned on the same central axis with the rotating rod.

As a further improvement of the invention, the stress mechanism is provided with a bending plate, a stress plate, a sliding plate and a compression plate, wherein the bending plate is welded at two sides of the stress plate, the sliding plate and the stress plate are in an integrated structure, the compression plate is attached at two sides of the stress plate, the inner side of the stress plate is arranged at the outer side of the spring rod, the sliding plate is in an inclined structure, and the outer side of the sliding plate is attached with a rubber block.

The improved spraying device is characterized in that the spraying mechanism is provided with a rubber ball, a blocking mechanism, a circulating pipe and a spraying pipe, the rubber ball is embedded and fixed in the left side of the spraying pipe, the blocking mechanism is attached to the inner side of the spraying pipe, the circulating pipe is positioned on the right side of the blocking mechanism, the spraying pipe is connected in the spraying structure, the rubber ball is of an oval structure, a rotating shaft penetrates through the middle of the rubber ball, and the left side of the spraying pipe is of a conical structure.

As a further improvement of the invention, the blocking mechanism is provided with a rubber plate, a wire netting and a limiting ring, the wire netting is positioned inside the rubber plate, the rubber plate is arranged on the inner side of the limiting ring, the outer side of the limiting ring is clamped inside the jet pipe, and the wire netting is of a circular structure and uniformly penetrates through the inside of the rubber plate.

Advantageous effects

Compared with the prior art, the invention has the beneficial effects that:

1. mould a sliding plate in the atress mechanism and go up to slide, the compression atress board makes distance between the atress board more nearly, the crooked board compresses simultaneously, elasticity that spring beam produced is fixed moulding at fixed in-process spring beam, avoid droing at rotatory in-process, it is rotatory to make the atress mechanism drive the moulding in the outside, paint to moulding a surface throws, the paint that makes its surface adhere to into the drop of water solidifies in rotatory circulation, make the paint spraying even, avoid producing the mar.

2. The paint stop mechanism of runner pipe makes the rubber slab tensile, cutting through the inside wire netting of rubber slab blocks, avoid paint the viscosity too big, prevent to reduce inside injection pressure, produce the compression when strikeing the rubber ball simultaneously, thereby the rubber ball rotates through its inside axis of rotation, and the rubber ball separates to both sides under the compression, thereby paint sprays under compressive force and revolving force, the degree of atomization of paint has been strengthened, form drop of water form landing after avoiding the spraying, prevent that the concentration that the magnetic conduction moulded the piece is inhomogeneous, it is destroyed to avoid spraying paint on magnetic conduction moulded the piece surface.

Drawings

Fig. 1 is a schematic structural diagram of a device for spraying a magnetic material on a magnetic conductive plastic part according to the present invention.

FIG. 2 is a schematic side view of a spray structure according to the present invention.

Fig. 3 is a schematic side view of a rotating mechanism according to the present invention.

Fig. 4 is a schematic front structural view of a fixing mechanism according to the present invention.

FIG. 5 is an enlarged structural view of a force-receiving mechanism according to the present invention.

Fig. 6 is a schematic side view of an injection mechanism according to the present invention.

Fig. 7 is a schematic side view of a blocking mechanism according to the present invention.

In the figure: the spraying device comprises a spraying structure-1, a spraying mechanism-2, a controller-3, a supporting seat-4, a heater-5, a fixed box-6, a gear shaft-11, a rotating mechanism-12, a connecting ring-13, a fixed mechanism-21 a, a connecting rod-22 a, a fixed groove-23 a, a laminating plate-24 a, a rotating rod-a 1, a spring rod-a 2, a stress mechanism-a 3, a bending plate-a 31, a stress plate-a 32, a sliding plate-a 33, a compression plate-a 34, a rubber ball-21, a blocking mechanism-22, a circulating pipe-23, a spraying pipe-24, a rubber plate-w 1, a wire net-w 2 and a limiting ring-w 3.

Detailed Description

The technology of the present invention is further described with reference to the accompanying drawings:

example 1:

as shown in fig. 1-5:

the invention relates to a device for spraying magnetic materials on a magnetic-conductive plastic part, which structurally comprises a spraying structure 1, a spraying mechanism 2, a controller 3, a supporting seat 4, a heater 5 and a fixed box 6, wherein the spraying structure 1 is arranged on the side surface of the fixed box 6, the spraying mechanism 2 is embedded and fixed at the upper end of the controller 3, the heater 5 is welded in the middle of the supporting seat 4, the fixed box 6 is attached to the upper surface of the supporting seat 4, the heater 5 is positioned at the lower end of the spraying structure 1, the spraying structure 1 is provided with a gear shaft 11, a rotating mechanism 12 and a connecting ring 13, the gear shaft 11 is meshed with the connecting ring 13, the rotating mechanism 12 is arranged in the connecting ring 13, the rotating mechanism 12 is positioned outside the gear shaft 11, the gear shaft 11 is embedded and fixed in the fixed box 6, the gear shaft 11 is provided with two connecting, so that the connection ring 13 moves around the outside of the gear shaft 11.

Wherein, rotary mechanism 12 is equipped with fixed establishment 21a, connecting rod 22a, fixed slot 23a, rigging board 24a, fixed establishment 21a and connecting rod 22a structure as an organic whole, connecting rod 22a inlays admittedly inside fixed slot 23a, fixed slot 23a welds inside rigging board 24a, rigging board 24a is installed inside go-between 13, the motor is installed on fixed slot 23a right side, and fixed slot 23a is the screw thread circle structure, avoids connecting rod 22a to drop from fixed slot 23 a.

Wherein, fixed establishment 21a is equipped with dwang a1, spring beam a2, atress mechanism a3, spring beam a2 laminates in dwang a1 outside, atress mechanism a3 inlays solid in the spring beam a2 outside, dwang a1 welds in connecting rod 22a side, atress mechanism a3 is equipped with nine, and is located same center axis with dwang a1, through the drive of fixed slot 23a right side motor for atress mechanism a3 drives the plastic part rotation in the outside, throws the paint on plastic part surface, makes the paint that bonds into the water droplet on its surface solidify in the whirl circulation, makes the paint spraying even, avoids producing the mar.

The stress mechanism a3 is provided with a bending plate a31, a stress plate a32, a sliding plate a33 and a compression plate a34, the bending plate a31 is welded on two sides of the stress plate a32, the sliding plate a33 and the stress plate a32 are of an integrated structure, the compression plate a34 is attached to two sides of the stress plate a32, the inner side of the stress plate a32 is mounted on the outer side of the spring rod a2, the sliding plate a33 is of an inclined structure, and a rubber block is attached to the outer side of the sliding plate a33, so that an annular plastic piece acts on the sliding plate a33, the stress plate a32 is closer to each other through compression, meanwhile, the bending plate a31 is compressed, and generated elastic force fixes the plastic piece to avoid falling off in the rotating process.

The embodiment has the following specific use modes and functions:

in the invention, the controller 3 controls the gear shaft 11 to rotate, so that the connecting ring 13 rotates circularly, meanwhile, the motor on the right side of the fixed groove 23a in the rotating mechanism 12 rotates to drive the fixed groove 23a and the connecting rod 22a to rotate, so that the plastic part fixed on the outer side of the fixed mechanism 21a rotates, the spraying uniformity of paint is facilitated by the rotation in the spraying process, meanwhile, when the plastic part is fixed, the plastic part slides on the sliding plate a33 in the stress mechanism a3, the stress plate a32 is compressed to enable the distance between the stress plates a32 to be closer, meanwhile, the bending plate a31 is compressed, the elastic force generated by the spring rod a2 in the fixing process fixes the plastic part, the plastic part is prevented from falling off in the rotating process, the stress mechanism a3 drives the plastic part on the outer side to rotate, the paint on the surface of the plastic part is swung, the paint adhered to form water beads on the surface of the plastic part is solidified in the rotating flow, avoiding the generation of scratches.

Example 2:

as shown in fig. 6-7:

wherein, injection mechanism 2 is equipped with rubber ball 21, stop gear 22, runner pipe 23, injection pipe 24, rubber ball 21 inlays admittedly in injection pipe 24 left side inside, stop gear 22 laminates in injection pipe 24 inboardly, runner pipe 23 is located stop gear 22 right side, the inside at spraying structure 1 is connected to injection pipe 24, rubber ball 21 is oval structure, and the axis of rotation is being run through in the middle of, injection pipe 24 left side is the toper structure, and the paint of runner pipe 23 passes through stop gear 22 and gets into injection pipe 24 left side, produces the compression when assaulting rubber ball 21 to rubber ball 21 rotates through its inside axis of rotation, and separates to both sides under the compression rubber ball 21, thereby paint sprays under compressive force and revolving force, has strengthened the degree of atomization of paint, forms the drop form landing after avoiding the spraying.

Wherein, blocking mechanism 22 is equipped with rubber slab w1, wire netting w2, spacing ring w3, wire netting w2 is located inside rubber slab w1, rubber slab w1 installs in spacing ring w3 is inboard, spacing ring w 3's outside block is inside at injection pipe 24, wire netting w2 is circular structure, evenly runs through inside rubber slab w1 for cut when paint passes through the inside wire netting w2 of rubber slab w1 and blocks, avoids the paint viscosity too big, prevents to reduce inside injection pressure.

The embodiment has the following specific use modes and functions:

in the invention, paint in the circulating pipe 23 enters the left side of the injection pipe 24 through the blocking mechanism 22, the impact force of the paint compresses the rubber plate w1 in the blocking mechanism 22, so that the rubber plate w1 is stretched, and meanwhile, the paint is cut and blocked when passing through the wire mesh w2 in the rubber plate w1 during stretching, so that the excessive viscosity of the paint is avoided, the internal injection pressure is prevented from being reduced, meanwhile, the conical structure on the left side of the injection pipe 24 forms an impact port on the right side of the rubber ball 21, the compression is generated during impacting the rubber ball 21, so that the rubber ball 21 rotates through the rotating shaft in the rubber ball 21, and the rubber ball 21 is separated towards two sides under compression, so that the paint is injected under the compression force and the rotating force, the atomization degree of the paint is enhanced, the formation of water bead-shaped sliding after spraying is avoided, the non-uniform concentration of the magnetic.

The technical scheme of the invention is utilized, or a similar technical scheme is designed by a person skilled in the art based on the inspiration of the technical scheme of the invention, so that the technical effects are achieved, and the technical scheme and the method fall into the protection scope of the invention.