阅读说明：本技术 一种五金工具上下表面同时加工的毛毡防钩出自动化磨床 (A kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing goes out to automate grinding machine ) 是由 严坤 于 2019-09-24 设计创作，主要内容包括：本发明公开了一种五金工具上下表面同时加工的毛毡防钩出自动化磨床,其结构包括底兜移控箱、限位轨,底兜移控箱上表面与限位轨下表面相连接,当毛毡盘在高速运转对尖嘴钳的上下表面进行打磨抛光,其毛毡是缠绕于鱼骨排角表面压型而成的,当有毛毡松散露出,其托管还在持续转动的同时,所处毛毡露出位置的外骨角将会被拖动,其粘曲角内部的摆弧芯将会被拉扯开,产生一定的形变,能够稳固的伸展两端,且限住了其伸展的距离,另外一端与中受力芯衔接的部位,将会拖动中柱往下摆动,同时打磨片还在持续的转动时,其毛毡将会被勾住,从而对内部进行拉动,让其停止运行,防止其在持续运行对尖嘴钳表面造成损坏。(The invention discloses a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing to go out to automate grinding machine, its structure includes that bottom pocket moves control case, position-limited rail, bottom pocket moves control case upper surface and is connected with position-limited rail lower surface, when felt disk carries out sanding and polishing in the upper and lower surface to nipper plier that runs at high speed, its felt is wound around to be arranged made of angle surface die mould in fish-bone, when there is felt loosely to expose, its trustship is also while lasting rotation, the dermoskeleton angle that locating felt exposes position will be dragged, swinging arc core inside its viscous bent angle will be pullled open, generate certain deformation, the stretching, extension both ends that can be consolidated, and the distance of its stretching, extension is limited, the position that other end is connected with middle stress core, center pillar will be dragged toward lower swing, grinding disc is also in lasting rotation simultaneously, its felt will be hooked on, to be pulled to inside, it allows Its is out of service, prevents it from damaging in continuous service to nipper plier surface.)

1. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing, which goes out, automates grinding machine, structure includes that bottom pocket moves control case (11), position-limited rail (22), manipulation case (33), felt grinding disc (44), it is characterised in that:

The bottom pocket moves control case (11) upper surface and is connected with position-limited rail (22) lower surface, and the manipulation case (33) is welded in bottom pocket Control case (11) outer surface is moved, the felt grinding disc (44) is connected with manipulation case (33)；

The felt grinding disc (44) includes middle stooling (aa1), trustship (aa2), fish-bone row angle (aa3), felt disk (aa4), prolongs Bar (aa5), card needle (aa6), bracket (aa7), the middle stooling (aa1) are mutually welded with bar (aa5) is prolonged, described to prolong bar (aa5) far One end from middle stooling (aa1) is connected with card needle (aa6), and the card needle (aa6) is embedded in trustship (aa2) inside, the fish Bone row angle (aa3) is installed on felt disk (aa4) inside, and the trustship (aa2) is internal through bracket (aa7).

2. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing according to claim 1 goes out to automate grinding machine, It is characterized by: the bracket (aa7) includes middle stress core (a1a), winding item (a2a), arc support winding (a3a), outer ring (a4a), the middle stress core (a1a) is connected with winding item (a2a), and the arc support winding (a3a) is against winding item (a2a) outside Surface, the middle stress core (a1a) are integrated with outer ring (a4a).

3. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing according to claim 2 goes out to automate grinding machine, It is characterized by: the arc support winding (a3a) includes solid power ball (11g), taut profile bar (22g), viscous bent angle (33g), outer soft arc (44g), solid power ball (11g) are connected with taut profile bar (22g), the one end of the taut profile bar (22g) far from solid power ball (11g) It is connected with viscous bent angle (33g), it is internal that the viscous bent angle (33g) is embedded in outer soft arc (44g).

4. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing according to claim 3 goes out to automate grinding machine, It is characterized by: the viscous bent angle (33g) includes capsule ball (mm1), support mouth (mm2), swinging arc core (mm3), wall (mm4), institute It states capsule ball (mm1) and is embedded in support mouth (mm2) inside, the swinging arc core (mm3) is connected with wall (mm4).

5. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing according to claim 1 goes out to automate grinding machine, It is characterized by: fish-bone row angle (aa3) include support layer (01a), clamp (01b), dermoskeleton angle (01c), interior solid rod (01d), Middle support presss from both sides (01e), and the clamp (01b) is embedded in dermoskeleton angle (01c) inside, and the middle support folder (01e) is against interior solid rod (01d) Outer surface, it is internal that the interior solid rod (01d) is installed on support layer (01a).

6. a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing according to claim 1 goes out to automate grinding machine, It is characterized by: the middle stooling (aa1) includes power control angle (11q), back-off core (22q), base body (33q), center pillar (44q), prolongs Card needle (55q), the back-off core (22q) are embedded in power control angle (11q) inside, and the back-off core (22q) is far from power control angle (11q) One end be connected with base body (33q), it is described to prolong card needle (55q) to be installed on center pillar (44q) internal.

Technical field

The invention belongs to handware surface polishing manufacture fields, more specifically, particularly with regard to a kind of hardware tool The felt anti-snag of upper and lower surface simultaneous processing goes out to automate grinding machine.

Background technique

When carrying out upper and lower surface polishing to substantially molding nipper plier, grinding disc surface has a little felt closely to twine It is around in surface, grinding disc can run at high speed, and carry out upper and lower surface polishing to it while nipper plier is mobile.

It is found based on aforementioned present invention people, the automation grinding machine of existing hardware tool upper and lower surface simultaneous processing is mainly deposited In following deficiency, such as:

Since the end of substantially molding nipper plier has jagged corner, in the grinding disc for having felt in nipper plier Mobile high speed operating, felt had after having used long it is a little warp, be easy to be stuck in sawtooth corner, thus running at high speed it It breaks, or even polishing causes to wear to surface between being stuck in.

Therefore need to propose that a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing goes out to automate grinding machine.

Summary of the invention

In order to solve above-mentioned technology since the end of substantially molding nipper plier has jagged corner, there is being felt Grinding disc in the mobile high speed operating of nipper plier, felt had after having used long it is a little warp, be easy to be stuck in sawtooth corner, from And it is broken running at high speed, or even the problem of polishing causes abrasion to surface between being stuck in.

A kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing of the present invention goes out to automate the purpose and effect of grinding machine, Reached by technological means in detail below:

Its structure includes that bottom pocket moves control case, position-limited rail, manipulation case, felt grinding disc.

The bottom pocket moves control case upper surface and is connected with position-limited rail lower surface, and the manipulation case is welded in bottom pocket and moves outside control case Surface, the felt grinding disc are connected with manipulation case.

The felt grinding disc includes middle stooling, trustship, fish-bone row angle, felt disk, prolongs bar, card needle, bracket, the middle support Core with prolong bar and mutually weld, the described one end of bar far from middle stooling of prolonging is connected with card needle, and the card needle is embedded in inside trustship, institute It states fish-bone row angle to be installed on inside felt disk, the trustship is through inside bracket.

As a further improvement of the present invention, the bracket includes middle stress core, winds item, the winding of arc support, outer ring, described Middle stress core is connected with winding item, and the arc support winding is against winding outer surface, and the middle stress core is integrated with outer ring Change structure, the winding item be equipped with eight and it is rounded be uniformly distributed, the outer ring is in circular ring type structure.

As a further improvement of the present invention, the arc support winding includes solid power ball, taut profile bar, viscous Qu Jiao, outer soft arc, institute It states solid power ball to be connected with taut profile bar, the one end of the taut profile bar far from solid power ball is connected with viscous bent angle, and the viscous bent angle is embedding Enter inside outer soft arc, the viscous bent angle set there are four and two as one group, the solid power ball is in sphere structure, the outer soft arc For arcuate structure.

As a further improvement of the present invention, the viscous bent angle includes capsule ball, Tuo Kou, swinging arc core, wall, the capsule ball It is embedded in inside support mouth, the swinging arc core is connected with wall, and the capsule ball is ellipsoidal structure, and the support mouth is equipped with three It is a.

As a further improvement of the present invention, fish-bone row angle includes support layer, clamp, dermoskeleton angle, interior solid rod, middle support Folder, the clamp are embedded in inside dermoskeleton angle, and the middle support is clipped in interior solid rod outer surface, and the interior solid rod is installed in support layer Portion, the clamp is sphere structure, there are two the dermoskeleton angle is set, there are two the interior solid rod is set.

As a further improvement of the present invention, the middle stooling includes power control angle, is buckled to core, base body, center pillar, Yan Kazhen, The back-off core is embedded in inside power control angle, and the back-off core is connected far from the one end at power control angle with base body, described to prolong card needle It is installed on inside center pillar, it is described to prolong there are two card needle sets there are two the back-off core is set.

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

When felt disk carries out sanding and polishing in the upper and lower surface to nipper plier that runs at high speed, felt is wound around to be arranged in fish-bone Made of angle surface die mould, when there is felt loosely to expose, also while lasting rotation, locating felt exposes position for trustship Dermoskeleton angle will be dragged, can expand the extraneous area sustained, while winding item generation deformation, glues in song angle The swinging arc core in portion will be pullled open, and certain deformation is generated, the stretching, extension both ends that can be consolidated, and limited its stretching, extension away from From the position that other end is connected with middle stress core, it will dragging center pillar is toward lower swing, so that the axis body gone to blocks, Allow its felt disk can be timely out of service, can felt have it is a little run out of caught on by nipper plier tooth angle when, polish simultaneously Also in lasting rotation, felt will be hooked on piece, to pull to inside, make its out of service, prevent its Continuous service damages nipper plier surface.

Detailed description of the invention

Fig. 1 is that the structure that a kind of felt anti-snag of hardware tool upper and lower surface simultaneous processing of the invention goes out to automate grinding machine is shown It is intended to.

Fig. 2 faces schematic diagram of internal structure for a kind of felt grinding disc of the present invention.

Fig. 3 is a kind of vertical view schematic diagram of internal structure of bracket of the present invention.

Fig. 4 faces schematic diagram of internal structure for a kind of arc support winding of the present invention.

Fig. 5 faces schematic diagram of internal structure for a kind of viscous bent angle of the present invention.

Fig. 6 faces schematic diagram of internal structure for a kind of fish-bone row of present invention angle.

Fig. 7 faces schematic diagram of internal structure for a kind of middle stooling of the present invention.

In figure: bottom pocket moves control case -11, position-limited rail -22, manipulation case -33, felt grinding disc -44, middle stooling-aa1, trustship - Aa2, fish-bone row angle-aa3, felt disk-aa4, prolong bar-aa5, card needle-aa6, bracket-aa7, middle stress core-a1a, winding item- A2a, arc support winding-a3a, outer ring-a4a, solid power ball -11g, taut profile bar -22g, viscous song angle -33g, outer soft arc -44g, capsule ball - Mm1, Tuo Kou-mm2, swinging arc core-mm3, wall-mm4, support layer -01a, clamp -01b, dermoskeleton angle -01c, interior solid rod -01d, in Hold in the palm folder -01e, power control angle -11q, back-off core -22q, base body -33q, center pillar -44q, Yan Kazhen -55q.

Specific embodiment

The present invention is described further below in conjunction with attached drawing: