CN202507152U

CN202507152U - Workpiece facing device

Info

Publication number: CN202507152U
Application number: CN2012200266980U
Authority: CN
Inventors: 陈金水
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-01-18
Filing date: 2012-01-18
Publication date: 2012-10-31
Anticipated expiration: 2022-01-18

Abstract

The utility model relates to a workpiece facing device which comprises a first grinding mechanism and a second grinding mechanism which corresponds to the first grinding mechanism, wherein the first grinding mechanism is provided with a first grinding group which is assembled on a first sliding seat which can transitionally slide, and the second grinding mechanism is provided with a second grinding group which is assembled on a second sliding seat which can transitionally slide; the first grinding group is provided with a first abrasive belt, the second grinding group is provided with a second abrasive belt, and a first push unit and a second push unit respectively correspond to the first abrasive belt and the second abrasive belt; and when a workpiece passes by the first grinding group and the second grinding group, the first abrasive belt and the second abrasive belt can be attached and propped against the end surface of the workpiece through the transitional sliding and the pushing of all the push units, so grinding is carried out, and a convenient and quick processing effect is realized.

Description

The workpiece end face processing unit (plant)

[technical field]

The utility model is the process equipment about a kind of workpiece, particularly can carry out the end face processing unit (plant) of grinding and polishing automatically to the end surface of this workpiece.

[background technology]

Its surface of general workpiece (like products such as wooden, carbon fibres) must wearable polishing light after, the processing of could painting again.Therefore and be not suitable for present mass-produced manufacturing mode so with hand lapping polishing, the operator need possess higher working experience, and the whole machining process time is longer.

The unit lapping mode can be got the corresponding abrasive machine of workpiece by the operator and carry out attrition process, or hand-held abrasive machine is processed facing to surface of the work.This kind mode is ground and can be shortened spent man-hour; If but workpiece is will be through the processing of corase grind with different lapping degrees such as fine grinding, and the operator will change the different polishing facility or move workpiece, so still has the situation of inconvenient operation.

In addition, for the strip workpiece, or the strip workpiece of tool curvature, its end is little and difficult location because of area, so grind the end inconvenience with general lapping mode.

[summary of the invention]

The main purpose of the utility model is to provide a kind of workpiece end face processing unit (plant), particularly can carry out the end face processing unit (plant) of grinding and polishing automatically to the end surface of this workpiece.Reach the effect of convenient and rapid processing by this.

The utility model is such realization; A kind of workpiece end face processing unit (plant); It comprises: one first grinding mechanism; It has one first and grinds assembling and fit over one slidably on first slide of displacement, and wherein this first grinding group is made up of a plurality of first rollers and one first abrasive band, and this first abrasive band is that winding is at each first roller outer surface; One second grinding mechanism; Be to should first grinding mechanism; It has one second and grinds assembling and fit over one slidably on second slide of displacement, and wherein this second grinding group is made up of a plurality of second rollers and one second abrasive band, and this second abrasive band is that winding is at each second roller outer surface; One first pushing unit is to comprise one first to promote cylinder and one first module, this first module be assemblied in this first promote cylinder an end, and to should first abrasive band; One second pushing unit is to comprise one second to promote cylinder and one second module, this second module be assemblied in this second promote cylinder an end, and to should second abrasive band.

Be with, workpiece during through the first grinding group and the second grinding group, first abrasive band and second abrasive band pushing of slide displacement and each pushing unit of can arranging in pairs or groups, and then paste the end surface that supports workpiece, to carry out attrition process.

The utlity model has can reach automatically, apace positively make the abrasive band contact workpiece end surface to carry out attrition process.

[description of drawings]

Fig. 1 is the structural representation of the utility model.

Fig. 2 is the utility model first grinding mechanism and the second grinding mechanism displacement diagram.

Fig. 3 is that the utility model first pushing unit and second pushing unit push the abrasive band to paste the structural representation that supports workpiece.

Fig. 4 is assemblied in the structural representation of pedestal for the utility model first holder and second holder.

Fig. 5 is the utility model first holder and second holder rotation sketch map.

The main element symbol description:

(10) pedestal (12) first embedded grooves (14) second embedded grooves

(20) first grinding mechanisms (22) first grinding groups (24) first rollers

(26) first abrasive bands (30) second grinding mechanisms (32) second grinding groups

(34) second rollers (36) second abrasive bands (40) first slides

(42) first slide bars (44) first displacement cylinders (50) first holders

(52) first Embedded Divisions (60) second slides (62) second slide bars

(64) second displacement cylinders (70) second holders (72) second Embedded Divisions

(80) first pushing units (82) first promote cylinder (84) first modules

(90) second pushing units (92) second promote cylinder (94) second modules

(100) workpiece

[specific embodiment]

See also Fig. 1, disclose on the pedestal (10) among the figure and dispose one first grinder (20) and one second grinding mechanism (30).

Further, first grinding mechanism (20) is that one first grinding group (22) group combines one first slide (40), and first slide (40) is assemblied on one first holder (50) movably.Moreover first holder (50) be to be assemblied on the pedestal (10).

First slide (40) is to connect one first slide bar (42) again, and this first slide bar (42) passes first holder (50); One first displacement cylinder (44) position is in a side of first slide (40) in addition, and first displacement cylinder (44) one ends combine first slide (40).

Second grinding mechanism (30) is that one second grinding group (32) combines one second slide (60), and second slide (60) is assemblied on one second holder (70) movably.Moreover second holder (70) be to be assemblied on the pedestal (10).

Second slide (60) is to connect one second slide bar (62) again, and this second slide bar (62) passes second holder (70); One second displacement cylinder (64) position is in a side of second slide (60) in addition, and second displacement cylinder (64) one ends combine second slide (60).

The first grinding group (22) comprises a plurality of first rollers (24) and one first abrasive band (26), wherein first abrasive band (26) be winding at each first roller (24) outer surface, rotate first roller (24) and can drive first abrasive band (26) cycle rotation.In like manner, the second grinding group (32) comprises a plurality of second rollers (34) and one second abrasive band (36), wherein second abrasive band (36) be winding at each second roller (34) outer surface, rotate second roller (34) and can drive second abrasive band (36) cycle rotation.

Moreover one first pushing unit (80) be configured in the side in first abrasive band (26) of the first grinding group (22).First pushing unit (80) has one first and promotes cylinder (82) and one first module (84); First module (84) is to be fitted in this first promotion cylinder (82) one ends, and corresponding first abrasive band of first module (84) (26).

One second pushing unit (90) is configured in a side in second abrasive band (36) of the second grinding group (32).Second pushing unit (90) has one second and promotes cylinder (92) and one second module (94); Second module (94) is to be fitted in this second promotion cylinder (92) one ends, and corresponding second abrasive band of second module (94) (36).

See also Fig. 2, move when first displacement cylinder (44) produces, it can drive first slide (40) and the first grinding group (22) produces displacement.In like manner, second displacement cylinder (64) produces action, and it can drive second slide (60) and the second grinding group (32) produces displacement.

See also Fig. 3, between workpiece (100) the entering first grinding group (22) and the second grinding group (32), first promotes cylinder (82) can promote first module (84), makes first module (84) promote first abrasive band (26) and pastes an end that supports workpiece (100); In like manner, second promotes cylinder (92) can promote second module (94), makes second module (94) promote second abrasive band (36) and pastes the other end that supports workpiece (100).Be to obtain grinding effect positively with two end faces of workpiece (100).

See also Fig. 4, first holder (50) bottom has a pair of first Embedded Division (52), and pedestal (10) has a pair of first embedded groove (12) again.Should be to have arc structure to first embedded groove (12), and should be should be to first embedded groove (12) first Embedded Division (52) in order to embed.In addition, second holder (70) bottom also can have a pair of second Embedded Division (72), and pedestal (10) has a pair of second embedded groove (14).Should be to have arc structure equally to second embedded groove (14), and should be somebody's turn to do second embedded groove (14) in order to embed second Embedded Division (72).

See also Fig. 5, first Embedded Division (52) of first holder (50) can make first holder (50) changeable angle along the curvature displacement of first embedded groove (12); Each mechanism and the parts of position on first holder (50) rotate suitable angle simultaneously.In like manner, second holder (70) also can be arranged in pairs or groups second Embedded Division (72) along the curvature displacement of second embedded groove (14), and each mechanism and the parts of position this moment on second holder (70) also rotate suitable angle simultaneously.

By the direction or the angle of adjustment first holder (50) and second holder (70), the work (not shown) that can make the corresponding different curvatures of the first grinding group (not shown) and the second grinding group (not shown) is to carry out end face processing.

Claims

1. workpiece end face processing unit (plant); It is characterized in that it comprises: one first grinding mechanism; It has one first and grinds assembling and fit over one slidably on first slide of displacement; Wherein this first grinding group is made up of a plurality of first rollers and one first abrasive band, and this first abrasive band is that winding is at each first roller outer surface; One second grinding mechanism; Be to should first grinding mechanism; It has one second and grinds assembling and fit over one slidably on second slide of displacement, and wherein this second grinding group is made up of a plurality of second rollers and one second abrasive band, and this second abrasive band is that winding is at each second roller outer surface; One first pushing unit is to comprise one first to promote cylinder and one first module, this first module be assemblied in this first promote cylinder an end, and to should first abrasive band; One second pushing unit is to comprise one second to promote cylinder and one second module, this second module be assemblied in this second promote cylinder an end, and to should second abrasive band.

2. workpiece end face processing unit (plant) according to claim 1 is characterized by and more comprises one first holder and one first slide bar, and wherein first slide bar is assemblied on this first slide, and this first slide bar passes first holder.

3. workpiece end face processing unit (plant) according to claim 1 and 2 is characterized by and more comprises one first displacement cylinder, and its position is in this first slide, one side, and this first displacement cylinder, one end combines this first slide.

4. workpiece end face processing unit (plant) according to claim 2; It is characterized by and more comprise a pedestal; And this first holder is assemblied on this pedestal, and wherein the bottom of this first holder has a pair of first Embedded Division, and this pedestal has a pair of first embedded groove; Should be to have arc structure to first embedded groove, and should be somebody's turn to do first embedded groove the embedding of first Embedded Division.

5. workpiece end face processing unit (plant) according to claim 1 is characterized by and more comprises one second holder and one second slide bar, and wherein second slide bar is assemblied on this second slide, and this second slide bar passes second holder.

6. according to claim 1 or 5 described workpiece end face processing unit (plant)s, it is characterized by and more comprise one second displacement cylinder, its position is in this second slide, one side, and this second displacement cylinder, one end combines this second slide.

7. workpiece end face processing unit (plant) according to claim 5; It is characterized by and more comprise a pedestal; And this second holder is assemblied on this pedestal, and wherein the bottom of this second holder has a pair of second Embedded Division, and this pedestal has a pair of second embedded groove; Should be to have arc structure to second embedded groove, and should be somebody's turn to do second embedded groove the embedding of second Embedded Division.