CN2860741Y

CN2860741Y - Grinding machine with chip removal function

Info

Publication number: CN2860741Y
Application number: CN 200520113167
Authority: CN
Inventors: 廖志铭
Original assignee: Individual
Current assignee: Individual
Priority date: 2005-08-25
Filing date: 2005-08-25
Publication date: 2007-01-24
Anticipated expiration: 2015-08-25

Abstract

The utility model discloses a grinding machine with chip removal function including a case, a dust collecting seat, a cover board, an impeller and a first grinding device. The dust collecting seat with a of chip removal mouths is set at one side of the case. The cover board isolated in the dust removal seat is for defining a first dust collecting chamber connected with the chip removal mouth and has a through-mouth connecting to the first dust collecting chamber. The impeller is set in the first dust collecting chamber. The first grinding device has a grinding disc set on an upper end of the dust collecting seat and a first dust collecting cover is fixed with a lower end of the dust collecting seat and used to define a second dust collecting chamber with the cover board. In this way, the chippings drop into the second dust collecting chamber. As the attracting airflow produced by the impeller, the chippings will be guided to exhaust out from the chip removal mouth through the through-mouth and the first dust collecting chamber.

Description

Grinder with chip removal function

Technical field

The utility model relates to a kind of grinder, particularly relates to a kind of grinder with chip removal function of leading break flour of arranging.

Background technology

Present multi-functional grinder on the market, mainly be to have multiple grinding form concurrently, as simultaneously with wherein wantonly lapping devices more than two kinds such as disc abrasive wheel, abrasive band or cylindrical shape abrasive belt wheels, whereby, reach and integrate multiple function of use, and the purpose of saving space efficiency, reducing cost.

Tend to because disperse everywhere but grind the wood chip dust that timber produced, and cause the working site dirty and messy, and the staff is in this working site for a long time, the healthy anxiety of harm is more arranged, therefore, general grinder all is equipped with the dust collect plant that can collect dust.But, for multi-functional grinder, also must dispose two groups of above dust collect plants usually with lapping device more than two kinds, not only comparatively complicated on structural design, and do not meet utilization benefit.

Summary of the invention

The purpose of this utility model is to provide a kind of grinder with chip removal function that can integrate dust collect plant.

The purpose of this utility model is achieved in that promptly provides a kind of grinder with chip removal function, comprises a cabinet, a control of dust seat, a cover plate, an impeller and one first lapping device.This control of dust seat is arranged on this cabinet one side, and has a chip removal mouth.This cover plate is to separate in this control of dust seat and define one first dust storage chamber that is communicated with this chip removal mouth, and has along an axis direction and run through and be communicated with consistent mouthful of this first dust storage chamber.This impeller is to be hubbed in this first dust storage chamber.This first lapping device has and the coaxial abrasive disk that is hubbed on this control of dust seat one upper end of this impeller, and fixed and define one first dust collection cover of one second dust storage chamber with this cover plate with this control of dust seat one bottom.

Effect of the present utility model is can improve utilization benefit and dust row to lead effect.

Description of drawings

Below by most preferred embodiment and accompanying drawing the grinder with chip removal function of the present utility model is elaborated, in the accompanying drawing:

Fig. 1 is a stereogram, and its explanation the utility model one has a preferred embodiment of the grinder of chip removal function;

Fig. 2 is a three-dimensional exploded view, and it illustrates a control of dust seat in this preferred embodiment, a cover plate, an impeller and one first lapping device;

Fig. 3 is a three-dimensional exploded view, and it illustrates the combination situations of this control of dust seat and this impeller in this preferred embodiment, this cover plate;

Fig. 4 is a stereogram, and it illustrates the combination situations of this control of dust seat, this cover plate, this impeller and this first lapping device in this preferred embodiment;

Fig. 5 is a cutaway view, and it illustrates the travel path of dust in this preferred embodiment;

Fig. 6 is a side view, and one second lapping device in this preferred embodiment is described.

The specific embodiment

About aforementioned and other technology contents, characteristics and effect of the present utility model, in the following detailed description that cooperates with reference to graphic preferred embodiment, can clearly present.

Consult Fig. 1, Fig. 2, the preferred embodiment with grinder of chip removal function of the present utility model is to comprise: a cabinet 1, a control of dust seat 2, a cover plate 3, an impeller 4, one first lapping device 5 and one second lapping device 6.

This control of dust seat 2 is arranged on this cabinet 1 one sides, and has a upper end 21 with a bottom 22, run through a chip removal mouth 23 of this bottom 22 along a parallel axis X direction, and is formed on this bottom 22 1 sides, one introducing port 24.

Consult Fig. 2, Fig. 3, this cover plate 3 is to separate in this control of dust seat 2 and define one first dust storage chamber 31 (consulting Fig. 5) that is communicated with this chip removal mouth 23, and has along this axis X direction and run through and be communicated with consistent mouthful 32 of this first dust storage chamber 31 (consulting Fig. 5), be formed on a main rib sheet 34 and a fin 35 of a plate face 33.This main rib sheet 34 is to cross over this by these plate face 33 1 ora terminalis 331 to pass through ring edge 321 on the mouth 32 1, and ends at these plate face 33 another ora terminalis 332 and be connected this introducing port 24 1 ends, and defines one first control of dust road 36.This time fin 35 is to connect this to pass through mouthfuls 32 and encircle edge 322 and these introducing port 24 other ends once, and defines one second control of dust road 37.

This impeller 4 is to be hubbed in this first dust storage chamber 31, and follows direction of rotation and 2 of this control of dust seats to be formed with a chip removal channel 41 around this impeller 4.This chip removal channel 41 is gradually to be connected greatly and with this chip removal mouth 23 by little.

Consult Fig. 3, Fig. 4, Fig. 5, this first lapping device 5 has and the coaxial abrasive disk 51 that is hubbed on these control of dust seat 2 upper ends 21 of this impeller 4, fixed and define one first dust collection cover 53 of one second dust storage chamber 52 with this cover plate 3 with this control of dust seat 2 bottoms 22, and mounts at this cabinet 1 one sides and the platform 54 (consulting Fig. 6) that extends with respect to these abrasive disk 51 along continuous straight runs.This first, second control of dust road the 36, the 37th is emerging in this second dust storage chamber 52, and this second dust storage chamber 52 is to pass through mouthfuls 32 by this cover plate 3 to be communicated with this first dust storage chamber 31.

Consult Fig. 5, Fig. 6, this second lapping device 6 has capable of circulation unrolling and an abrasive band 61 coaxial with this impeller 4, this abrasive disk 51, and one the 3rd dust storage chamber 62 that is formed on these cabinet 1 one end faces and is connected with these control of dust seat 2 introducing ports 24.

Consult Fig. 4 and Fig. 3, Fig. 5, when these abrasive disk 51 rotations and grinding work-piece generation break flour, break flour can drop downwards in second dust storage chamber 62 in this first dust collection cover 53, and the attraction air-flow that this impeller 4 produces, can be because the obstruct of this main rib sheet 34 and this time fin 35, to attract air-flow to be confined in this first, second control of

dust road

36,37, and improve the attraction of air-flow, the break flour in this second dust storage chamber 62 mouthfuls 32 is entered in this first dust storage chamber 31 by passing through of this first control of dust road 36, this cover plate 3.Because this impeller 4 is to follow direction of rotation and 2 of this control of dust seats to be formed with chip removal channel 41 (consulting Fig. 2) around this impeller 4, can add circling round of air blast and imitate and attraction, make the break flours that enter in this first control of dust road 36 swimmingly by these chip removal mouth 23 discharges.

Consult Fig. 1, Fig. 3, Fig. 5, when these abrasive band 61 rotations and grinding work-piece generation break flour, break flour can drop downwards in the 3rd dust storage chamber 62, and because aforementioned attraction air-flow, enter in this first dust storage chamber 31 by the mouth 32 that passes through of these control of dust seat 2 introducing ports 24, the break flours that enter in this first control of dust road 36 are discharged by this chip removal mouth 23 swimmingly by this second control of dust road 37, this cover plate 3.

According to the above as can be known, the grinder with chip removal function of the present utility model has following advantage and effect:

1. the utility model can be by the design of first, second control of

dust road

36,37 and this chip removal channel 41, strengthen attracting air-flow, and the smoothness can improve chip removal the time can be discharged break flour really, makes the utility model have more practicality.

2. importantly, this first lapping device 5 is to utilize identical chip removal device with this second lapping device 6, reaches row and leads the purpose of dust, not only can simplified assembly, and reduce cost, and can improve result of use.

Claims

1. the grinder with chip removal function is characterized in that it comprises: a cabinet; One control of dust seat is arranged on this cabinet one side, and has a chip removal mouth; One cover plate separates in this control of dust seat and defines one first dust storage chamber that is communicated with this chip removal mouth, and has along an axis direction and run through and be communicated with consistent mouthful of this first dust storage chamber; One impeller is hubbed in this first dust storage chamber; And one first lapping device, have and the coaxial abrasive disk that is hubbed on this control of dust seat one upper end of this impeller, and fixed and define one first dust collection cover of one second dust storage chamber with this control of dust seat one bottom with this cover plate.

2. the grinder with chip removal function as claimed in claim 1, it is characterized in that, this cover plate also has the plate face that is formed on and towards a main rib sheet of this abrasive disk, this main rib sheet is to cross over this by this plate face one ora terminalis to pass through on mouthful one the ring edge and end at this another ora terminalis of plate face, and defines the one first control of dust road that is communicated with this first, second dust storage chamber.

3. the grinder with chip removal function as claimed in claim 1 is characterized in that, this impeller is that to follow a chip removal channel that is formed with between direction of rotation and this control of dust seat around this impeller, this chip removal channel be by little gradually big and be connected with this chip removal mouth.

4. the grinder with chip removal function as claimed in claim 1, it is characterized in that, this grinder also has one second lapping device that is arranged on this cabinet, this second lapping device have capable of circulation unroll and with this impeller, the coaxial abrasive band of this abrasive disk, and one the 3rd dust storage chamber that is formed on this cabinet one end face and is communicated with this control of dust seat.

5. the grinder with chip removal function as claimed in claim 4, it is characterized in that, this control of dust seat also has an introducing port that is formed on a side and connects the 3rd dust storage chamber, this cover plate also has the plate face that is formed on and towards a main rib sheet of this abrasive disk, this main rib sheet is to cross over this by this plate face one ora terminalis to pass through on mouthful one and encircle edge, and end at this another ora terminalis of plate face and be connected this introducing port one end, and define the one first control of dust road that is communicated with this first, second, third dust storage chamber.

6. the grinder with chip removal function as claimed in claim 5, it is characterized in that, this cover plate also has the plate face that is formed on and towards a fin of this abrasive disk, this time fin is to connect this to pass through and mouthful encircle edge and this introducing port other end once, and defines one second control of dust road of this first dust storage chamber of connection and the 3rd dust storage chamber.