CN208496600U - A kind of component of machine automatic chamfering device applied widely - Google Patents

Abstract

The utility model relates to a kind of component of machine automatic chamfering devices applied widely, including first motor, rotating disc is connected on the output shaft of first motor, scrap collecting tank is equipped with below rotating disc, rotating disc rear is equipped with conveying assembly, it is equipped with several groups fixation kit along the circumferencial direction of rotating disc on rotating disc, rotation pan bottom is equipped with removable chamfer angle component along the central symmetry of rotating disc, moves and be equipped with discharge component on the outside of chamfer angle component；Removable chamfer angle component includes two-way hydraulic cylinder, and two output shafts of two-way hydraulic cylinder are respectively connected with the first telescopic rod, and the end of the first telescopic rod is connected with locomotive, is fixed with the second motor at the top of locomotive, the output shaft of the second motor is connected with chamfering abrasive wheel；Discharge component includes pushing component and transfer assembly, and pushing component and transfer assembly are located at the two sides of rotating disc；Labor intensity needed for the utility model cylindrical component chamfering is small, chamfering efficiency is high, chamfering precision is high and facing attachment is applied widely.

Description

A kind of component of machine automatic chamfering device applied widely

Technical field

The utility model relates to a kind of facing attachments, belong to mold processing technical field, more specifically, this is practical It is novel to be related to a kind of component of machine automatic chamfering device applied widely.

Background technique

Component of machine is also known as mechanical organ, is to constitute mechanical primary element, is that composition is mechanical inseparable with machine The single product torn open.Chamfering refers to the processing for the corner angle of workpiece being cut into certain inclined-plane.Chamfering is to remove on part Because the burr that machining generates generally makes chamfering in part end also for component assembly is convenient for；In mold processing, Angle is a kind of relatively conventional processing method.

Cylindrical component is one kind relatively conventional in component of machine, and cylindrical chamfering generally uses in the prior art Artificial fixed cylindrical component, then operate facing attachment and carry out chamfering；Such chamfering mode is needed manually fixed and is retracted, Large labor intensity needed for angle can not achieve continuous operation, and chamfering efficiency is low, and operator's difference causes chamfering precision different；Together When, existing facing attachment can only carry out chamfering to the cylindrical component of same length, and the scope of application is small.

In order to solve these problems, the utility model proposes a kind of component of machine automatic chamfering dresses applied widely It sets.

Utility model content

Based on the above technical problem, the utility model provides a kind of component of machine automatic chamfering dress applied widely It sets, so that large labor intensity needed for solving previous cylindrical component chamfering, chamfering efficiency are low, chamfering precision is low and facing attachment The small technical problem of the scope of application.

In order to solve the above technical problems, the technical solution adopted in the utility model is as follows:

A kind of component of machine automatic chamfering device applied widely, including first motor, the output shaft of first motor On be connected with rotating disc, scrap collecting tank is equipped with below rotating disc,

The rotating disc rear is equipped with conveying assembly, is equipped with the fixed group of several groups along the circumferencial direction of rotating disc on rotating disc Part, rotation pan bottom are equipped with removable chamfer angle component along the central symmetry of rotating disc, move and be equipped with discharging on the outside of chamfer angle component Component；The removable chamfer angle component includes two-way hydraulic cylinder, and it is flexible that two output shafts of two-way hydraulic cylinder are respectively connected with first Bar, the end of the first telescopic rod are connected with locomotive, are fixed with the second motor, the output axis connection of the second motor at the top of locomotive There is chamfering abrasive wheel；The discharge component includes pushing component and transfer assembly, and pushing component and transfer assembly are located at rotation The two sides of disk.

On the basis of above technical scheme: the conveying assembly includes inclination conveyer belt, and inclination conveyer belt includes first main Driving wheel and the first driven wheel, are equipped with the first feed belt between the first driving wheel and the first driven wheel, first driving wheel connects It is connected to third motor, several block baffles are uniformly equipped on first feed belt, is formed and is put between any two adjacent screen Set slot.

On the basis of above technical scheme: the fixation kit includes the first fixed plate, the first fixed plate and rotating disc side Wall is fixedly connected, and the side wall of the first fixed plate is fixedly connected with support frame, is equipped with the first pneumatic cylinder, the first air pressure at the top of support frame The output shaft of cylinder is connected with the second telescopic rod, and the second telescopic rod end is connected with the second fixed plate, first fixed plate and The opposite side of two fixed plates offers fixed groove；It is located at the oblique upper of the first fixed plate at the top of the inclination conveyer belt.

On the basis of above technical scheme: the pushing component includes the second pneumatic cylinder, and the output shaft of the second pneumatic cylinder connects It is connected to third telescopic rod, the end of third telescopic rod is connected with pushing block；The transfer assembly includes horizontal conveying belt, horizontal transmission Band includes the second driving wheel and the second driven wheel, and the second feed belt is equipped between the second driving wheel and the second driven wheel, described Second driving wheel is connected with the 4th motor；The both sides of the edge of second feed belt are equipped with several equally distributed gears Block.

On the basis of above technical scheme: the pushing block is right against fixation kit, and one end of the horizontal conveying belt is located at Below first fixed plate, storage box is equipped with below the other end of horizontal conveying belt.

On the basis of above technical scheme: the opposite side of two chamfering abrasive wheels offers chamfering notch, chamfering notch It is right against rotating disc.

On the basis of above technical scheme: the automatic chamfering device further includes controller, is equipped with timer in controller, Controller is equipped with regulation button and display screen；The first motor, the second motor, third motor, the 4th motor, the first air pressure Cylinder, the second pneumatic cylinder and two-way hydraulic cylinder are connect with controller signals.

In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are:

1, in the utility model, automatic fixation, chamfering and the discharging of component of machine may be implemented, realize cylindrical component Automatic chamfering, save artificial regular time and energy, labor efficiency be provided, guarantee chamfering precision；

2, in the utility model, automatic fixation, chamfering and the discharging of component of machine are realized simultaneously by turn disc It carries out, to realize the serialization work of the fixation of component of machine, chamfering and discharging, chamfering efficiency is high；

3, in the utility model, between adjustable two chamfer angle components of setting by moving chamfer angle component away from From so that realization increases the scope of application of device to the part progress chamfering of different length.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the structural schematic diagram of conveying assembly；

Fig. 3 is the top view of the first feed belt of conveying assembly；

Fig. 4 is the structural schematic diagram of fixation kit；

Fig. 5 is the side view of horizontal conveying belt；

Marked in the figure: 1- first motor；2- rotating disc；3- scrap collecting tank；4- conveying assembly；4.1- tilts conveyer belt； The first driving wheel of 4.2-；The first driven wheel of 4.3-；The first feed belt of 4.4-；4.5- third motor；4.6- baffle；4.7- placing Slot；5- fixation kit；The first fixed plate of 5.1-；5.2- support frame；The first pneumatic cylinder of 5.3-；The second telescopic rod of 5.4-；5.5- the Two fixed plates；5.6- fixed groove；6- moves chamfer angle component；6.1- two-way hydraulic cylinder；The first telescopic rod of 6.2-；6.3- mobile Vehicle；The second motor of 6.4-；6.5- chamfering abrasive wheel；6.6- chamfering notch；The second pneumatic cylinder of 7-；8- third telescopic rod；9- pushing block； 10- horizontal conveying belt；10.1- the second driving wheel；10.2- the second driven wheel；10.3- the second feed belt；The 4th electricity of 10.4- Machine；10.5- block；11- storage box.

Specific embodiment

The utility model will be further described below with reference to the accompanying drawings.The embodiments of the present invention includes but unlimited In the following example.

Specific embodiment

As shown in Figs. 1-5, a kind of component of machine automatic chamfering device applied widely, including first motor 1, first It is connected with rotating disc 2 on the output shaft of motor 1, is equipped with scrap collecting tank 3 below rotating disc 2,

2 rear of rotating disc is equipped with conveying assembly 4, solid equipped with several groups along the circumferencial direction of rotating disc 2 on rotating disc 2 Determine component 5,2 bottom of rotating disc is equipped with removable chamfer angle component 6 along the central symmetry of rotating disc 2, moves 6 outside of chamfer angle component Equipped with discharge component；The removable chamfer angle component 6 includes two-way hydraulic cylinder 6.1, and two output shafts of two-way hydraulic cylinder 6.1 are equal It is connected with the first telescopic rod 6.2, the end of the first telescopic rod 6.2 is connected with locomotive 6.3, and is fixed at the top of locomotive 6.3 Two motors 6.4, the output shaft of the second motor 6.4 are connected with chamfering abrasive wheel 6.5, and the opposite side of two chamfering abrasive wheels 6.5 offers Chamfering notch 6.6, chamfering notch 6.6 are right against rotating disc 2；The discharge component includes pushing component and transfer assembly, is pushed Component and transfer assembly are located at the two sides of rotating disc 2；

In use, starting first motor 1, first motor 1 drive rotating disc 2 to rotate, the rotation of rotating disc 2 drives the present embodiment Fixation kit 5 rotates, and when fixation kit 5 turns at conveying assembly 4, stops first motor 1, opens fixation kit 5, conveying Component of machine on component 4 enters in fixation kit 5, and then component of machine is fixed in fixation kit 5, has fixed First motor 1 is again turned on after, component of machine is rotated with rotating disc 2, when next fixation kit 5 turns to conveying assembly Stop the fixation that first motor 1 carries out component of machine at 4 again, so circulation carries out realizing the automatic solid of component of machine It is fixed；When the component of machine after fixation turns at removable chamfer angle component 6, stops first motor 1 and start the second motor 6.4, the second motor 6.4 drives chamfering abrasive wheel 6.5 to rotate, so that the both ends to cylindrical component carry out chamfering simultaneously；Chamfering is complete Cheng Hou starts first motor 1, and the cylindrical parts that first motor 1 drives chamfering to complete continue to rotate, and turns to discharge component When place, stop first motor 1, opens fixation kit 5, pushing component shifts cylindrical component on transfer assembly onto, transfer assembly Cylindrical component is transmitted to and is collected；Therefore, the present embodiment may be implemented the automatic fixation of component of machine, chamfering and unload Material, realizes the automatic chamfering of cylindrical component, saves artificial regular time and energy, provides labor efficiency, guarantees chamfering essence Degree；Meanwhile being rotated by rotating disc 2 and realizing that automatic fixation, chamfering and the discharging of component of machine carry out simultaneously, to realize machine The serialization work of the fixations of tool components, chamfering and discharging, chamfering efficiency are high；

In the present embodiment, applicable component of machine is cylindrical component, and the fixation of cylindrical component, chamfering and discharging are same Shi Jinhang；When needing to carry out chamfering to longer cylindrical component, start two-way hydraulic cylinder 6.1, two-way hydraulic cylinder 6.1 makes two The first telescopic rod of root 6.2 extends simultaneously, and the locomotive 6.3 that extends through of the first telescopic rod 6.2 drives chamfering abrasive wheel 6.5 to separate The direction of rotating disc 2 is mobile, to increase the distance between two chamfering abrasive wheels 6.5, and then realizes the cylinder to different length Shape part carries out chamfering, increases the scope of application of automatic chamfering device.

Embodiment 2

On the basis of embodiment 1, as shown in Figs. 1-5, the conveying assembly 4 includes inclination conveyer belt 4.1, inclination transmission Band 4.1 includes the first driving wheel 4.2 and the first driven wheel 4.3, and the is equipped between the first driving wheel 4.2 and the first driven wheel 4.3 One feed belt 4.4, first driving wheel 4.2 are connected with third motor 4.5, uniform on first feed belt 4.4 Equipped with several block baffles 4.6, placing groove 4.7 is formed between any two adjacent screen 4.6；

The present embodiment is in use, cylindrical component is placed in placing groove 4.7, starting third motor 4.5, third motor 4.5 drive the rotation of the first feed belt 4.4, so that placing groove 4.7 be driven to rotate, the rotation of placing groove 4.7 transports cylindrical component It moves inclination conveyer belt 4.1 top and falls into being fixed in fixation kit 5；Therefore, cylinder may be implemented in the present embodiment The automatic conveying of part, saves the time and efforts of artificial conveyance, improves labor efficiency；

In the present embodiment, the placement direction of cylindrical component is identical as the length direction of baffle 4.6, in cylindrical component The heart is parallel with the first feed belt 4.4 with the line at the center of baffle 4.6, to guarantee to extend fixation after cylindrical component is fixed The equal length at the both ends of component 5.

Embodiment 3

On the basis of embodiment 1-2, as shown in Figs. 1-5, the fixation kit 5 includes the first fixed plate 5.1, and first is solid Fixed board 5.1 is fixedly connected with 2 side wall of rotating disc, and the side wall of the first fixed plate 5.1 is fixedly connected with support frame 5.2, support frame 5.2 Top is equipped with the first pneumatic cylinder 5.3, and the output shaft of the first pneumatic cylinder 5.3 is connected with the second telescopic rod 5.4, the second telescopic rod 5.4 End is connected with the second fixed plate 5.5, and the opposite side of first fixed plate 5.1 and the second fixed plate 5.5 offers fixation Groove 5.6；It is located at the oblique upper of the first fixed plate 5.1 at the top of the inclination conveyer belt 4.1；

The present embodiment starts the first pneumatic cylinder 5.3 in use, when cylindrical component moves at the top of angled drive band, First pneumatic cylinder 5.3 drives the second telescopic rod 5.4 to shorten, and the second telescopic rod 5.4, which shortens, drives the second fixed plate 5.5 fortune upwards Dynamic, cylindrical component is fallen under the action of tilting conveyer belt 4.1 into the fixed groove 5.6 of the first fixed plate 5.1, works as cylinder After shape part is fallen into the fixed groove 5.6 of the first fixed plate 5.1, it is again started up the first pneumatic cylinder 5.3, the first pneumatic cylinder 5.3 drive the elongation of the second telescopic rod 5.4, and the elongation of the second telescopic rod 5.4 drives the second fixed plate 5.5 to move downward, until second The fixed groove 5.6 and part of fixed plate 5.5 are in close contact the fixation for then completing cylindrical component；Therefore, the present embodiment can be with Realize the automatic fixation of cylindrical component.

Embodiment 4

On the basis of embodiment 1-3, as shown in Figs. 1-5, the pushing component includes the second pneumatic cylinder 7, the second air pressure The output shaft of cylinder 7 is connected with third telescopic rod 8, and the end of third telescopic rod 8 is connected with pushing block 9；The transfer assembly includes water Flat conveyer belt 10, horizontal conveying belt 10 include the second driving wheel 10.1 and the second driven wheel 10.2, the second driving wheel 10.1 and the The second feed belt 10.3 is equipped between two driven wheels 10.2, second driving wheel 10.1 is connected with the 4th motor 10.4；Institute The both sides of the edge for stating the second feed belt 10.3 are equipped with several equally distributed blocks 10.5；The pushing block 9 is right against solid Determine component 5, one end of the horizontal conveying belt 10 is located at 5.1 lower section of the first fixed plate, the other end lower section of horizontal conveying belt 10 Equipped with storage box 11；

The present embodiment starts the first pneumatic cylinder in use, when the cylindrical component after chamfering moves at discharge component 5.3, the first pneumatic cylinder 5.3 drives the second telescopic rod 5.4 to shorten, and the second telescopic rod 5.4, which shortens, drives the second fixed plate 5.5 upwards Movement；Then start the second pneumatic cylinder 7, the second pneumatic cylinder 7 drives third telescopic rod 8 to extend, the process that third telescopic rod 8 extends The fixed groove 5.6 that cylindrical component releases the first fixed plate 5.1 is fallen to second by the pushing block 9 of middle 8 end of third telescopic rod On feed belt 10.3, start the 4th motor 10.4, the 4th motor 10.4 drives the rotation of the second feed belt 10.3, the second transmission The rotation of belt 10.3 drives cylindrical component mobile, so that it is stand-by into being collected in storage box 11 to fall cylindrical component；

In the present embodiment 10.3 both sides of the edge of the second feed belt be equipped with several equally distributed blocks 10.5 can be to prevent Only cylindrical component is fallen during mobile with the second feed belt 10.3.

Embodiment 5

On the basis of examples 1 to 4, as shown in Figs. 1-5, the automatic chamfering device further includes controller, in controller Equipped with timer, controller is equipped with regulation button and display screen；The first motor 1, the second motor 6.4, third motor 4.5, the 4th motor 10.4, the first pneumatic cylinder 5.3, the second pneumatic cylinder 7 and two-way hydraulic cylinder 6.1 are connect with controller signals；

The present embodiment realizes the automatic solid of part in use, the automatic operating of device may be implemented in the setting of controller Labour is saved in fixed, chamfering and discharging, improves working efficiency, guarantees chamfering precision.

It is as described above the embodiments of the present invention.Each preferred embodiment described previously for the utility model, Preferred embodiment in each preferred embodiment if not obvious contradictory or premised on a certain preferred embodiment, Each preferred embodiment can any stack combinations use, the design parameter in the embodiment and embodiment be only for The utility model verification process of clear statement utility model people, not to limit the scope of patent protection of the utility model, The scope of patent protection of the utility model is still subject to the claims, all specifications with the utility model and attached The variation of equivalent structure made by figure content, similarly should be included in the protection scope of the utility model.

Claims (7)

1. a kind of component of machine automatic chamfering device applied widely, including first motor (1), first motor (1) it is defeated It is connected on shaft rotating disc (2), is equipped with scrap collecting tank (3) below rotating disc (2), it is characterised in that:

Rotating disc (2) rear is equipped with conveying assembly (4), along the circumferencial direction of rotating disc (2) equipped with several on rotating disc (2) Group fixation kit (5), rotating disc (2) bottom are equipped with removable chamfer angle component (6) along the central symmetry of rotating disc (2), move Discharge component is equipped on the outside of chamfer angle component (6)；The removable chamfer angle component (6) includes two-way hydraulic cylinder (6.1), bidirectional hydraulic Two output shafts of cylinder (6.1) are respectively connected with the first telescopic rod (6.2), and the end of the first telescopic rod (6.2) is connected with locomotive (6.3), it is fixed with the second motor (6.4) at the top of locomotive (6.3), the output shaft of the second motor (6.4) is connected with chamfering abrasive wheel (6.5)；The discharge component includes pushing component and transfer assembly, and pushing component and transfer assembly are located at rotating disc (2) Two sides.

2. one kind according to claim 1 component of machine automatic chamfering device applied widely, it is characterised in that: institute Stating conveying assembly (4) includes inclination conveyer belt (4.1), and inclination conveyer belt (4.1) includes that the first driving wheel (4.2) and first are driven It takes turns (4.3), is equipped with the first feed belt (4.4) between the first driving wheel (4.2) and the first driven wheel (4.3), described first is main Driving wheel (4.2) is connected with third motor (4.5), and several block baffles are uniformly equipped on first feed belt (4.4) (4.6), placing groove (4.7) are formed between any two adjacent screen (4.6).

3. one kind according to claim 2 component of machine automatic chamfering device applied widely, it is characterised in that: institute Stating fixation kit (5) includes the first fixed plate (5.1), and the first fixed plate (5.1) is fixedly connected with rotating disc (2) side wall, and first The side wall of fixed plate (5.1) is fixedly connected with support frame (5.2), is equipped with the first pneumatic cylinder (5.3) at the top of support frame (5.2), the The output shaft of one pneumatic cylinder (5.3) is connected with the second telescopic rod (5.4), and it is fixed that the second telescopic rod (5.4) end is connected with second The opposite side of plate (5.5), first fixed plate (5.1) and the second fixed plate (5.5) offers fixed groove (5.6)；Institute State the oblique upper for being located at the first fixed plate (5.1) at the top of inclination conveyer belt (4.1).

4. one kind according to claim 1 component of machine automatic chamfering device applied widely, it is characterised in that: institute Stating pushing component includes the second pneumatic cylinder (7), and the output shaft of the second pneumatic cylinder (7) is connected with third telescopic rod (8), and third is flexible The end of bar (8) is connected with pushing block (9)；The transfer assembly includes horizontal conveying belt (10), and horizontal conveying belt (10) includes the Two driving wheels (10.1) and the second driven wheel (10.2) are equipped with the between the second driving wheel (10.1) and the second driven wheel (10.2) Two feed belts (10.3), second driving wheel (10.1) are connected with the 4th motor (10.4)；Second feed belt (10.3) both sides of the edge are equipped with several equally distributed blocks (10.5).

5. one kind according to claim 3 component of machine automatic chamfering device applied widely, it is characterised in that: two The opposite side of a chamfering abrasive wheel (6.5) offers chamfering notch (6.6), and chamfering notch (6.6) is right against rotating disc (2).

6. one kind according to claim 4 component of machine automatic chamfering device applied widely, it is characterised in that: institute It states pushing block (9) to be right against fixation kit (5), one end of the horizontal conveying belt (10) is located at below the first fixed plate (5.1), water Storage box (11) are equipped with below the other end of flat conveyer belt (10).

7. one kind according to claim 4 component of machine automatic chamfering device applied widely, it is characterised in that: institute Stating automatic chamfering device further includes controller, and timer is equipped in controller, and controller is equipped with regulation button and display screen；Institute It states first motor (1), the second motor (6.4), third motor (4.5), the 4th motor (10.4), the first pneumatic cylinder (5.3), second Pneumatic cylinder (7) and two-way hydraulic cylinder (6.1) are connect with controller signals.