CN211867349U

CN211867349U - Deburring, chamfering and wire drawing compound machine

Info

Publication number: CN211867349U
Application number: CN202020092833.6U
Authority: CN
Inventors: 曹明星
Original assignee: Suzhou Shinetek Grinding Technology Co ltd
Current assignee: Suzhou Shinetek Grinding Technology Co ltd
Priority date: 2020-01-16
Filing date: 2020-01-16
Publication date: 2020-11-06
Anticipated expiration: 2030-01-16

Abstract

The utility model discloses a deburring, chamfering and wire drawing compound machine, which comprises an equipment frame, a frame shell, a conveying platform arranged on the equipment frame, a deburring mechanism, a chamfering mechanism and a wire drawing mechanism which are arranged above the conveying platform, and a deburring lifting mechanism, a chamfering lifting mechanism and a wire drawing lifting mechanism which are respectively used for controlling the lifting of the deburring mechanism, the chamfering mechanism and the wire drawing mechanism; the device is characterized in that the deburring mechanism, the chamfering mechanism and the wire drawing mechanism are arranged above the conveying platform side by side in sequence, and the arrangement sequence of the deburring mechanism, the chamfering mechanism and the wire drawing mechanism is consistent with the running direction of the conveying platform; the utility model discloses fuse burring, chamfer and wire drawing technology on an equipment to can freely adjust the height, the free choice processing technology.

Description

Deburring, chamfering and wire drawing compound machine

Technical Field

The utility model relates to a burring chamfer wire drawing compounding machine.

Background

In the processing of some metal products and metal workpieces, deburring, chamfering and wire drawing treatment are generally required to ensure that the appearance, the surface finish and the like of the metal products or the metal workpieces meet the requirements; the common deburring machine, chamfering machine and wire drawing machine are widely used, but only single equipment is available in the market at present, metal products or metal workpieces need to be manually conveyed among the deburring machine, the chamfering machine and the wire drawing machine in the machining process, and the lifting adjustment of the conveying platform or the deburring, chamfering and wire drawing mechanisms is needed to be respectively carried out before the platform equipment works so as to adapt to the products or workpieces with different thicknesses and shapes, so that the time and labor are wasted, the labor is greatly wasted, and a plurality of pieces of equipment occupy very much space; therefore, a deburring and chamfering wire drawing compound machine which can integrate deburring, chamfering and wire drawing processes on one device, can freely adjust the height and can freely select the machining process is in urgent need in the industry.

Disclosure of Invention

The utility model discloses the purpose is: the deburring and chamfering wire drawing compound machine integrates deburring, chamfering and wire drawing processes on one device, can freely adjust the height and can freely select the machining process.

The technical scheme of the utility model is that: a deburring, chamfering and wire drawing compound machine comprises an equipment rack, a rack shell, a conveying platform arranged on the equipment rack, a deburring mechanism, a chamfering mechanism and a wire drawing mechanism which are arranged above the conveying platform, and a deburring lifting mechanism, a chamfering lifting mechanism and a wire drawing lifting mechanism which are respectively used for controlling the deburring mechanism, the chamfering mechanism and the wire drawing mechanism to lift; the automatic wire drawing machine is characterized in that the deburring mechanism, the chamfering mechanism and the wire drawing mechanism are arranged above the conveying platform side by side in sequence, and the placing sequence of the deburring mechanism, the chamfering mechanism and the wire drawing mechanism is consistent with the running direction of the conveying platform.

Furthermore, the deburring mechanism comprises a deburring support, a deburring abrasive belt, a deburring contact roller for winding and fixing the deburring abrasive belt, a deburring tensioning roller for tensioning the deburring abrasive belt, a deburring driving motor for driving the deburring contact roller and the deburring abrasive belt to rotate and be located below the deburring support and in the equipment rack, and further comprises a deburring compression roller.

Furthermore, the chamfering mechanism comprises a chamfering rack, a universal rotating rolling brush and a chamfering driving mechanism which is used for driving the rolling brush to rotate and turn and is positioned below the chamfering rack and in the equipment rack.

Furthermore, the wire drawing mechanism comprises a wire drawing support, a wire drawing abrasive belt, a wire drawing contact roller for winding and fixing the wire drawing abrasive belt, a wire drawing tensioning roller for tensioning the abrasive belt, a wire drawing driving motor for driving the wire drawing contact roller and the wire drawing abrasive belt to rotate, and a wire drawing compression roller, wherein the wire drawing driving motor is positioned below the wire drawing support and in the equipment rack.

Further, burring elevating system includes burring lifting support, burring lift branch, burring lift unit group, burring lift gear motor, the burring mechanism below position of equipment frame is equipped with the vertical through-hole that supplies burring lift branch to wear to establish, the burring lift unit group includes transmission, the gear that links to each other with transmission, with gear connection's scroll bar, the turbine that the cooperation worm used, the guide arm and the lift shell that link to each other with the scroll bar.

Further, chamfer elevating system includes chamfer lifting support, chamfer lift unit group, chamfer lift gear motor, chamfer lift unit group includes the guide arm that worm, the turbine that the cooperation worm used, link to each other with the worm.

Further, wire drawing elevating system includes wire drawing lifting support, wire drawing lift branch, wire drawing lift unit group, wire drawing lift gear motor, the wire drawing mechanism below position of equipment rack is equipped with the vertical through-hole that supplies wire drawing lift branch to wear to establish, wire drawing lift unit group includes transmission, the gear that links to each other with transmission, with gear connection's scroll bar, the turbine that the cooperation scroll bar used, the guide arm and the lift shell that link to each other with the scroll bar.

Furthermore, the rack shell is provided with an electric control cabinet, and a controller is arranged in the electric control cabinet. The controller is electrically connected with the deburring driving motor, the chamfering driving motor, the wire drawing driving motor, the deburring lifting gear motor, the chamfering lifting gear motor, the wire drawing lifting gear motor and the platform conveying motor.

Further, the belt of the belt conveying platform is driven by a platform conveying motor through a belt wheel driving mechanism.

In the utility model, the contact roller of the deburring mechanism is a high-hardness grinding roller, and the abrasive belt is a coarse-grained abrasive belt; the rolling brush of the chamfering mechanism is a gauze strip; the contact roller of the wire drawing mechanism is a low-hardness grinding roller, and the abrasive belt of the wire drawing mechanism is a fine-grained abrasive belt.

The utility model has the advantages that:

(1) the utility model discloses in, with burring mechanism, chamfer mechanism and wire drawing mechanism according to transport platform traffic direction order subsection, can realize the utility model discloses once carry out the processing of burring, chamfer, wire drawing to a product.

(2) The utility model discloses in, conveying platform is a whole, and same conveying platform top is located to deburring mechanism, chamfer mechanism, wire drawing mechanism promptly, is the small-size assembly line equipment of an integral type.

(3) The utility model discloses in, all be equipped with the elevating system that can independent control on burring mechanism, chamfer mechanism and wire drawing mechanism, can adjust short silk and long filament mechanism through automatically controlled cabinet according to the size of different work pieces not only, can also select corresponding one kind or multiple wire drawing technology according to the technology needs.

(4) The utility model discloses equipment rack and conveying platform of below are fixed, and its inner space can be put into the drive arrangement of burring, chamfer, wire drawing mechanism and burring, chamfer, wire drawing elevating system's gear motor, further save space, have solved the too wide or too high problem of equipment that causes at the side or the top of locating whole equipment with drive arrangement and motor.

(5) The utility model discloses in, be equipped with the panel beating shell, when placing outside dust entering equipment and influencing work piece processing, also prevented that the raise dust or the metal debris that add man-hour from splashing, cause the pollution to operational environment, can also be fine play right the utility model discloses a guard action.

(6) The utility model discloses in, the controller in the automatically controlled cabinet controls the lift of burring mechanism, chamfer mechanism, wire drawing mechanism respectively, and every mechanism all is equipped with four group's lift unit groups of rectangle subsection, all is equipped with transmission between the four group's lift unit groups that burring mechanism or chamfer mechanism or wire drawing mechanism are connected, when further having improved the precision of equipment height, has guaranteed again the utility model discloses a stability of burring mechanism, chamfer mechanism and wire drawing mechanism when going up and down.

Drawings

The invention will be further described with reference to the following drawings and examples:

fig. 1 is a perspective view of the utility model after hiding the housing of the rack;

fig. 2 is a rear view of the utility model with the rack housing hidden;

fig. 3 is a perspective view of the present invention.

Wherein: 1. an equipment rack; 2. a conveying platform; 21. a platform conveying motor; 3. a deburring mechanism; 31. a deburring bracket; 32. deburring an abrasive belt; 33. deburring the contact roller; 34. a deburring tensioning roller; 35. a deburring driving motor; 36. deburring press rolls; 3a, deburring a lifting support; 3b, deburring the lifting support rod; 3c, deburring the elevator unit group; 3d, deburring the lifting gear motor; 301. a first deburring elevator unit group; 302. a second deburring elevator unit group; 303. a third deburring elevator unit group; 304. a fourth deburring elevator unit group; 305. a first deburring roller chain; 306. a second deburring roller chain; 307. a first deburring transmission shaft; 308. a second deburring transmission shaft; 4. a chamfering mechanism; 41. chamfering the frame; 42. rolling and brushing; 4a, chamfering the lifting bracket; 4b, chamfering elevator unit group; 5. a wire drawing mechanism; 51. a wire drawing bracket; 52. drawing a wire and sanding belt; 53. drawing a wire to contact the roller; 54. drawing and tensioning rollers; 55. a wire drawing driving motor; 56. drawing a wire and pressing a roller; 5a, drawing a wire lifting support; 5b, drawing a wire and lifting a supporting rod; 5c, a wire drawing elevator unit group; 5d, drawing a wire, lifting and reducing a motor; 501. a first wire drawing elevator unit group; 502. a second wire drawing elevator unit group; 505. a third wire drawing elevator unit group; 504. a wire drawing elevator unit group IV; 505. drawing a first roller chain; 506. drawing a wire roller chain II; 507. drawing a first transmission shaft; 508. drawing a wire and driving a shaft II; 6. a rack housing; 7. an electric control cabinet.

Detailed Description

Example (b): the following description is made in conjunction with fig. 1 to 3 for a specific embodiment of a deburring, chamfering and wire drawing compound machine provided by the present invention as follows:

a deburring, chamfering and wire drawing compound machine is composed of an equipment rack 1, a rack shell 6, a conveying platform 2 arranged on the equipment rack 1, a deburring mechanism 3, a chamfering mechanism 4 and a wire drawing mechanism 5 which are positioned above the conveying platform 2, a deburring lifting mechanism, a chamfering lifting mechanism and a wire drawing lifting mechanism which are used for controlling the lifting of the deburring mechanism 3, the chamfering mechanism 4 and the wire drawing mechanism 5, and an electric control cabinet 7 arranged on the equipment rack 1; the deburring mechanism 3, the chamfering mechanism 4 and the wire drawing mechanism 5 are sequentially arranged above the conveying platform 2 side by side, and the placing sequence of the deburring mechanism is consistent with the running direction of the conveying platform 2.

As shown in fig. 1 and 2, the deburring mechanism 3 is provided with a deburring holder 31, a deburring belt 32, a deburring contact roller 33 for winding and fixing the deburring belt 32, a deburring tension roller 34 for tensioning the deburring belt 32, a deburring drive motor 35 for driving the deburring contact roller 33 and the deburring belt 32 to rotate and located below the deburring holder 31 in the equipment chassis 1, and a deburring pressure roller 36.

As shown in fig. 1 and 2, the chamfering mechanism 4 is provided with a chamfering frame 41, a universally rotatable rolling brush 42, and a chamfering driving mechanism for driving the rolling brush 42 to rotate and turn and located below the chamfering frame 41 and inside the equipment frame 1.

As shown in fig. 1 and 2, the drawing mechanism 5 is provided with a drawing support 51, a drawing abrasive belt 52, a drawing contact roller 53 for winding and fixing the drawing abrasive belt 52, a drawing tension roller 54 for tensioning the drawing abrasive belt 52, a drawing drive motor 55 for driving the drawing contact roller 53 and the drawing abrasive belt 52 to rotate and located below the drawing support 51 and in the equipment rack 1, and a drawing press roller 56.

As shown in fig. 1 and 2, the deburring lifting mechanism is composed of a deburring lifting support 3a, a deburring lifting support rod 3b, a deburring lifting machine unit group 3c and a deburring lifting speed reduction motor 3d, a vertical through hole for the deburring lifting support rod 3b to penetrate is formed in the position below the deburring mechanism 3 of the equipment rack 1, and the deburring lifting machine unit group 3c is composed of a transmission device, a gear connected with the transmission device, a worm connected with the gear, a turbine used in cooperation with the worm, a guide rod connected with the worm and a lifting shell.

Typically, with reference to fig. 1 and 2, the deburring lift unit sets 3c are four, and the deburring lift support rods 3b of each deburring lift unit set 3c penetrate through the corresponding vertical through holes on the equipment rack 1 and below the deburring mechanism 3 and are fixed on the deburring lift support 3 a; the transmission device comprises two deburring roller chains and two deburring transmission shafts; here we respectively name four groups of deburring elevator units 3 c: the deburring elevator unit group I301, the deburring elevator unit group II 302, the deburring elevator unit group III 303 and the deburring elevator unit group IV 304; the two deburring roller chains are named as a first deburring roller chain 305 and a second deburring roller chain 306 respectively; two deburring transmission shafts are respectively named as: a first deburring transmission shaft 307 and a second deburring transmission shaft 308; wherein, the output wheel of the deburring lifting gear motor 3d and the gear on the worm wheel of the deburring lifting unit group I301 are respectively connected by the deburring roller chain I305, then the worm wheel of the deburring lifting unit group I301 is mutually matched with the worm wheel and the guide rod to enable the deburring lifting unit group I301 to move up and down, wherein the worm wheel of the deburring lifting unit group I301 is connected with the worm wheel of the deburring lifting unit group II 302 through the deburring transmission shaft I307, the deburring lifting unit group II 302 is enabled to move up and down in the same way, the worm wheel of the deburring lifting unit group II 302 is also provided with the gear, the deburring roller chain II 306 is connected with the gear on the worm wheel of the deburring lifting unit group III 303, the deburring lifting unit group III 303 is enabled to move up and down in the same way, the worm wheel of the deburring lifting unit group III 303 is connected with the worm wheel of the deburring lifting unit group IV 304 through the deburring transmission shaft II 308 In the same way, the deburring lifter unit group IV 304 makes lifting movement; thereby make four group's burring lift unit groups 3c can go up and down in step, guarantee the stability of burring mechanism 3 when the operation, also further improved the accurate control of lifting height.

As shown in fig. 1, the chamfering lifting mechanism is composed of a chamfering lifting bracket 4a, a chamfering lifter unit group 4b and a chamfering lifting speed reduction motor, and the chamfering lifter unit group 4b is composed of a worm, a worm wheel matched with the worm, and a guide rod connected with the worm.

Typically, referring to fig. 1 and 2, the chamfering elevator unit groups 4b are four groups, the chamfering elevator supports 4a are two elongated supports, one end of the scroll bars of each two chamfering elevator unit groups 4b is fixed to the chamfering frame 41, the other end of the scroll bars is connected to two ends of one chamfering elevator support 4a, the two chamfering elevator supports 4a are arranged side by side at intervals, the chamfering elevator unit groups 4b are erected on the chamfering frame 41 through the four chamfering elevator unit groups 4b arranged in a rectangular shape, and the four chamfering elevator unit groups 4b are respectively connected to the chamfering elevator deceleration motor; the chamfering mechanism 4 is suspended on two chamfering lifting brackets 4a, four chamfering lifting machine unit groups 4b are controlled by an electric control cabinet to synchronously lift, and because the volume and the weight of the chamfering mechanism are larger than those of the deburring mechanism 3 and the wire drawing mechanism 5, the chamfering lifting machine unit groups 4b are not provided with a transmission device and are respectively connected with a chamfering lifting speed reduction motor, so that the stability and the accurate control of the lifting height of the chamfering mechanism 4 during operation are ensured.

As shown in fig. 1 and 2, the wire drawing lifting mechanism is composed of a wire drawing lifting support 5a, a wire drawing lifting support rod 5b, a wire drawing lifting unit group 5c and a wire drawing lifting speed reduction motor 5d, a vertical through hole for the wire drawing lifting support rod 5b to penetrate is formed in the position below the wire drawing mechanism 5 of the equipment rack 1, and the wire drawing lifting unit group 5b is composed of a transmission device, a gear connected with the transmission device, a scroll rod connected with the gear, a turbine used by matching with the scroll rod, a guide rod connected with the scroll rod and a lifting shell.

Typically, with reference to fig. 1 and 2, the wire drawing elevator unit groups 5c are four groups, and the wire drawing lifting support rods 5b of each wire drawing elevator unit group 5c penetrate through the corresponding vertical through holes on the equipment rack 1 and below the wire drawing mechanism 5 and are fixed on the wire drawing lifting support 5 a; the transmission device comprises two wire drawing roller chains and two wire drawing transmission shafts; here, we respectively name the four groups of drawing elevators 5c units as: a first wire drawing elevator unit group 501, a second wire drawing elevator unit group 502, a third wire drawing elevator unit group 503 and a fourth wire drawing elevator unit group 504; the two wire drawing roller chains are named as a first wire drawing roller chain 505 and a second wire drawing roller chain 506 respectively; two wire drawing transmission shafts are respectively named as: a first wire drawing transmission shaft 507 and a second wire drawing transmission shaft 508; wherein, the first wire drawing roller chain 505 is respectively connected with an output wheel of a wire drawing lifting gear motor 5d and a gear on a worm wheel of a first wire drawing lifting unit group 501, then the worm wheel of the first wire drawing lifting unit group 501 is matched with a worm wheel and a guide rod to enable the first wire drawing lifting unit group 501 to do lifting motion, wherein the worm wheel of the first wire drawing lifting unit group 501 is connected with the worm wheel of a second wire drawing lifting unit group 502 through a first wire drawing transmission shaft 507, the second wire drawing lifting unit group 502 is enabled to do lifting motion in the same way, the worm wheel of the second wire drawing lifting unit group 502 is also provided with a gear and is connected with the gear on the worm wheel of a third wire drawing lifting unit group 503 through a second wire drawing roller chain 506, the third wire drawing lifting unit group 503 is enabled to do lifting motion in the same way, the worm wheel of the third wire drawing lifting unit group 503 is connected with the worm wheel of the fourth wire drawing lifting unit group 504 through a second wire drawing transmission, in the same way, the drawing lifter unit group IV 504 makes lifting movement; therefore, the four groups of wire drawing elevator unit groups 5c can be lifted synchronously, the stability of the wire drawing mechanism 5 in operation is ensured, and the accurate control of the lifting height is further improved.

As shown in fig. 3, the rack housing 6 is provided with an electric control cabinet 7, and a controller is arranged in the electric control cabinet 7 and is electrically connected with the deburring driving motor 35, the chamfering driving motor, the wire drawing driving motor 55, the deburring lifting gear motor 3d, the chamfering lifting gear motor, the wire drawing lifting gear motor 5d and the platform conveying motor 21.

As shown in fig. 1 and 2, the conveying platform 2 is a belt conveying platform, and a belt of the belt conveying platform is driven by a platform conveying motor 21 through a belt wheel driving mechanism.

In the embodiment, the deburring contact roller 33 of the deburring mechanism 3 is a high-hardness grinding roller, and the abrasive belt is a coarse-grained abrasive belt; the rolling brush 42 of the chamfering mechanism 4 is a gauze strip; the wire drawing contact roller 53 of the wire drawing mechanism 5 is a low-hardness grinding roller, and the wire drawing abrasive belt 52 is a fine-grained abrasive belt.

In actual use, the heights of the three mechanisms are adjusted by controlling the lifting speed reducing motors through the controller so as to adapt to the operation heights required by workpiece products with different sizes, and the heights and the switches of the three mechanisms can be respectively controlled, so that the processing technology can be freely selected according to requirements; in addition, a driving motor and a lifting speed reducing motor can be placed inside the lower portion of the equipment rack 1, and other position spaces do not need to be occupied.

The above-mentioned embodiments are only for illustrating the technical concept and features of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and to implement the present invention, which should not be construed as limiting the scope of the present invention. All modifications made according to the spirit of the main technical scheme of the present invention shall be covered within the protection scope of the present invention.

Claims

1. A deburring, chamfering and wire drawing compound machine comprises an equipment rack (1), a rack shell (6), a conveying platform (2) arranged on the equipment rack (1), a deburring mechanism (3), a chamfering mechanism (4) and a wire drawing mechanism (5) which are positioned above the conveying platform (2), and a deburring lifting mechanism, a chamfering lifting mechanism and a wire drawing lifting mechanism which are respectively used for controlling the deburring mechanism (3), the chamfering mechanism (4) and the wire drawing mechanism (5) to lift; the device is characterized in that the deburring mechanism (3), the chamfering mechanism (4) and the wire drawing mechanism (5) are sequentially arranged above the conveying platform (2) side by side, and the placing sequence of the deburring mechanism, the chamfering mechanism and the wire drawing mechanism is consistent with the running direction of the conveying platform (2).

2. A deburring, chamfering and wire drawing compound machine according to claim 1 characterized in that the deburring mechanism (3) comprises a deburring holder (31), a deburring belt (32), a deburring contact roller (33) for winding and fixing the deburring belt (32), a deburring tensioning roller (34) for tensioning the deburring belt (32), a deburring driving motor (35) for driving the deburring contact roller (33) and the deburring belt (32) to rotate and located in the equipment frame (1) below the deburring holder (31), and a deburring press roller (36).

3. The deburring and chamfering composite machine according to claim 1, characterized in that the chamfering mechanism (4) comprises a chamfering frame (41), a universal rotating rolling brush (42), and a chamfering driving motor which is used for driving the rolling brush (42) to rotate and turn and is positioned below the chamfering frame (41) and in the equipment frame (1).

4. The deburring and chamfering wiredrawing compound machine according to claim 1 is characterized in that the wiredrawing mechanism (5) comprises a wiredrawing support (51), a wiredrawing abrasive belt (52), a wiredrawing contact roller (53) used for winding and fixing the wiredrawing abrasive belt (52), a wiredrawing tensioning roller (54) used for tensioning the wiredrawing abrasive belt (52), a wiredrawing driving motor (55) which is used for driving the wiredrawing contact roller (53) and the wiredrawing abrasive belt (52) to rotate and is positioned below the wiredrawing support (51) and in the equipment frame (1), and further comprises a wiredrawing compression roller (56).

5. The deburring, chamfering and wire drawing compound machine according to claim 1, wherein the deburring lifting mechanism comprises a deburring lifting support (3 a), a deburring lifting support rod (3 b), a deburring lifting machine unit group (3 c) and a deburring lifting speed reduction motor (3 d), a vertical through hole for the deburring lifting support rod (3 b) to penetrate through is formed in the position below the deburring mechanism (3) of the equipment rack (1), and the deburring lifting machine unit group (3 c) comprises a transmission device, a gear connected with the transmission device, a worm rod connected with the gear, a turbine matched with the worm, a guide rod connected with the worm rod and a lifting shell.

6. The deburring, chamfering and wire drawing compound machine according to claim 1, wherein the chamfering lifting mechanism comprises a chamfering lifting bracket (4 a), a chamfering lifting unit group (4 b) and a chamfering lifting speed reduction motor; the chamfering elevator unit group (4 b) comprises a worm, a turbine matched with the worm and a guide rod connected with the worm.

7. The deburring and chamfering wire drawing compound machine according to claim 1, wherein the wire drawing lifting mechanism comprises a wire drawing lifting support (5 a), a wire drawing lifting support rod (5 b), a wire drawing lifting machine unit group (5 c) and a wire drawing lifting speed reduction motor (5 d), a vertical through hole for the wire drawing lifting support rod (5 b) to penetrate is formed below the wire drawing mechanism (5) of the equipment rack (1), and the wire drawing lifting machine unit group (5 c) comprises a transmission device, a gear connected with the transmission device, a worm connected with the gear, a worm used by matching with the worm, a guide rod connected with the worm and a lifting shell.

8. A deburring, chamfering and wire drawing compound machine as claimed in claim 1, characterized in that the rack housing (6) is provided with an electric control cabinet (7), and a controller is arranged in the electric control cabinet (7).

9. The de-burring, chamfering and wire drawing compound machine as claimed in claim 1, characterized in that the conveying platform (2) is a belt conveying platform, the belt of which is driven by a platform conveying motor (21) through a belt wheel driving mechanism.