阅读说明：本技术 一种用于飞轮外壳加工输送机构的升降式驱动打磨机 (Lifting type driving grinding machine for flywheel shell processing and conveying mechanism ) 是由 周平 于东生 黄健 马金柱 于 2021-09-17 设计创作，主要内容包括：本发明涉及飞轮壳加工生产技术领域,尤其是一种用于飞轮外壳加工输送机构的升降式驱动打磨机,包括内置电动输送机构的主输送机架、电动液压撑杆、驱动电机和红外监测开关。本发明的一种用于飞轮外壳加工输送机构的升降式驱动打磨机将打磨装置集成在输送机构内部,通过红外监测开关控制,操作简单,整个装置集成化程度和空间利用率大大提升；通过电动液压撑杆带动控制翻转式驱动打磨装置在电动输送机构内部翻转,从而同步对飞轮外壳内、外壁进行打磨,使其在输送过程中完成,生产效率大大提升；翻转式驱动打磨装置通过电动液压撑杆控制翻转,然后利用驱动电机同步带动纵置打磨筒和纵置驱动筒运行,驱动效率大大提升。(The invention relates to the technical field of flywheel shell processing production, in particular to a lifting type driving grinding machine for a flywheel shell processing and conveying mechanism. According to the lifting type driving polisher for the flywheel shell machining and conveying mechanism, the polishing device is integrated in the conveying mechanism and is controlled by the infrared monitoring switch, the operation is simple, and the integration degree and the space utilization rate of the whole device are greatly improved; the electric hydraulic support rod drives the turnover driving grinding device to turn over in the electric conveying mechanism, so that the inner wall and the outer wall of the flywheel shell are ground synchronously, the flywheel shell is conveyed, and the production efficiency is greatly improved; the turnover type driving grinding device controls turnover through the electric hydraulic supporting rod, then the driving motor is used for synchronously driving the longitudinal grinding cylinder and the longitudinal driving cylinder to operate, and driving efficiency is greatly improved.)

1. The utility model provides a over-and-under type drive polisher for flywheel shell processing conveying mechanism, includes built-in electronic conveying mechanism's main conveyer frame (1), electronic hydraulic pressure vaulting pole (2), driving motor (3) and infrared monitoring switch (4), characterized by: main conveyer frame (1) upper surface set up overhead conveying groove (5) that are used for installing electronic conveying mechanism, overhead driving groove (5) medial surface on the bolt fastening have side direction installation mount (6) that are used for installing electronic hydraulic pressure vaulting pole (2), electronic hydraulic pressure vaulting pole (2) upper end telescopic link on the activity be equipped with by driving motor (3) control's convertible drive grinding device, overhead driving groove (5) medial surface be located overhead electronic conveying mechanism top bolt fastening have overhead installing support (7) that are used for installing infrared monitoring switch (4).

2. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 1, wherein: the electric conveying mechanism comprises a side-mounted main motor (8) fixed on the outer side face of a main conveyor frame (1) through bolts, a main driving roller (9) arranged in an overhead transmission groove (5), an auxiliary driven roller (10) movably assembled in the overhead transmission groove (5) through a side rotating shaft, a driving chain (11) movably sleeved on the main driving roller (9) and the auxiliary driven roller (10), an internal assembly rod (12) fixed on the inner side face of the driving chain (11) and a turnover type bottom supporting plate (13) movably sleeved outside the internal assembly rod (12).

3. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 1, wherein: convertible drive grinding device include main frame (14) on electronic hydraulic pressure vaulting pole (2) upper end telescopic link, elasticity assembly at inside assembly frame (15) of main frame (14) inside, through top pivot movable mounting in indulge of inside assembly frame (15) one side put a grinding section of thick bamboo (16), through top pivot movable mounting in indulging of inside assembly frame (15) opposite side put driving cylinder (17), fix driving motor mounting box (18) on inside assembly frame (15) top and be used for the transmission to connect indulge put a grinding section of thick bamboo (16), indulge transmission gear box (19) of putting driving cylinder (17) and driving motor (3).

4. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 1, wherein: the lower surface of the main conveyor frame (1) is provided with a bottom dust collecting groove (21) internally provided with a detachable dust collecting box (20).

5. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 4, wherein: the inner side surface of the detachable dust collecting box (20) is fixedly connected with a dust shaking-off plate (22) at the opening position of the upper end.

6. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 3, wherein: the inner side surface of the overhead conveying groove (5) is positioned in the electric conveying mechanism, a lateral movable mounting support (23) for movably mounting a main frame (14) is fixed through bolts, and the main frame (14) is connected with the lateral movable mounting support (23) through an integrated arc-shaped mounting support (24).

7. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 3, wherein: the overhead conveying groove (5) is positioned on the inner wall of the lateral movable mounting bracket (23) on the same side and is provided with an arc lateral extrusion transition groove (26) internally provided with an elastic telescopic grinding block (25).

8. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 3, wherein: circular assembly through holes are formed in two ends of the interior of the main frame (14), the internal assembly frame (15) is inserted into the circular assembly through holes through rotating shafts on two sides and movably connected with the main frame (14), and the internal assembly frame (15) is elastically connected with the main frame (14) through a metal reset elastic sheet (27).

9. The lift-type driven sander for a flywheel housing machining conveyor as set forth in claim 7, wherein: arc side direction extrusion cross aqueduct (26) medial surface middle part offer be used for cooperating flexible sanding block (25) flexible inboard flexible recess (28), inboard flexible recess (28) medial surface and flexible sanding block (25) between through inside extrusion spring (29) elastic connection.

Technical Field

The invention relates to the technical field of flywheel shell processing production, in particular to a lifting type driving grinding machine for a flywheel shell processing and conveying mechanism.

Background

The flywheel shell is a container for mounting a gearbox and a clutch, the clutch assembly is fixed on the rear plane of the flywheel through screws, and an output shaft of the clutch is an input shaft of the gearbox.

Clutches are common components in mechanical transmissions, and allow the transmission to be disengaged or engaged at any time.

Traditional bell housing is in processing production transportation process, in order to promote the machining precision of bell housing, needs artifical or the refiner operation of polishing to the bell housing inner wall, and artifical or refiner need independently operate in the transmission equipment outside, can't the direct operation when carrying, leads to wasting time and energy, and production efficiency is not high, still need occupy a large amount of construction sites, and space utilization is not high.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: in order to solve the problem that exists among the above-mentioned background art, provide a modified an over-and-under type drive polisher that is used for flywheel shell processing conveying mechanism, solve traditional flywheel shell and in processing production conveying process, need artifical or refiner to the flywheel shell inner wall operation of polishing, unable direct operation when carrying leads to wasting time and energy, production efficiency is not high, still need occupy a large amount of construction sites, problem that space utilization is not high.

The technical scheme adopted by the invention for solving the technical problems is as follows: the utility model provides an over-and-under type drive polisher for flywheel shell processing conveying mechanism, includes built-in electric conveying mechanism's main conveyer frame, electronic hydraulic pressure vaulting pole, driving motor and infrared monitoring switch, main conveyer frame upper surface set up the overhead conveyer trough that is used for installing electronic conveying mechanism, overhead driving groove medial surface on the bolt fastening have the side direction installation mount that is used for installing electronic hydraulic pressure vaulting pole, electronic hydraulic pressure vaulting pole upper end telescopic link on the activity be equipped with by driving motor control's convertible drive grinding device, overhead driving groove medial surface be located electronic conveying mechanism top bolt fastening have the overhead installing support that is used for installing infrared monitoring switch.

The electric conveying mechanism comprises a side main motor fixed on the outer side face of a main conveyor frame through a bolt, a main driving roller arranged in an overhead transmission groove, an auxiliary driven roller movably assembled in the overhead transmission groove through a side rotating shaft, a driving chain movably sleeved on the main driving roller and the auxiliary driven roller, an internal assembly rod fixed on the inner side face of the driving chain and a turnover bottom support plate movably sleeved on the outer side of the internal assembly rod.

Convertible drive grinding device include the main frame of movable mounting on electronic hydraulic pressure vaulting pole upper end telescopic link, the inside assembly frame of elasticity assembly in the main frame inside, through top pivot movable mounting in indulging of inside assembly frame one side put the section of thick bamboo of polishing, through top pivot movable mounting in indulging of inside assembly frame opposite side put the driving cylinder, fix the driving motor mounting box on inside assembly frame top and be used for the transmission to connect to indulge and put the section of thick bamboo of polishing, indulge the transmission gear box of putting driving cylinder and driving motor.

The lower surface of the main conveyor frame is provided with a bottom dust collecting groove with a built-in detachable dust collecting box.

The inner side surface of the detachable dust collecting box is fixedly connected with a dust shaking and removing plate at the opening position of the upper end.

The inner side surface of the overhead conveying groove is positioned in the electric conveying mechanism, a lateral movable mounting support for movably mounting a main frame is fixed by bolts, and the main frame is connected with the lateral movable mounting support through an integrated arc mounting support.

The overhead conveying groove is provided with an arc-shaped lateral extrusion transition groove internally provided with an elastic telescopic grinding block on the inner wall of the lateral movable mounting bracket on the same side.

The internal assembling frame is movably connected with the main frame through rotating shafts on two sides, and the internal assembling frame is elastically connected with the main frame through a metal resetting elastic sheet.

The middle part of the inner side surface of the arc lateral extrusion transition groove is provided with an inner side telescopic groove used for matching with the elastic telescopic grinding block to stretch, and the inner side surface of the inner side telescopic groove is elastically connected with the elastic telescopic grinding block through an inner extrusion spring.

The invention has the beneficial effects that:

(1) according to the lifting type driving polisher for the flywheel shell machining and conveying mechanism, the polishing device is integrated in the conveying mechanism and is controlled by the infrared monitoring switch, the operation is simple, and the integration degree and the space utilization rate of the whole device are greatly improved;

(2) the electric hydraulic stay bar drives the turnover driving grinding device to turn over in the electric conveying mechanism, and the arc-shaped lateral extrusion is used for turning over and extruding in the transition groove, so that the inner wall and the outer wall of the flywheel shell are synchronously ground, the grinding is finished in the conveying process, and the production efficiency is greatly improved;

(3) the turnover type driving grinding device controls turnover through the electric hydraulic stay bar, and then the driving motor is used for synchronously driving the longitudinal grinding cylinder and the longitudinal driving cylinder to operate, so that the driving efficiency is greatly improved;

(4) electronic conveying mechanism's convertible bottom sprag board cup joints at the drive chain medial surface through the activity of internal assembly pole, according to convertible drive grinding device upset follow-up upset, does not influence the operation of polishing, can avoid surface collection dirt simultaneously when shifting to the bottom automatic downward upset blanking, promotes conveying mechanism's surface cleanliness factor, reduces the later maintenance use cost.

Drawings

The invention is further illustrated with reference to the following figures and examples.

Fig. 1 is a schematic structural view of the present invention.

Fig. 2 is a schematic structural view of the turnover-type driving grinding device in the invention.

Fig. 3 is an internal cross-sectional view of the present invention. 5

Detailed Description

The present invention will now be described in further detail with reference to the accompanying drawings. These drawings are simplified schematic views illustrating only the basic structure of the present invention in a schematic manner, and thus show only the constitution related to the present invention.

Fig. 1, fig. 2 and fig. 3 show a lifting drive polisher for flywheel housing processing conveying mechanism, including built-in electric conveying mechanism's main conveyer frame 1, electronic hydraulic pressure vaulting pole 2, driving motor 3 and infrared monitoring switch 4, main conveyer frame 1 upper surface is offered and is used for installing electronic conveying mechanism's overhead conveying groove 5, the bolt fastening has the side direction installation mount 6 that is used for installing electronic hydraulic pressure vaulting pole 2 on the 5 medial surfaces of overhead driving groove, the activity is equipped with the convertible drive grinding device by driving motor 3 control on the telescopic link of electronic hydraulic pressure vaulting pole 2 upper end, 5 medial surfaces of overhead driving groove are located electronic conveying mechanism top bolt fastening and are used for installing infrared monitoring switch 4's overhead installing support 7.

Further, in order to cooperate with conveying and turning adjustment, the electric conveying mechanism comprises a side main motor 8 fixed on the outer side face of the main conveyor frame 1 through bolts, a main driving roller 9 arranged in the top-arranged transmission groove 5, an auxiliary driven roller 10 movably assembled in the top-arranged transmission groove 5 through a side rotating shaft, a main driving roller 9 movably sleeved in a sleeved mode, a driving chain 11 on the auxiliary driven roller, an internal assembly rod 12 fixed on the inner side face of the driving chain 11 and a turning type bottom supporting plate 13 movably sleeved outside the internal assembly rod 12.

Further, in order to cooperate with driving and polishing, the turnover type driving polishing device comprises a main frame 14 movably mounted on a telescopic rod at the upper end of the electric hydraulic stay bar 2, an internal assembly frame 15 elastically assembled inside the main frame 14, a longitudinal polishing cylinder 16 movably mounted on one side of the internal assembly frame 15 through a top rotating shaft, a longitudinal driving cylinder 17 movably mounted on the other side of the internal assembly frame 15 through a top rotating shaft, a driving motor mounting box 18 fixed at the top end of the internal assembly frame 15, and a transmission gear box 19 used for being in transmission connection with the longitudinal polishing cylinder 16, the longitudinal driving cylinder 17 and the driving motor 3. The driving motor is installed inside the driving motor installation box 18, then the vertical grinding cylinder 16 and the vertical driving cylinder 17 are driven to synchronously rotate through the linkage gear inside the transmission gear box 19, and the rotating directions of the vertical grinding cylinder 16 and the vertical driving cylinder 17 are opposite.

The electronic hydraulic pressure vaulting pole 2 drives the upset of main frame 14, then the control indulges puts a grinding section of thick bamboo 16 and indulges and put a driving barrel 17 and flywheel shell inner wall contact, indulges to put a grinding section of thick bamboo 16 and contacts earlier, indulges and puts a driving barrel 17 back contact for deal with different inside roughness, make main frame 14 and inside assembly frame 15 elastic connection.

Further, a bottom dust collecting groove 21 with a built-in detachable dust collecting box 20 is formed on the lower surface of the main conveyor frame 1 to collect bottom falling dust.

The rubber sealing strip is arranged on the connecting surface of the bottom dust collecting groove 21 and the detachable dust collecting box 20, and the upper end of the detachable dust collecting box 20 is provided with a dust inlet.

Further, in order to improve the bottom dust removal efficiency, a dust vibration-removing plate 22 is fixedly connected to the inner side surface of the detachable dust collecting box 20 at the upper end opening position.

Turnover type bottom supporting plates 13 in the electric conveying mechanism turn downwards, then impact dust to shake off the plates 22 during translation, and the effect of accelerating dust removal is achieved through lifting and shaking.

Further, in order to match with the lateral movable assembly, a lateral movable mounting bracket 23 for movably mounting the main frame 14 is fixed on the inner side surface of the overhead conveying chute 5 in the electric conveying mechanism by bolts, and the main frame 14 is connected with the lateral movable mounting bracket 23 through an arc-shaped mounting bracket 24 with an integral structure.

Further, in order to match with lateral extrusion polishing and transmission, the overhead conveying groove 5 is provided with an arc-shaped lateral extrusion transition groove 26 with a built-in elastic telescopic polishing block 25 on the inner wall on the same side as the lateral movable mounting bracket 23.

Further, for the cooperation elasticity movable assembly, circular assembly through-hole has been seted up at the inside both ends of main frame 14, and the internal assembly frame 15 inserts circular assembly through-hole and main frame 14 swing joint through the both sides pivot, resets shell fragment 27 elastic connection through the metal between internal assembly frame 15 and the main frame 14.

Set up matched with side direction installation draw-in groove on the outer wall between inside assembly frame 15 and main frame 14, insert the side direction installation draw-in groove through metal reset spring piece 27 both ends and be connected with inside assembly frame 15 and main frame 14 respectively, elasticity assembly simultaneously.

Further, in order to match with the outer wall of the flywheel casing for linkage fine grinding, the middle part of the inner side surface of the arc lateral extrusion transition groove 26 is provided with an inner side telescopic groove 28 used for matching with the elastic telescopic grinding block 25 for stretching, and the inner side surface of the inner side telescopic groove 28 is elastically connected with the elastic telescopic grinding block 25 through an inner extrusion spring 29.

When the turnover type driving grinding device extrudes the flywheel shell outwards, the outer wall of the flywheel shell and the elastic telescopic grinding block 25 are in linkage grinding.

According to the lifting type driving polisher for the flywheel shell machining and conveying mechanism, the polishing device is integrated in the conveying mechanism and is controlled by the infrared monitoring switch, the operation is simple, and the integration degree and the space utilization rate of the whole device are greatly improved; the electric hydraulic stay bar 2 drives the control turnover type driving grinding device to turn over in the electric conveying mechanism, and the transition groove 26 is extruded in an arc-shaped lateral direction to realize turnover extrusion, so that the inner wall and the outer wall of the flywheel shell are ground synchronously, the grinding is finished in the conveying process, and the production efficiency is greatly improved; the turnover type driving grinding device is controlled to turn over through the electric hydraulic support rod 2, then the driving motor 3 is used for synchronously driving the longitudinal grinding cylinder 16 and the longitudinal driving cylinder 17 to operate, and the driving efficiency is greatly improved; electronic conveying mechanism's convertible bottom sprag board 13 cup joints at 11 medial surfaces of drive chain through the activity of internal assembly pole 12, according to convertible drive grinding device upset follow-up upset, does not influence the operation of polishing, can avoid the surface collection dirt simultaneously when shifting to the bottom automatic downward upset blanking, promotes conveying mechanism's surface cleanliness factor, reduces the later maintenance use cost.

In light of the foregoing description of the preferred embodiment of the present invention, many modifications and variations will be apparent to those skilled in the art without departing from the spirit and scope of the invention. The technical scope of the present invention is not limited to the content of the specification, and must be determined according to the scope of the claims.