CN204868411U - Brake block grinding burr - Google Patents

Brake block grinding burr Download PDF

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Publication number
CN204868411U
CN204868411U CN201520637730.2U CN201520637730U CN204868411U CN 204868411 U CN204868411 U CN 204868411U CN 201520637730 U CN201520637730 U CN 201520637730U CN 204868411 U CN204868411 U CN 204868411U
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CN
China
Prior art keywords
groove
brake block
conveyer belt
workpiece polishing
connecting axle
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201520637730.2U
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Chinese (zh)
Inventor
柳德强
王爽
王淞
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Nonstandard Automation Technology Co Ltd
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Nonstandard Automation Technology Co Ltd
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Application filed by Nonstandard Automation Technology Co Ltd filed Critical Nonstandard Automation Technology Co Ltd
Priority to CN201520637730.2U priority Critical patent/CN204868411U/en
Application granted granted Critical
Publication of CN204868411U publication Critical patent/CN204868411U/en
Withdrawn - After Issue legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a brake block grinding burr, its characterized in that: include the frame, set up a grinding machanism and the 2nd grinding machanism in the frame, a grinding machanism and the 2nd grinding machanism mutually perpendicular set up, a grinding machanism includes the transfer link, sets up in the recess grinding machanism and the topside grinding machanism of transfer link top, recess grinding machanism set up in the middle part of transfer link top, the topside grinding machanism be close to the 2nd grinding machanism sets up, the 2nd grinding machanism include the conveyer belt and set up in the side grinding machanism of conveyer belt top, the conveyer belt updraft type has plural number piece magnet, every magnet contacts, side grinding machanism set up in the tail end of conveyer belt. The utility model discloses the well automation that has realized the brake block burr is polished.

Description

A kind of brake block sanding burr machine
Technical field
The utility model relates to a kind of brake block sander, particularly relates to a kind of brake block sanding burr machine, is mainly used in the polishing of brake block burr, removal.
Background technology
Brake block is also brake rubber block, and in the brake system of automobile, brake block is the breaking piece of most critical, and the quality of all braking effects is all that brake block plays conclusive effect, and thus, good brake block is the patron saint of people and automobile.
In the prior art, brake block generally adopts powder to carry out die casting and forms, and after brake block die casting completes, generally has more burr at its edge, and sander of the prior art, not only low to the grinding efficiency of burr, and polishing effect is bad.Therefore, how solving the problems of the technologies described above is the direction that those skilled in the art need to make great efforts.
Summary of the invention
The utility model object is to provide a kind of brake block sanding burr machine, by using this structure, improves grinding efficiency and the polishing quality of brake block burr.
For achieving the above object, the technical solution adopted in the utility model is: a kind of brake block sanding burr machine, and comprise frame, be arranged at the first workpiece polishing mechanism in frame and the second workpiece polishing mechanism, described first workpiece polishing mechanism is arranged with the second workpiece polishing mechanism is mutually vertical;
Described first workpiece polishing mechanism comprises conveyer chain, be arranged at groove workpiece polishing mechanism above conveyer chain and top margin workpiece polishing mechanism, and described groove workpiece polishing mechanism is arranged at the middle part above described conveyer chain, and described top margin workpiece polishing mechanism is arranged near described second workpiece polishing mechanism;
Described second workpiece polishing mechanism comprises conveyer belt and is arranged at the side grinding machine structure above described conveyer belt, and described conveyer belt is adsorbed with plural block magnet, described in every block, magnet contacts, and described side grinding machine structure is arranged at the tail end of described conveyer belt;
The front end of described conveyer belt is arranged near described conveyer chain tail end, described conveyer belt is arranged with described conveyer chain is mutually vertical, the front end of described conveyer belt is also provided with a La Liao mechanism, described La Liao mechanism is arranged perpendicular to described conveyer belt, and being arranged on same straight line with described conveyer chain, the brake block be arranged on conveyer chain draws on the magnet of described conveyer belt by described La Liao mechanism.
In technique scheme, described groove workpiece polishing mechanism comprises the groove support be arranged at respectively in described conveyer chain machine frame at two sides, bottom first connecting axle of described groove support is connected, top second connecting axle is connected, described second connecting axle is arranged with at least one groove grinding wheel, the fit depressions of described groove grinding wheel and brake block; One end of described first connecting axle is connected with one end one chain of the second connecting axle, and described first connecting axle is connected with the transmission device in frame through belt.
In technique scheme, described groove support comprises the first groove support and the second groove support, described first groove cradle top side is provided with a bearing, described second groove cradle top is provided with a groove, described second connecting axle one end inserts in described bearing, and the other end is installed in described groove; Described groove is provided with a fixed head, described fixed head one end is articulated with on described second groove support, the other end is installed on the top of described second groove support through connecting bolt, and one end of described second connecting axle is rotated through described fixed head and is fixed in described groove.
In technique scheme, described top margin workpiece polishing mechanism comprises U-shaped support and is arranged at two groups of top margin sanding apparatus on U-shaped support, and two groups of top margin sanding apparatus are arranged at the two ends of described conveyer chain respectively, and match with the both sides top margin of brake block respectively; Described U-shaped support comprises top board and is arranged at the biside plate at described top board two ends, and side plate described in both sides is installed in described frame, and described top board top is provided with a slide rail, and top margin sanding apparatus described in two groups slides and is arranged on described slide rail.
In technique scheme, described top margin sanding apparatus comprises the sliding panel be slidably mounted on described slide rail, the linking arm be installed on described sliding panel, top margin grinding wheel and the first motor, and described top margin grinding wheel matches with the top margin of brake block; Described top margin grinding wheel is installed on the bottom of described linking arm, and the top of described linking arm is rotated and is installed on described sliding panel; Described sliding panel is provided with the 3rd connecting axle, described 3rd connecting axle passes the top of described sliding panel and described linking arm, the output shaft of described first motor is connected through the first belt one end with described 3rd connecting axle, and the other end of described 3rd connecting axle is connected with described top margin grinding wheel through the second belt.
In technique scheme, described linking arm is arranged at the side of described sliding panel, described first motor is arranged at the opposite side of described sliding panel, sliding panel below described first motor is also provided with a groove, the first connecting bolt is provided with in described groove, described first connecting bolt end is butted on described slide rail, and described sliding panel is positioned on described slide rail through described first connecting bolt.
In technique scheme, described side grinding machine structure comprises side support and is arranged at two groups of side sanding apparatus on side support, and two groups of side sanding apparatus are arranged at the two ends of described conveyer belt respectively, and match with the dual-side of described brake block respectively; The top of described side support is provided with an installing plate, and the side of described installing plate is installed on described side support through hinge is hinged, and described in two groups, side sanding apparatus is installed on described installing plate.
In technique scheme, the side grinding wheel that described side sanding apparatus comprises the first installing plate, is installed on the second motor on the first installing plate and is connected with the second motor output shaft, the upper surface of described installing plate is provided with two rotating shafts, two described rotating shafts are arranged near described hinge, one end of described first installing plate is rotated and is installed in described rotating shaft, the other end is provided with the second motor; Described installing plate is provided with two through holes, and corresponding second motor of each through hole is arranged, and the aperture of described through hole is greater than the diameter of axle of described second motor output shaft, and the output shaft of described second motor is connected with described side grinding wheel through described through hole.
In technique scheme, be provided with a block between two described through holes, described block is arranged between two pieces of described first installing plates, and described in every block, the first installing plate is connected with described block through a spring.
In technique scheme, described La Liao mechanism comprise a telescopic cylinder and be connected with described telescopic cylinder output shaft draw flitch, the described bottom of flitch of drawing is provided with two latches coordinated with described brake block, described telescopic cylinder is arranged at the top of described conveyer belt, described in draw flitch to move between described conveyer chain and described conveyer belt through the output shaft of described telescopic cylinder.
Because technique scheme is used, the utility model compared with prior art has following advantages:
1. in the utility model, first brake block is positioned on conveyer chain, burr respectively in groove workpiece polishing mechanism polishing brake block central slot, burr on top margin workpiece polishing mechanism polishing brake block top margin, from conveyer chain, brake block is drawn on conveyer belt by La Liao mechanism again, by the magnet on conveyer belt, brake block is held, and be sent to side grinding machine structure by conveyer belt, polished by the side burr of side grinding machine structure to brake block, complete the polishing of brake block burr, realize the polishing of brake block burr automation;
2. in the utility model, groove is set at the top of the second groove support, second groove support arranges fixed head, the second connecting axle being provided with groove grinding wheel rotates through fixed head and is fixed in groove, by the setting of fixed head, is convenient to keep in repair groove grinding wheel and change;
3. the sliding panel in the utility model in top margin workpiece polishing mechanism slides on the slide rail of U-shaped support, and sliding panel offers groove, the first connecting bolt is provided with in groove, sliding panel is fixed on slide rail through the first connecting bolt, by the setting of the first connecting bolt and groove, be convenient to the position adjusting sliding panel, namely adjust the position of top margin grinding wheel, be convenient to the polishing of the brake block burr adapting to different size, applied widely;
4. in the utility model, the side grinding wheel of side grinding machine structure is installed on the second motor, second motor is installed on the first installing plate, first installing plate rotates and is installed in rotating shaft, by the setting of rotating shaft, be convenient to the control of side grinding wheel distance when polishing brake block side, when brake block is not in conveyer belt middle, can ensure that the side grinding wheel of both sides is polished to the dual-side of brake block by the first installing plate through the elastic force of spring, effectively ensure that the side polishing quality of brake block burr;
5. pass through in the utility model to arrange La Liao mechanism on a moving belt, this La Liao mechanism comprises telescopic cylinder and draws flitch, draws by drawing flitch on conveyer belt by the brake block on conveyer chain, without the need to manually reloading, realize the automation turning material, saved manpower, also improved grinding efficiency;
6. in the utility model, magnet is set on a moving belt, be convenient to position brake block when the brake block on conveyer chain draws on conveyer belt by La Liao mechanism, prevent brake block from cannot fix and cause to polish to the side of brake block, practical, and with low cost.
Accompanying drawing explanation
Fig. 1 is the structural representation in the utility model embodiment one;
Fig. 2 is the perspective view of Fig. 1;
Fig. 3 is the structural representation I of the utility model embodiment one further groove workpiece polishing mechanism;
Fig. 4 is the structural representation II of the utility model embodiment one further groove workpiece polishing mechanism;
Fig. 5 is the mounting structure schematic diagram of the utility model embodiment one further groove workpiece polishing mechanism;
Fig. 6 is the structural representation of top margin workpiece polishing mechanism in the utility model embodiment one;
Fig. 7 is the mounting structure schematic diagram of top margin workpiece polishing mechanism in the utility model embodiment one;
Fig. 8 is the structural representation of side grinding machine structure in the utility model embodiment one;
Fig. 9 is the perspective view I of Fig. 8;
Figure 10 is the perspective view II of Fig. 8;
Figure 11 is the mounting structure schematic diagram of side grinding machine structure in the utility model embodiment one;
Figure 12 is the mounting structure schematic diagram of the utility model embodiment one Zhong Laliao mechanism.
Wherein: 1, frame; 2, the first workpiece polishing mechanism; 3, the second workpiece polishing mechanism; 4, conveyer chain; 5, groove workpiece polishing mechanism; 51, groove support; 52, the first connecting axle; 53, the second connecting axle; 54, groove grinding wheel; 55, chain; 56, belt; 57, transmission device; 58, the first groove support; 59, the second groove support; 510, groove; 511, fixed head; 512, connecting bolt; 513, bearing; 514, transverse slat; 515, hang plate; 516, the first limiting plate; 517, gag lever post; 518, stop screw; 6, top margin workpiece polishing mechanism; 61, U-shaped support; 62, top margin sanding apparatus; 63, top board; 64, side plate; 65, slide rail; 66, sliding panel; 67, linking arm; 68, top margin grinding wheel; 69, the first motor; 610, the 3rd connecting axle; 611, the first belt; 612, the second belt; 613, extension board; 614, limited block; 615, the first connecting bolt; 7, conveyer belt; 8, side grinding machine structure; 81, side support; 82, side sanding apparatus; 83, installing plate; 84, hinge; 85, the first installing plate; 86, the second motor; 87, side grinding wheel; 88, rotating shaft; 89, through hole; 810, block; 9, magnet; 10, La Liao mechanism; 11, telescopic cylinder; 12, flitch is drawn.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described:
Embodiment one: shown in Fig. 1 ~ 12, a kind of brake block sanding burr machine, comprises frame 1, the first workpiece polishing mechanism 2 and the second workpiece polishing mechanism 3 be arranged in frame 1, and described first workpiece polishing mechanism 2 is arranged with the second workpiece polishing mechanism 3 is mutually vertical.Described first workpiece polishing mechanism 2 comprises conveyer chain 4, be arranged at groove workpiece polishing mechanism 5 above conveyer chain 4 and top margin workpiece polishing mechanism 6, described groove workpiece polishing mechanism 5 is arranged at the middle part above described conveyer chain 4, and described top margin workpiece polishing mechanism 6 is arranged near described second workpiece polishing mechanism 3.
Described second workpiece polishing mechanism 3 comprises conveyer belt 7 and is arranged at the side grinding machine structure 8 above described conveyer belt 7, described conveyer belt 7 is adsorbed with plural block magnet 9, described in every block, magnet 9 contacts, described side grinding machine structure 8 is arranged at the tail end of described conveyer belt 7, the suction of described magnet 9 is 10kg, can ensure that brake block can not by side grinding machine structure 8 to forcing down conveyer belt 7 on magnet 9, simultaneously, the suction of 10kg, when can ensure that side grinding machine structure 8 is polished, brake block can not loosen, and ensures polishing quality.
The front end of described conveyer belt 7 is arranged near described conveyer chain 4 tail end, described conveyer belt 7 is arranged with described conveyer chain 4 is mutually vertical, the front end of described conveyer belt 7 is also provided with a La Liao mechanism 10, described La Liao mechanism 10 is arranged perpendicular to described conveyer belt 7, and being arranged on same straight line with described conveyer chain 4, the brake block be arranged on conveyer chain 4 draws on the magnet 9 of described conveyer belt 7 by described La Liao mechanism 10.
Participate in shown in Fig. 3 ~ 5, described groove workpiece polishing mechanism 5 comprises the groove support 51 be arranged at respectively in described conveyer chain 4 machine frame at two sides 1, bottom first connecting axle 52 of described groove support 51 is connected, top second connecting axle 53 is connected, described second connecting axle 53 is arranged with two groove grinding wheels 54, the fit depressions of described groove grinding wheel 54 and brake block; One end of described first connecting axle 52 is connected with one end one chain 55 of the second connecting axle 53, and described first connecting axle 52 is connected with the transmission device 57 in frame 1 through belt 56.
Shown in participation Fig. 3, described groove support 51 comprises the first groove support 58 and the second groove support 59, described first groove support 58 top-side is provided with a bearing 513, described second groove support 59 top is provided with a groove 510, described second connecting axle 53 one end inserts in described bearing 513, and the other end is installed in described groove 510; Described groove 510 is provided with a fixed head 511, described fixed head 511 one end is articulated with on described second groove support 59, the other end is installed on the top of described second groove support 59 through connecting bolt 512, and one end of described second connecting axle 53 is rotated through described fixed head 511 and is fixed in described groove 510.Fixed by fixed head 511 one end by the second connecting axle 53, radial location is carried out to the second connecting axle 53.Meanwhile, when needs carry out maintain and replace to groove grinding wheel 54, by fixed head 511 is opened, the second connecting axle 53 can be extracted out, groove grinding wheel 54 is keeped in repair or changed.
Participate in shown in Fig. 3,4, described chain 55 is arranged near described bearing 513 with the end that is connected of described second connecting axle 53.Described groove support 51 is made up of end to end transverse slat 514 and the hang plate 515 be arranged on transverse slat 514, and described first connecting axle 52 is installed on the transverse slat 514 of both sides, and described second connecting axle 53 is installed on the top of both sides hang plate 515.Transverse slat 514 side of described first groove support 58, be provided with the first limiting plate 516, the top of described first limiting plate 516 is provided with a gag lever post 517, described gag lever post 517 is arranged at the joint of described transverse slat 514 and described hang plate 515, described first limiting plate 516 is provided with a stop screw 518, and described stop screw 518 is butted on described gag lever post 517.By the setting of gag lever post 517 with stop screw 518, stop screw 518 and gag lever post 517 can be utilized to regulate the angle of inclination of hang plate 515, namely regulate the height of the second connecting axle 53 and groove grinding wheel 54, the degree of depth be convenient to for different brake block inner groovy is polished, also can after groove grinding wheel 54 wearing part, when not affecting use, the height of groove grinding wheel 54 can be reduced, groove grinding wheel 54 is fully contacted with the groove on brake block, polish to make full use of groove grinding wheel 54 pairs of brake block burrs, reduce costs.
Participate in shown in Fig. 3,4, described top margin workpiece polishing mechanism 6 comprises U-shaped support 61 and is arranged at two groups of top margin sanding apparatus 62 on U-shaped support 61, two groups of top margin sanding apparatus 62 are arranged at the two ends of described conveyer chain 4 respectively, and match with the both sides top margin of brake block respectively; Described U-shaped support 61 is inverted and is installed in described frame 1, described U-shaped support 61 comprises top board 63 and is arranged at the side plate 64 at described top board 63 two ends, side plate 64 described in both sides is installed in described frame 1, described top board 63 top is provided with top margin sanding apparatus 62 slip described in a slide rail 65, two groups and is arranged on described slide rail 65.
Participate in shown in Fig. 6,7, described top margin sanding apparatus 62 comprises the sliding panel 66 be slidably mounted on described slide rail 65, the linking arm 67 be installed on described sliding panel 66, top margin grinding wheel 68 and the first motor 69, and described top margin grinding wheel 68 matches with the top margin of brake block.Described first motor 69 is installed on the side of described sliding panel 66, and described linking arm 67 is installed on the opposite side of described sliding panel 66, and described first motor 69 is positioned at the side of described slide rail 65, and described linking arm 67 is positioned at the opposite side of slide rail 65.
Shown in participation Fig. 6, the bottom of described linking arm 67 is provided with the first rotating shaft, and described top margin grinding wheel 68 is rotated and is installed in the first rotating shaft of the bottom of described linking arm 67.The top of described linking arm 67 is rotated and is installed on described sliding panel 66.Described sliding panel 66 is provided with the 3rd connecting axle 610, and described 3rd connecting axle 610 through the top of described sliding panel 66 with described linking arm 67, and is provided with bearing between described 3rd rotating shaft 610 and described linking arm 67, is convenient to the rotation of described linking arm 67.The output shaft of described first motor 69 is connected through the first belt 611 one end with described 3rd connecting axle 610, the other end of described 3rd connecting axle 610 is connected with described first rotating shaft through the second belt 612, second belt 612 drives the first axis of rotation, top margin grinding wheel 68 is driven to rotate, for the top margin of brake block of polishing by the first rotating shaft.
Shown in participation Fig. 6, in the present embodiment, the top of described linking arm 67 is also provided with an extension board 613 parallel with slide rail 65, the side of described sliding panel 66 is provided with limited block 614, described limited block 614 is arranged at the below of extension board 613, and being arranged at the side of described linking arm 67, this side is away from brake block.In use, due to the reason of burr on brake block position and brake block, brake block can prop up top margin grinding wheel 68, and linking arm 67 may be made to rotate round the 3rd connecting axle 610, and linking arm 67 can drive top margin grinding wheel 68 rotate and polish close to brake block, but, due to the effect of extension board 613 and limited block 614, limited block 614 can block extension board 613, and linking arm 67 cannot be rotated again, can prevent top margin grinding wheel 68 from polishing too much, thus affect the quality of brake block.In the present embodiment, also on extension board 613 with limited block 614, a spring is installed, by the setting of spring, prevents brake block from promotion top margin grinding wheel 68 being released too much, hold linking arm 67 by spring, ensure polishing quality.By extension board 613 and limited block 614 and spring with the use of, the circumferential free degree of restriction linking arm 67, ensures the polishing quality of top margin grinding wheel 68 pairs of brake blocks.
Shown in participation Fig. 6, described linking arm 67 is arranged at the side of described sliding panel 66, described first motor 69 is arranged at the opposite side of described sliding panel 66, sliding panel 66 below described first motor 69 is also provided with a groove, the first connecting bolt 615 is provided with in described groove, described first connecting bolt 615 end is butted on described slide rail 65, and described sliding panel 66 is positioned on described slide rail 65 through described first connecting bolt 615.Before the use, first connecting bolt 615 is unscrewed, make sliding panel 66 can slide on slide rail 65, for the brake block of different size, mobile sliding panel 66, the position of top margin grinding wheel 68 is regulated, make top margin grinding wheel 68 be in best polishing position, then tighten the first connecting bolt 615, the position of sliding panel 66 is fixed, prevent top margin grinding wheel 68 from moving position when polishing, impact polishing quality.
Participate in shown in Fig. 8 ~ 11, described side grinding machine structure 8 comprises side support 81 and is arranged at two groups of side sanding apparatus 82 on side support 81, two groups of side sanding apparatus 82 are arranged at the two ends of described conveyer belt 7 respectively, and match with the dual-side of described brake block respectively; The top of described side support 81 is provided with an installing plate 83, and the side of described installing plate 83 is installed on described side support 81 through hinge 84 is hinged, and side sanding apparatus 82 described in two groups is installed on described installing plate 83.
Participate in shown in Fig. 8 ~ 10, the side grinding wheel 87 that described side sanding apparatus 82 comprises the first installing plate 85, is installed on the second motor 86 on the first installing plate 85 and is connected with the second motor 86 output shaft, the upper surface of described installing plate 83 is provided with two rotating shafts 88, two described rotating shafts 88 are arranged near described hinge 84, one end of described first installing plate 85 is rotated and is installed in described rotating shaft 88, the other end is provided with the second motor 86; Described installing plate 83 is provided with two through holes 89, corresponding one second electricity 86 of each through hole 89 is arranged, the aperture of described through hole 89 is greater than the diameter of axle of described second motor 86 output shaft, and the output shaft of described second motor 86 is connected with described side grinding wheel 87 through described through hole 89.
In the present embodiment, because side grinding wheel 87 is arranged at side support 81 inside, change inconvenient, by side sanding apparatus 82 is installed on installing plate 83, the side of installing plate 83 is articulated with on side support 81 through hinge 84, opposite side is provided with draw ring, when needs opposite side grinding wheel 87 carries out keeping in repair or changing, only need to pull draw ring, installing plate 83 is started round hinge 84, side grinding wheel 87 can be made to be exposed to outside side support 81, and convenient operation personnel opposite side grinding wheel 87 carries out keeping in repair or changing.
Shown in participation Fig. 8, be provided with a block 810 between two described through holes 89, described block 810 is arranged between two pieces of described first installing plates 85, and described in every block, the first installing plate 85 is connected with described block 810 through a spring.In use, because brake block is moved on magnet 9 by La Liao mechanism 10, the position of brake block on magnet 9 may not in the center of magnet, therefore, side grinding machine structure 8 is when polishing, spring is held the first installing plate 85 and is driven side grinding wheel 87 near the inside of driving-belt 7, brake block is when side grinding wheel 87, due to the effect of brake block, side grinding wheel 87 can be promoted outwards rotate, due to the pulling force of spring, the polishing quality of side grinding wheel 87 pairs of brake block sides can be ensured.Meanwhile, due to the effect of block 810, when brake block is too small, undertaken spacing by block 810, prevent the 87 pairs of brake block side polishings of side grinding wheel too much, impact polishing quality.
Shown in participation Figure 12, described La Liao mechanism 10 comprise a telescopic cylinder 11 and be connected with described telescopic cylinder 11 output shaft draw flitch 12, described in draw the bottom of flitch 12 to be provided with two latches coordinated with described brake block, be convenient to pull brake block.Described telescopic cylinder 11 is arranged at the top of described transmission 7, described in draw flitch 12 to move between described conveyer chain 4 and described conveyer belt 7 through the output shaft of described telescopic cylinder 11.

Claims (10)

1. a brake block sanding burr machine, is characterized in that: comprise frame, be arranged at the first workpiece polishing mechanism in frame and the second workpiece polishing mechanism, described first workpiece polishing mechanism is arranged with the second workpiece polishing mechanism is mutually vertical;
Described first workpiece polishing mechanism comprises conveyer chain, be arranged at groove workpiece polishing mechanism above conveyer chain and top margin workpiece polishing mechanism, and described groove workpiece polishing mechanism is arranged at the middle part above described conveyer chain, and described top margin workpiece polishing mechanism is arranged near described second workpiece polishing mechanism;
Described second workpiece polishing mechanism comprises conveyer belt and is arranged at the side grinding machine structure above described conveyer belt, and described conveyer belt is adsorbed with plural block magnet, described in every block, magnet contacts, and described side grinding machine structure is arranged at the tail end of described conveyer belt;
The front end of described conveyer belt is arranged near described conveyer chain tail end, described conveyer belt is arranged with described conveyer chain is mutually vertical, the front end of described conveyer belt is also provided with a La Liao mechanism, described La Liao mechanism is arranged perpendicular to described conveyer belt, and being arranged on same straight line with described conveyer chain, the brake block be arranged on conveyer chain draws on the magnet of described conveyer belt by described La Liao mechanism.
2. brake block sanding burr machine according to claim 1, it is characterized in that: described groove workpiece polishing mechanism comprises the groove support be arranged at respectively in described conveyer chain machine frame at two sides, bottom first connecting axle of described groove support is connected, top second connecting axle is connected, described second connecting axle is arranged with at least one groove grinding wheel, the fit depressions of described groove grinding wheel and brake block; One end of described first connecting axle is connected with one end one chain of the second connecting axle, and described first connecting axle is connected with the transmission device in frame through belt.
3. brake block sanding burr machine according to claim 2, it is characterized in that: described groove support comprises the first groove support and the second groove support, described first groove cradle top side is provided with a bearing, described second groove cradle top is provided with a groove, described second connecting axle one end inserts in described bearing, and the other end is installed in described groove; Described groove is provided with a fixed head, described fixed head one end is articulated with on described second groove support, the other end is installed on the top of described second groove support through connecting bolt, and one end of described second connecting axle is rotated through described fixed head and is fixed in described groove.
4. brake block sanding burr machine according to claim 1, it is characterized in that: described top margin workpiece polishing mechanism comprises U-shaped support and is arranged at two groups of top margin sanding apparatus on U-shaped support, two groups of top margin sanding apparatus are arranged at the two ends of described conveyer chain respectively, and match with the both sides top margin of brake block respectively; Described U-shaped support comprises top board and is arranged at the biside plate at described top board two ends, and side plate described in both sides is installed in described frame, and described top board top is provided with a slide rail, and top margin sanding apparatus described in two groups slides and is arranged on described slide rail.
5. brake block sanding burr machine according to claim 4, it is characterized in that: described top margin sanding apparatus comprises the sliding panel be slidably mounted on described slide rail, the linking arm be installed on described sliding panel, top margin grinding wheel and the first motor, and described top margin grinding wheel matches with the top margin of brake block; Described top margin grinding wheel is installed on the bottom of described linking arm, and the top of described linking arm is rotated and is installed on described sliding panel; Described sliding panel is provided with the 3rd connecting axle, described 3rd connecting axle passes the top of described sliding panel and described linking arm, the output shaft of described first motor is connected through the first belt one end with described 3rd connecting axle, and the other end of described 3rd connecting axle is connected with described top margin grinding wheel through the second belt.
6. brake block sanding burr machine according to claim 5, it is characterized in that: described linking arm is arranged at the side of described sliding panel, described first motor is arranged at the opposite side of described sliding panel, sliding panel below described first motor is also provided with a groove, the first connecting bolt is provided with in described groove, described first connecting bolt end is butted on described slide rail, and described sliding panel is positioned on described slide rail through described first connecting bolt.
7. brake block sanding burr machine according to claim 1, it is characterized in that: described side grinding machine structure comprises side support and is arranged at two groups of side sanding apparatus on side support, two groups of side sanding apparatus are arranged at the two ends of described conveyer belt respectively, and match with the dual-side of described brake block respectively; The top of described side support is provided with an installing plate, and the side of described installing plate is installed on described side support through hinge is hinged, and described in two groups, side sanding apparatus is installed on described installing plate.
8. brake block sanding burr machine according to claim 7, it is characterized in that: the side grinding wheel that described side sanding apparatus comprises the first installing plate, is installed on the second motor on the first installing plate and is connected with the second motor output shaft, the upper surface of described installing plate is provided with two rotating shafts, two described rotating shafts are arranged near described hinge, one end of described first installing plate is rotated and is installed in described rotating shaft, the other end is provided with the second motor; Described installing plate is provided with two through holes, and corresponding second motor of each through hole is arranged, and the aperture of described through hole is greater than the diameter of axle of described second motor output shaft, and the output shaft of described second motor is connected with described side grinding wheel through described through hole.
9. brake block sanding burr machine according to claim 8, is characterized in that: be provided with a block between two described through holes, described block is arranged between two pieces of described first installing plates, and described in every block, the first installing plate is connected with described block through a spring.
10. brake block sanding burr machine according to claim 1, it is characterized in that: described La Liao mechanism comprise a telescopic cylinder and be connected with described telescopic cylinder output shaft draw flitch, the described bottom of flitch of drawing is provided with two latches coordinated with described brake block, described telescopic cylinder is arranged at the top of described conveyer belt, described in draw flitch to move between described conveyer chain and described conveyer belt through the output shaft of described telescopic cylinder.
CN201520637730.2U 2015-08-24 2015-08-24 Brake block grinding burr Withdrawn - After Issue CN204868411U (en)

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Application Number Priority Date Filing Date Title
CN201520637730.2U CN204868411U (en) 2015-08-24 2015-08-24 Brake block grinding burr

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Application Number Priority Date Filing Date Title
CN201520637730.2U CN204868411U (en) 2015-08-24 2015-08-24 Brake block grinding burr

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105127859A (en) * 2015-08-24 2015-12-09 苏州隆士丹自动化技术有限公司 Grinding machine for burrs of brake pad
CN106736982A (en) * 2017-01-12 2017-05-31 江苏欧圣木业有限公司 For the unhairing edge equipment on work strengthening floor
CN109333215A (en) * 2018-10-24 2019-02-15 何毅 A kind of hinge hole inner burr processing unit

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105127859A (en) * 2015-08-24 2015-12-09 苏州隆士丹自动化技术有限公司 Grinding machine for burrs of brake pad
CN105127859B (en) * 2015-08-24 2017-03-22 苏州隆士丹自动化技术有限公司 Grinding machine for burrs of brake pad
CN106736982A (en) * 2017-01-12 2017-05-31 江苏欧圣木业有限公司 For the unhairing edge equipment on work strengthening floor
CN109333215A (en) * 2018-10-24 2019-02-15 何毅 A kind of hinge hole inner burr processing unit

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