CN204053676U - A kind of beveler - Google Patents
A kind of beveler Download PDFInfo
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- CN204053676U CN204053676U CN201420377716.9U CN201420377716U CN204053676U CN 204053676 U CN204053676 U CN 204053676U CN 201420377716 U CN201420377716 U CN 201420377716U CN 204053676 U CN204053676 U CN 204053676U
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- emery wheel
- outer disk
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Abstract
The utility model provides a kind of safer, beveler that efficiency is high, comprise base plate (3), for place or throw away product (1) rotating mechanism, be arranged on base plate (3) makes rotating mechanism do intermittent calibration rotate driving mechanism, for product (1) is carried out chamfering emery wheel (2), be fixed on and base plate (3) make emery wheel (2) rotate can also to make while edge product (1) axis does back and forth movement emery wheel (2) to do transverse horizontal relative to product (1) to move or the chamfer mechanism of vertically movement.The utility model replaces staff clamping to add security by rotating mechanism, cylinder (29) is utilized to replace artificial rocking arm chamfering in radial drill to add the efficiency of chamfering, replace workman to replace product with hand by the first motor (11), indexing separator (14) with the mating reaction of rotating mechanism, not only increase operating efficiency and too increase security.
Description
Technical field
The utility model relates to chamfering device technical field, relates in particular to a kind of beveler.
Background technology
Prior art is when to sheet class part, such as metallic gasket carries out chamfering, general employing radial drill is processed, but once can only process a face by radial drill chamfering, the chamfering that also needs pad to turn over again just can complete the chamfering of a pad, very inconvenient, moreover such processing mode efficiency is very low.
Utility model content
For solving the technical problem that above-mentioned prior art exists, the utility model provides a kind of safer, beveler that efficiency is high.
The utility model provides a kind of beveler, comprise base plate, for place or throw away product rotating mechanism, install make rotating mechanism do intermittent calibration on the base mounting plate to rotate driving mechanism, for product is carried out chamfering emery wheel, fixing make emery wheel rotate on the base mounting plate an edge product is axial do back and forth movement while emery wheel can also be made to do transverse horizontal relative to product move or the chamfer mechanism of vertically movement.
Described rotating mechanism comprises fixing back-up block on the base mounting plate, be fixed on the outer disk on back-up block, the platen be fixedly connected with outer disk, with outer disk inner rotary table in relative rotation, described outer disk, inner rotary table, platen three is coaxial, described platen and outer disk are all provided with and stretch into for emery wheel through hole product being carried out to chamfering, described inner rotary table is provided with projection along periphery is evenly distributed, described product is placed in the inwall of outer disk, inner rotary table outer surface, in the space that platen and protrusion surface are formed jointly, described outer disk top radial direction is provided with for the inlet slot in product introduction outer disk, described outer tray bottom radial direction is provided with the outlet slot departing from outer disk for product.
Described driving mechanism comprises the first motor, shaft coupling, indexing separator, one end of described shaft coupling is connected with the first motor output shaft of the first motor, the other end is connected with the inputting shaft of indexing separator, the force-output shaft of described indexing separator is fixedly connected with inner rotary table through outer disk, and described force-output shaft is identical with the axis of inner rotary table.
Described chamfer mechanism comprise fixing make on the base mounting plate emery wheel relative to product do transverse horizontal move or vertically movement governor motion and be fixed on governor motion makes emery wheel on one side rotation one edge product axis do the telescoping mechanism of back and forth movement.
Described governor motion comprises fixing horizontal fixed block on the base mounting plate, what be slidably matched with horizontal fixed block moves horizontally block, be fixed on the vertical fixed block moved horizontally on block, the vertical movable block be slidably matched with vertical fixed block, horizontally rotate dish, vertical rotation dish, described horizontal fixed block is provided with internal thread hole, described moves horizontally in block the screw mandrel being provided with and rotating corresponding thereto, the described screw mandrel periphery moving horizontally block is provided with the external screw thread mated with the internal thread hole of horizontal fixed block, the described internal thread hole of screw mandrel through horizontal fixed block moving horizontally block, described screw mandrel one end moving horizontally block is fixed with and horizontally rotates dish, described vertical fixed block is provided with internal thread hole, the screw mandrel rotated corresponding thereto is provided with in described vertical movable block, the screw mandrel periphery of described vertical movable block is provided with the external screw thread mated with the internal thread hole of vertical fixed block, the screw mandrel of described vertical movable block passes the screwed hole of interior horizontal fixed block, screw mandrel one end of described vertical movable block is fixed with vertical rotation dish.
Described telescoping mechanism comprises the outside framework be fixed on vertical movable block, the cylinder being fixed on outside framework end face, the axis of guide be fixed in outside framework, be enclosed within the sliding sleeve that the axis of guide is slidably matched with it, the mobile foundation be fixed on sliding sleeve, the fixed mount be fixedly connected with mobile foundation and the frame that is fixed is fixed on the second motor on mobile foundation, and the cylinder piston rod of described cylinder is through outside framework and be fixedly connected with.
Job order is followed successively by:
1, emery wheel is made just to product endoporus by governor motion.
2, starting the first motor makes inner rotary table realize rotating pausing behind a ° of angle and rotate a ° of angle again and to pause the intermittent indexed rotational motion of so circulation again by indexing separator.
3, when inner rotary table pauses, the emery wheel rotated is driven under the control of cylinder, to stretch into through hole to product chamfering by the second motor.
4, emery wheel under the control of cylinder with separation of products.
5, product is put into by inlet slot.
6, inner rotary table rotation a ° of angle makes the endoporus of next product just to emery wheel.
The step repeating above-mentioned 3 to 6 completes the chamfering of product side endoporus, a ° of above-mentioned angle be inner rotary table rotate at every turn can make next product endoporus just to the angle of emery wheel.The product upset completing side chamfering is reentered into rotating mechanism can make the opposite side endoporus of product also complete chamfering.
The utility model compared with prior art has the following advantages: replace staff to clamp by rotating mechanism and add security, cylinder is utilized to replace artificial rocking arm chamfering in radial drill to add the efficiency of chamfering, replace workman to replace product with hand by the mating reaction of the first motor, indexing separator and rotating mechanism, not only increase operating efficiency and too increase security.
Said structure can also once change, the axial two ends of product are all provided with emery wheel and chamfer mechanism, and when inner rotary table pauses, two emery wheels carry out chamfering simultaneously to adjacent two products, namely when the side of an emery wheel converted products, the opposite side of another emery wheel processing adjacent product.Such advantage is that a product just can complete the chamfering of both sides afterwards in inner rotary table twice pause.
The utility model can also do and improve: be also provided with circular projection between described projection and product, above-mentioned improvement can increase the locating effect of rotating mechanism to product.
Accompanying drawing explanation
Fig. 1 is the front elevational schematic of each part position relations of the utility model.
Fig. 2 is the schematic top plan view of each part position relations of the utility model.
Fig. 3 is the enlarged diagram at A place in Fig. 2.
Fig. 4 is the position relationship schematic diagram of the utility model rotating mechanism and each parts of driving mechanism.
Fig. 5 is the schematic top plan view of each component locations of the utility model telescoping mechanism.
Fig. 6 is the schematic side view of each component locations of the utility model telescoping mechanism.
Shown in figure: 1, product, 2, emery wheel, 3, base plate, 4, back-up block, 5, outer disk, 6, inner rotary table, 7, platen, 8, projection, 9, inlet slot, 10, outlet slot, 11, first motor, 12, first motor output shaft, 13, shaft coupling, 14, indexing separator, 15, force-output shaft, 16, inputting shaft, 17, horizontal fixed block, 18, move horizontally block, 19, vertical fixed block, 20, vertical movable block, 21, horizontally rotate dish, 22, vertical rotation dish, 23, second motor, 24, second motor output shaft, 25, fixed mount, 26, mobile foundation, 27, sliding sleeve, 28, the axis of guide, 29, cylinder, 30, outside framework, 31, cylinder piston rod, 32, through hole.
Detailed description of the invention
Below in conjunction with drawings and the specific embodiments, the utility model is described in further detail.
A kind of beveler, comprise base plate 3, for place or throw away product 1 rotating mechanism, be arranged on base plate 3 makes rotating mechanism do intermittent calibration rotate driving mechanism, for product 1 is carried out chamfering emery wheel 2, be fixed on and base plate 3 make emery wheel 2 rotate can also to make while edge product 1 axis does back and forth movement emery wheel 2 to do transverse horizontal relative to product 1 to move or the chamfer mechanism of vertically movement.
Described rotating mechanism comprises the back-up block 4 be fixed on base plate 3, be fixed on the outer disk 5 on back-up block 4, the platen 7 be fixedly connected with outer disk 5, with outer disk 5 inner rotary table 6 in relative rotation, described outer disk 5, inner rotary table 6, platen 7 three is coaxial, described platen 7 and outer disk 5 are all provided with and stretch into for emery wheel 2 through hole 32 product 1 being carried out to chamfering, described inner rotary table 6 is provided with projection 8 along periphery is evenly distributed, described product 1 is placed in the inwall of outer disk 5, inner rotary table 6 outer surface, in the common space formed of platen 7 and projection 8 surface, described outer disk 5 top radial direction is provided with the inlet slot 9 entered for product 1 in outer disk 5, bottom described outer disk 5, radial direction is provided with the outlet slot 10 departing from outer disk 5 for product 1.
Described driving mechanism comprises the first motor 11, shaft coupling 13, indexing separator 14, one end of described shaft coupling 13 is connected with the first motor output shaft 12 of the first motor 11, the other end is connected with the inputting shaft 16 of indexing separator 14, the force-output shaft 15 of described indexing separator 14 is fixedly connected with inner rotary table 6 through outer disk 5, and described force-output shaft 15 is identical with the axis of inner rotary table 6.
Described chamfer mechanism comprise be fixed on base plate 3 makes emery wheel 2 relative to product 1 do transverse horizontal move or vertically movement governor motion and be fixed on and governor motion makes emery wheel 2 rotate the telescoping mechanism that edge product 1 axis does back and forth movement on one side.
Described governor motion comprises the horizontal fixed block 17 be fixed on base plate 3, what be slidably matched with horizontal fixed block 17 moves horizontally block 18, be fixed on the vertical fixed block 19 moved horizontally on block 18, the vertical movable block 20 be slidably matched with vertical fixed block 19, horizontally rotate dish 21, vertical rotation dish 22, described horizontal fixed block 17 is provided with internal thread hole, described moves horizontally the screw mandrel being provided with in block 18 and rotating corresponding thereto, the described screw mandrel periphery moving horizontally block 18 is provided with the external screw thread mated with the internal thread hole of horizontal fixed block 17, the described internal thread hole of screw mandrel through horizontal fixed block 17 moving horizontally block 18, described screw mandrel one end moving horizontally block 18 is fixed with and horizontally rotates dish 21, described vertical fixed block 19 is provided with internal thread hole, the screw mandrel rotated corresponding thereto is provided with in described vertical movable block 20, the screw mandrel periphery of described vertical movable block 20 is provided with the external screw thread mated with the internal thread hole of vertical fixed block 19, the screw mandrel of described vertical movable block 20 passes the screwed hole of interior horizontal fixed block 17, screw mandrel one end of described vertical movable block 20 is fixed with vertical rotation dish 22.
Described telescoping mechanism comprises the outside framework 30 be fixed on vertical movable block 20, the cylinder 29 being fixed on outside framework 30 end face, the axis of guide 28 be fixed in outside framework, be enclosed within the sliding sleeve 27 that the axis of guide 28 is slidably matched with it, the mobile foundation 26 be fixed on sliding sleeve 27, the fixed mount 25 be fixedly connected with mobile foundation 26 and the frame 25 that is fixed is fixed on the second motor 23 on mobile foundation 26, and the cylinder piston rod 31 of described cylinder 29 is fixedly connected with 26 through outside framework 30.
Job order is followed successively by:
1, emery wheel 2 is made just to product 1 endoporus by governor motion.
2, starting the first motor 11 makes inner rotary table 6 realize rotating pausing behind a ° of angle and rotate a ° of angle again and to pause the intermittent indexed rotational motion of so circulation again by indexing separator 14.
3, when inner rotary table 6 pauses, drive the emery wheel 2 of rotation under the control of cylinder 29, stretch into through hole 32 pairs of product 1 chamferings by the second motor 23.
4, emery wheel 2 is separated with product 1 under the control of cylinder 29.
5, product 1 is put into by inlet slot 9.
6, inner rotary table 6 rotates a ° of angle and makes the endoporus of next product 1 just to emery wheel 2.
The step repeating above-mentioned 3 to 6 completes the chamfering of product 1 side endoporus, and a ° of above-mentioned angle is that inner rotary table 6 rotates at every turn the endoporus of lower 1 product 1 can be made just to the angle of emery wheel 2.Product 1 upset completing side chamfering is reentered into rotating mechanism can make the opposite side endoporus of product 1 also complete chamfering.
Described indexing separator 14 is the mechanism that a continuous print action can be converted into intermittent movement also known as Cam splitter, converts the continuous rotation of the first motor 11 the intermittent indexed rotational motion of rotation, pause alternate cycles at the utility model discontinuous dispenser.
It is the moving horizontally of left and right directions based on Fig. 1 that above-mentioned transverse horizontal moves.
The utility model compared with prior art has the following advantages: replace staff to clamp by rotating mechanism and add security, cylinder 29 is utilized to replace artificial rocking arm chamfering in radial drill to add the efficiency of chamfering, replace workman to replace product with hand by the first motor 11, indexing separator 14 with the mating reaction of rotating mechanism, not only increase operating efficiency and too increase security.
Said structure can also once change, the axial two ends of product 1 are all provided with emery wheel 2 and chamfer mechanism, and when inner rotary table 6 pauses, two emery wheels 2 carry out chamfering simultaneously to adjacent two products, namely, when the side of 1 emery wheel 2 converted products, the opposite side of adjacent product processed by another emery wheel 2.Such advantage is that 1 product just can complete the chamfering of both sides afterwards in inner rotary table 6 twice pause.
The utility model can also do and improve: be also provided with circular projection between described projection 8 and product 1, above-mentioned improvement can increase the locating effect of rotating mechanism to product.
Claims (2)
1. a beveler, it is characterized in that: comprise base plate (3), for placing or throw away the rotating mechanism of product (1), being arranged on base plate (3) makes rotating mechanism do the driving mechanism of intermittent calibration rotation, for carrying out the emery wheel (2) of chamfering to product (1), be fixed on and base plate (3) make emery wheel (2) while rotate and emery wheel (2) can also to be made while an edge product (1) axially does back and forth movement to do transverse horizontal relative to product (1) move or the chamfer mechanism of vertically movement, the axial two ends of product (1) are all provided with emery wheel (2) and chamfer mechanism, described rotating mechanism comprises the back-up block (4) be fixed on base plate (3), be fixed on the outer disk (5) on back-up block (4), the platen (7) be fixedly connected with outer disk (5), with outer disk (5) inner rotary table (6) in relative rotation, described outer disk (5), inner rotary table (6), platen (7) three is coaxial, described platen (7) and outer disk (5) are all provided with and stretch into for emery wheel (2) through hole (32) product (1) being carried out to chamfering, described inner rotary table (6) is provided with projection (8) along periphery is evenly distributed, described product (1) is placed in the inwall of outer disk (5), inner rotary table (6) outer surface, in the space that platen (7) and projection (8) surface surround, described outer disk (5) top radial direction is provided with the inlet slot (9) entered for product (1) in outer disk (5), described outer disk (5) bottom radial direction is provided with the outlet slot (10) departing from outer disk (5) for product (1), described driving mechanism comprises the first motor (11), shaft coupling (13), indexing separator (14), one end of described shaft coupling (13) is connected with first motor output shaft (12) of the first motor (11), the other end is connected with the inputting shaft (16) of indexing separator (14), the force-output shaft (15) of described indexing separator (14) is fixedly connected with inner rotary table (6) through outer disk (5), described force-output shaft (15) is identical with the axis of inner rotary table (6), described chamfer mechanism comprise be fixed on base plate (3) makes emery wheel (2) relative to product (1) do transverse horizontal move or vertically movement governor motion and be fixed on and governor motion makes emery wheel (2) rotate the telescoping mechanism that edge product (1) axis does back and forth movement on one side, described governor motion comprises the horizontal fixed block (17) be fixed on base plate (3), what be slidably matched with horizontal fixed block (17) moves horizontally block (18), be fixed on the vertical fixed block (19) moved horizontally on block (18), the vertical movable block (20) be slidably matched with vertical fixed block (19), horizontally rotate dish (21), vertical rotation dish (22), described horizontal fixed block (17) is provided with internal thread hole, described moving horizontally in block (18) is provided with the screw mandrel rotated corresponding thereto, the described screw mandrel periphery moving horizontally block (18) is provided with the external screw thread mated with the internal thread hole of horizontal fixed block (17), the described internal thread hole of screw mandrel through horizontal fixed block (17) moving horizontally block (18), described screw mandrel one end moving horizontally block (18) is fixed with and horizontally rotates dish (21), described vertical fixed block (19) is provided with internal thread hole, the screw mandrel rotated corresponding thereto is provided with in described vertical movable block (20), the screw mandrel periphery of described vertical movable block (20) is provided with the external screw thread mated with the internal thread hole of vertical fixed block (19), the screw mandrel of described vertical movable block (20) passes the screwed hole of interior horizontal fixed block (17), screw mandrel one end of described vertical movable block (20) is fixed with vertical rotation dish (22), described telescoping mechanism comprises the outside framework (30) be fixed on vertical movable block (20), be fixed on the cylinder (29) of outside framework (30) end face, be fixed on the axis of guide (28) in outside framework, be enclosed within the upper sliding sleeve (27) be slidably matched with it of the axis of guide (28), be fixed on the mobile foundation (26) on sliding sleeve (27), the fixed mount (25) be fixedly connected with mobile foundation (26) and the frame that is fixed (25) are fixed on the second motor (23) on mobile foundation (26), the cylinder piston rod (31) of described cylinder (29) is fixedly connected with (26) through outside framework (30).
2. a kind of beveler according to claim 1, is characterized in that: be also provided with circular projection between described projection (8) and product (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420377716.9U CN204053676U (en) | 2014-07-09 | 2014-07-09 | A kind of beveler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420377716.9U CN204053676U (en) | 2014-07-09 | 2014-07-09 | A kind of beveler |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204053676U true CN204053676U (en) | 2014-12-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420377716.9U Active CN204053676U (en) | 2014-07-09 | 2014-07-09 | A kind of beveler |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204053676U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108972201A (en) * | 2018-08-29 | 2018-12-11 | 东莞理工学院 | A kind of automatic chamfering machine |
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2014
- 2014-07-09 CN CN201420377716.9U patent/CN204053676U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108972201A (en) * | 2018-08-29 | 2018-12-11 | 东莞理工学院 | A kind of automatic chamfering machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |