CN207272688U - One kind automatically cuts off grinding apparatus for swivel chair telescopic rod - Google Patents

Abstract

The utility model discloses one kind grinding apparatus is automatically cut off for swivel chair telescopic rod, including base, transfer table is equipped with the base successively, cut off workbench and polishing workbench, the transfer table, cut-out workbench and polishing workbench bottom are installed with sliding shoe, the base top offers slide, the sliding shoe is slidably mounted in slide, the transfer table is equipped with the accumulation transport mechanism for being used for raw material transmission, the cut-out workbench is equipped with the fastening cutting mechanism for being used for cutting raw material, the polishing workbench is equipped with the quick workpiece polishing mechanism for being used for polishing the raw material after cutting.The utility model can be easy to be carried out continuously transmission raw bodies, and can be easy to carry out firm cutting to the raw bodies of cutting, while can quickly be polished the raw bodies after cut-out, simple in structure, easy to use.

Description

One kind automatically cuts off grinding apparatus for swivel chair telescopic rod

Technical field

Swivel chair telescopic rod technical field is the utility model is related to, more particularly to a kind of automatically cut off for swivel chair telescopic rod is beaten Grind equipment.

Background technology

Usually when swivel chair telescopic rod is made, cut-out polishing is not on a workbench, if large quantities of production When swivel chair telescopic rod finished product, workpiece is manually sent to the polishing machine tool more wasteful time, is not easy to produce, increase work work Measure, therefore especially need a kind of device that can collect a series of production equipments such as cutting and polishing and one.

The patent of Application No. 201610194794.9 discloses one kind and automatically cuts off grinding apparatus for swivel chair telescopic rod, It provides the product quality stabilization that a kind of full automatic working is simple, and beneficial to mass production, production efficiency is high, obtains, and saves Artificial cost, can effectively reduce the cut-out grinding apparatus of enterprise's production cost, and still, which cannot be carried out continuously biography Raw material is sent, and firm cutting can not be carried out to the raw material of cutting, while the raw material after cut-out can not quickly be beaten Mill, has limitation in use.

The content of the invention

Based on technical problem existing for background technology, automatically cut off the utility model proposes one kind for swivel chair telescopic rod Grinding apparatus.

The utility model proposes one kind automatically cut off grinding apparatus, including base, the base for swivel chair telescopic rod On be equipped with transfer table, cut-out workbench and polishing workbench, the transfer table, cut-out workbench and polishing work successively To make platform bottom and be installed with sliding shoe, the base top offers slide, and the sliding shoe is slidably mounted in slide, The transfer table is equipped with the accumulation transport mechanism for being used for raw material transmission, and the cut-out workbench, which is equipped with, to be used to cut original The fastening cutting mechanism of material, the polishing workbench are equipped with the quick sander for being used for polishing the raw material after cutting Structure.

Preferably, the accumulation transport mechanism includes being opened in the heaping groove on transfer table top, in the heaping groove Activity is placed with multiple raw bodies, and the heaping groove side is equipped with the promotion groove for being opened in transfer table top, described to push away Dynamic groove offers first through hole close to the side bottom of heaping groove, and the first through hole is connected with heaping groove, and first through hole It is adapted with raw bodies, push-rod electric machine, the output shaft of the push-rod electric machine is installed with the inner wall of the promotion slot bottom end On be installed with placement block, the placement block top offers semicircle placing groove, and place block with first through hole bottom Wall is located in same level, and the first gravity sensor is installed with the inner wall of the semicircle placing groove bottom.

Preferably, position-limit mechanism is equipped with above the first through hole, the position-limit mechanism includes being opened in transfer table On the first cavity, and the first cavity is located at the top of first through hole, is installed with and stretches on the first cavity top inner wall Contracting motor, is fixedly welded with partition plate on the output shaft of the telescope motor, offers and run through on the first cavity bottom inner wall Hole, the through hole are connected with first through hole, and the partition plate is movably arranged in through hole, and the bottom side of partition plate extends to In one through hole.

Preferably, the cut-out workbench top is symmetrically installed with two mechanical clamp hands, and the cut-out workbench both sides are equal Mounting groove is offered, two mounting grooves are installed with the first range sensor and second respectively on the side inner wall away from opening Range sensor.

Preferably, the fastening cutting mechanism includes being opened in the side on cut-out workbench top for the first recessed of opening Groove, first groove position between two mechanical clamp hands, the side of first groove, which is equipped with, is opened in cut-out work Make the second cavity on platform, second cavity offers the second through hole on the side inner wall of the first groove, and described second Through hole is connected with the first groove, and the second telescope motor is movably installed with second cavity, second telescope motor Crushing block is fixedly welded with output shaft, the crushing block is movably arranged in the second through hole, and crushing block is flexible away from second The side of motor is extended in the first groove, and side of the crushing block away from the second telescope motor offers semicircle extruding Groove.

Preferably, it is empty to be equipped with the 3rd be opened on cut-out workbench for the side of first groove away from the second cavity Chamber, the 3rd cavity offer third through-hole, the third through-hole and the first groove on the side inner wall of the first groove It is connected, cylinder is installed with the side inner wall of the 3rd cavity away from third through-hole, the output shaft of the cylinder is lived Dynamic to be provided with cutter, the cutter is movably arranged in third through-hole, and side of the cutter away from cylinder extends to the first groove It is interior.

Preferably, sliding slot, the described second flexible electricity are offered on side inner wall of second cavity away from the second through hole Side of the machine away from the second through hole is installed with sliding block, and the sliding block is slidably mounted in sliding slot, the second cavity side The second push-rod electric machine is installed with inner wall, the output shaft of second push-rod electric machine is fixedly welded on the side of sliding block, The second gravity sensor is installed with the first groove bottom inner wall.

Preferably, the both sides that the quick workpiece polishing mechanism includes being opened at the top of polishing workbench are the second recessed of opening Groove, semicircle rotation slot is symmetrically offered on the second groove both sides inner wall, is rotatablely equipped with the semicircle rotation slot Grinding abrasive disk, the side of the grinding abrasive disk are extended in the second groove, and the side of grinding abrasive disk is installed with shaft, and the shaft is remote One end from grinding abrasive disk is rotatably installed on the inner wall of semicircle rotation slot, and side of the grinding abrasive disk away from shaft is fixedly mounted There is the output shaft of electric rotating machine, side of the electric rotating machine away from grinding abrasive disk is fixedly mounted on semicircle rotation slot inner wall.

In the utility model, described one kind automatically cuts off grinding apparatus for swivel chair telescopic rod, passes through base, transmission work Platform, cut-out workbench, polishing workbench, slide are used cooperatively, and can be convenient for coherent cut-out sanding operation, be passed through accumulation Groove, raw bodies, promote groove, push-rod electric machine, place block, first through hole, the first cavity, telescope motor, through hole, partition plate cooperation Use, can be easy to carrying out accumulation transmission away from body, and transmission raw bodies can be carried out continuously, it is coherent with transmission Property, it is used cooperatively, can be easy to more to remote by mounting groove, the first range sensor, second distance sensor, type clamp hand Clamped from body, by the first groove, the second cavity, the second telescope motor, crushing block, the second through hole, sliding slot, sliding block, 3rd cavity, cylinder, cutter, third through-hole are used cooperatively, and can be easy to carry out firm cutting to the raw bodies of cutting, be led to Cross the second groove, semicircle rotation slot, grinding abrasive disk, shaft to be used cooperatively, can be easy to carry out the raw bodies after cut-out fast Speed polishing, the utility model can be easy to be carried out continuously transmission raw bodies, and can be easy to carry out the raw bodies of cutting Firm cutting, while can quickly be polished the raw bodies after cut-out, it is simple in structure, it is easy to use.

Brief description of the drawings

Fig. 1 be the utility model proposes a kind of automatically cut off the structure diagram of grinding apparatus for swivel chair telescopic rod；

Fig. 2 be the utility model proposes a kind of automatically cut off the transfer table knot of grinding apparatus for swivel chair telescopic rod Structure schematic diagram；

Fig. 3 be the utility model proposes a kind of automatically cut off the part A structure of grinding apparatus for swivel chair telescopic rod and show It is intended to；

Fig. 4 be the utility model proposes a kind of automatically cut off the cut-out workbench knot of grinding apparatus for swivel chair telescopic rod Structure schematic diagram；

Fig. 5 be the utility model proposes a kind of automatically cut off the part B structure of grinding apparatus for swivel chair telescopic rod and show It is intended to；

Fig. 6 be the utility model proposes a kind of automatically cut off the polishing workbench knot of grinding apparatus for swivel chair telescopic rod Structure schematic diagram.

In figure：1 base, 2 transfer tables, 3 cut-out workbench, 4 polishing workbenchs, 5 slides, 6 sliding shoes, 7 heaping grooves, 8 raw bodies, 9 promotion grooves, 10 push-rod electric machines, 11 placement blocks, 12 first through hole, 13 first cavitys, 14 telescope motors, 15 are run through Hole, 16 partition plates, 17 mounting grooves, 18 first range sensors, 19 second distance sensors, 20 mechanical clamp hands, 21 first grooves, 22 Second cavity, 23 second telescope motors, 24 crushing blocks, 25 second through holes, 26 sliding slots, 27 sliding blocks, 28 the 3rd cavitys, 29 cylinders, 30 cutters, 31 third through-holes, 32 second grooves, 33 semicircle rotation slots, 34 grinding abrasive disks, 35 shafts.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.

Embodiment.

With reference to Fig. 1-6, one kind automatically cuts off grinding apparatus, including base 1 for swivel chair telescopic rod, is set successively on base 1 There are transfer table 2, cut-out workbench 3 and polishing workbench 4, transfer table 2,4 bottom of cut-out workbench 3 and polishing workbench End is installed with sliding shoe 6, and 1 top of base offers slide 5, and sliding shoe 6 is slidably mounted in slide 5, transmits work Platform 2 is equipped with the accumulation transport mechanism for being used for raw material transmission, and cut-out workbench 3 is equipped with the fastening cutting machine for being used for cutting raw material Structure, polishing workbench 4 are equipped with the quick workpiece polishing mechanism for being used for polishing the raw material after cutting.Pass through base 1, transmission work Make platform 2, cut-out workbench 3, polishing workbench 4, slide 5 to be used cooperatively, coherent cut-out sanding operation can be convenient for, and It can be easy to be carried out continuously transmission raw bodies 8, and can be easy to carry out firm cutting to the raw bodies 8 of cutting, at the same time Can quickly it be polished the raw bodies 8 after cut-out, it is simple in structure, it is easy to use.

Accumulation transport mechanism includes being opened in the heaping groove 7 on 2 top of transfer table, in heaping groove 7 activity be placed with more A raw bodies 8,7 side of heaping groove are equipped with the promotion groove 9 for being opened in 2 top of transfer table, promote groove 9 close to heaping groove 7 Side bottom offer first through hole 12, first through hole 12 is connected with heaping groove 7, and first through hole 12 and raw bodies 8 It is adapted, promotes and be installed with push-rod electric machine 10 on 9 bottom inner wall of groove, be installed with and put on the output shaft of push-rod electric machine 10 Block 11 is put, 11 top of block is placed and offers semicircle placing groove, and places block 11 with 12 bottom inner wall of first through hole positioned at same On horizontal plane, the first gravity sensor is installed with the inner wall of semicircle placing groove bottom, the top of first through hole 12 is equipped with limit Position mechanism, position-limit mechanism includes the first cavity 13 being opened on transfer table 2, and the first cavity 13 is located at first through hole 12 Top, be installed with telescope motor 14 on 13 top inner wall of the first cavity, fixed welding on the output shaft of telescope motor 14 There is partition plate 16, offer through hole 15 on 13 bottom inner wall of the first cavity, through hole 15 is connected with first through hole 12, partition plate 16 It is movably arranged in through hole 15, and the bottom side of partition plate 16 is extended in first through hole 12.By heaping groove 7, raw bodies 8, Promote groove 9, push-rod electric machine 10, place block 11, first through hole 12, the first cavity 13, telescope motor 14, through hole 15, partition plate 16 It is used cooperatively, can be easy to carrying out accumulation transmission away from body 8, and transmission raw bodies 8 can be carried out continuously, there is transmission Continuity.

3 top of cut-out workbench is symmetrically installed with two mechanical clamp hands 20, and 3 both sides of cut-out workbench offer mounting groove 17, two mounting grooves 17 are installed with the first range sensor 18 respectively on the side inner wall away from opening and second distance passes Sensor 19, the side that fastening cutting mechanism includes being opened in 3 top of cut-out workbench is the first groove 21 of opening, the first groove 21 are located at position between two mechanical clamp hands 20, and the side of the first groove 21 is equipped with second be opened on cut-out workbench 3 Cavity 22, the second cavity 22 offer the second through hole 25, the second through hole 25 and first on the side inner wall of the first groove 21 Groove 21 is connected, and the second telescope motor 23 is movably installed with the second cavity 22, is consolidated on the output shaft of the second telescope motor 23 Surely crushing block 24 is welded with, crushing block 24 is movably arranged in the second through hole 25, and crushing block 24 is away from the second telescope motor 23 Side extend in the first groove 21, side of the crushing block 24 away from the second telescope motor 23 offers semicircle extruding groove, Side of first groove 21 away from the second cavity 22 is equipped with the 3rd cavity 28 being opened on cut-out workbench 3, the 3rd cavity 28 Third through-hole 31 is offered on the side inner wall of the first groove 21, third through-hole 31 is connected with the first groove 21, and the 3rd Cavity 28 is installed with cylinder 29 on the side inner wall away from third through-hole 31, and the output shaft of cylinder 29 is movably installed with cutter 30, cutter 30 is movably arranged in third through-hole 31, and side of the cutter 30 away from cylinder 29 is extended in the first groove 21, the Two cavitys 22 offer sliding slot 26 on the side inner wall away from the second through hole 25, the second telescope motor 23 is away from the second through hole 25 Side is installed with sliding block 27, and sliding block 27 is slidably mounted in sliding slot 26, is installed with 22 side inner wall of the second cavity Second push-rod electric machine, the output shaft of the second push-rod electric machine are fixedly welded on the side of sliding block 27,21 bottom inner wall of the first groove On be installed with the second gravity sensor.Pass through mounting groove 17, the first range sensor 18, second distance sensor 19, machine Type clamp hand 20 is used cooperatively, and can be easy to more to clamping away from body 8, passes through the first groove 21, the second cavity 22, the Two telescope motors 23, crushing block 24, the second through hole 25, sliding slot 26, sliding block 27, the 3rd cavity 28, cylinder 29, cutter the 30, the 3rd Through hole 31 is used cooperatively, and can be easy to carry out firm cutting to the raw bodies 8 of cutting.

The both sides that quick workpiece polishing mechanism includes being opened in the top of polishing workbench 4 are the second groove 32 of opening, and second Semicircle rotation slot 33 is symmetrically offered on 32 both sides inner wall of groove, grinding abrasive disk 34 is rotatablely equipped with semicircle rotation slot 33, The side of grinding abrasive disk 34 is extended in the second groove 32, and the side of grinding abrasive disk 34 is installed with shaft 35, and shaft 35 is away from mill One end of emery wheel 34 is rotatably installed on the inner wall of semicircle rotation slot 33, and side of the grinding abrasive disk 34 away from shaft 35 is fixedly mounted There is the output shaft of electric rotating machine, side of the electric rotating machine away from grinding abrasive disk 34 is fixedly mounted on semicircle 33 inner wall of rotation slot. It is used cooperatively, can be easy to the raw material after cut-out by the second groove 32, semicircle rotation slot 33, grinding abrasive disk 34, shaft 35 Body 8 is quickly polished, and the utility model can be easy to be carried out continuously transmission raw bodies 8, and can be easy to cutting Raw bodies 8 carry out firm cutting, while can quickly be polished the raw bodies 8 after cut-out, simple in structure, use Convenient, first apart from the model of range sensor 18 and second distance sensor 19 is GP2D120XJ00F, and the first gravity passes The model of sensor and the second gravity sensor is LFSC-A-20T.

The utility model：In use, placing raw bodies 8 in heaping groove 7, mobile heaping groove 7, heaping groove 7 passes through cunning Motion block 6 slides on slide 5, and transfer table 2 is close to cut-out workbench 3, the first Distance-sensing 18 detection transfer table 2 Position relationship with cutting off workbench 3, when transfer table 2 is contacted with cut-out workbench 3, starts telescope motor 14, stretches Motor 14 is moved up with dynamic dividing plate 16, and raw bodies 8 are moved to by first through hole 12 and placed on block 11, is squeezed away from body 8 Press the first gravity sensor so that telescope motor 14 is moved down with dynamic dividing plate 16, meanwhile, push-rod electric machine 10, which drives, places block 11 Move up, when movement is with transfer table 2, mechanical clamp hand 20 grips raw bodies 8, and is placed into the first groove 21, former Expect that body 8 extrudes the second gravity sensor so that the second telescope motor 23 drives crushing block 24 to move, 24 extruding raw material of crushing block Body 8, meanwhile, the second push-rod electric machine band movable slider 27 slides in sliding slot 26, and cylinder 29 drives cutter 30 to move, and cutter 30 is right Raw bodies 8 are cut, and after cutting, by the raw bodies 8 after the gripping cut-out of mechanical clamp hand 20, and raw bodies 8 are prevented Only in the second groove 32, raw bodies 8 are in contact with two grinding abrasive disks 34, and electric rotating machine drives grinding abrasive disk 34 to rotate, frosted The drive of wheel 34 raw bodies 8 rotate, and achieve the purpose that cut-out polishing.

The above, is only the preferable embodiment of the utility model, but the scope of protection of the utility model is not This is confined to, any one skilled in the art is in the technical scope that the utility model discloses, according to this practicality New technical solution and its inventive concept is subject to equivalent substitution or change, should all cover the scope of protection of the utility model it It is interior.

Claims (8)

1. one kind automatically cuts off grinding apparatus, including base (1) for swivel chair telescopic rod, it is characterised in that on the base (1) Transfer table (2), cut-out workbench (3) and polishing workbench (4), the transfer table (2), cut-out work are equipped with successively Platform (3) and polishing workbench (4) bottom are installed with sliding shoe (6), and base (1) top offers slide (5), institute State sliding shoe (6) to be slidably mounted in slide (5), the transfer table (2) is equipped with the accumulation transmission for being used for raw material transmission Mechanism, the cut-out workbench (3) are equipped with the fastening cutting mechanism for being used for cutting raw material, are set on the polishing workbench (4) It is useful for the quick workpiece polishing mechanism polished the raw material after cutting.

2. one kind according to claim 1 automatically cuts off grinding apparatus for swivel chair telescopic rod, it is characterised in that the heap Product transport mechanism includes being opened in the heaping groove (7) on transfer table (2) top, and the interior activity of the heaping groove (7) is placed with more A raw bodies (8), heaping groove (7) side is equipped with the promotion groove (9) for being opened in transfer table (2) top, described to push away Dynamic groove (9) offers first through hole (12), the first through hole (12) and heaping groove (7) close to the side bottom of heaping groove (7) It is connected, and first through hole (12) is adapted with raw bodies (8), is installed with and is pushed away on promotion groove (9) bottom inner wall Bar motor (10), is installed with the output shaft of the push-rod electric machine (10) and places block (11), described placement block (11) top Semicircle placing groove is offered, and places block (11) and is located at first through hole (12) bottom inner wall in same level, described half The first gravity sensor is installed with the inner wall of circular placing groove bottom.

3. one kind according to claim 2 for swivel chair telescopic rod automatically cuts off grinding apparatus, it is characterised in that described the Position-limit mechanism is equipped with above one through hole (12), the position-limit mechanism includes the first cavity being opened on transfer table (2) (13), and the first cavity (13) is located at the top of first through hole (12), is fixedly mounted on the inner wall of the first cavity (13) top There is telescope motor (14), partition plate (16), first cavity (13) are fixedly welded with the output shaft of the telescope motor (14) Through hole (15) is offered on the inner wall of bottom, the through hole (15) is connected with first through hole (12), and the partition plate (16) is living It is dynamic to be installed in through hole (15), and the bottom side of partition plate (16) is extended in first through hole (12).

4. one kind according to claim 1 automatically cuts off grinding apparatus for swivel chair telescopic rod, it is characterised in that described to cut Disconnected workbench (3) top is symmetrically installed with two mechanical clamp hands (20), and described cut-out workbench (3) both sides offer mounting groove (17), the first range sensor (18) and second are installed with respectively on side inner wall of two mounting grooves (17) away from opening Range sensor (19).

5. one kind according to claim 1 or 4 automatically cuts off grinding apparatus for swivel chair telescopic rod, it is characterised in that institute State fastening cutting mechanism include be opened in cut-out workbench (3) top side be opening the first groove (21), described first Groove (21) position between two mechanical clamp hands (20), the side of first groove (21), which is equipped with, is opened in cut-out work Make the second cavity (22) on platform (3), second cavity (22) offers the on the side inner wall of the first groove (21) Two through holes (25), second through hole (25) are connected with the first groove (21), are movably installed with second cavity (22) Second telescope motor (23), is fixedly welded with crushing block (24), the extruding on the output shaft of second telescope motor (23) Block (24) is movably arranged in the second through hole (25), and side of the crushing block (24) away from the second telescope motor (23) extends to the In one groove (21), side of the crushing block (24) away from the second telescope motor (23) offers semicircle extruding groove.

6. one kind according to claim 5 for swivel chair telescopic rod automatically cuts off grinding apparatus, it is characterised in that described the Side of one groove (21) away from the second cavity (22) is equipped with the 3rd cavity (28) being opened on cut-out workbench (3), described 3rd cavity (28) offers third through-hole (31) on the side inner wall of the first groove (21), the third through-hole (31) with First groove (21) is connected, and the 3rd cavity (28) is installed with cylinder on the side inner wall away from third through-hole (31) (29), the output shaft of the cylinder (29) is movably installed with cutter (30), and the cutter (30) is movably arranged on third through-hole (31) in, and side of the cutter (30) away from cylinder (29) is extended in the first groove (21).

7. one kind according to claim 5 for swivel chair telescopic rod automatically cuts off grinding apparatus, it is characterised in that described the Two cavitys (22) offer sliding slot (26) on the side inner wall away from the second through hole (25), and second telescope motor (23) is remote The side of second through hole (25) is installed with sliding block (27), and the sliding block (27) is slidably mounted in sliding slot (26), and described the The second push-rod electric machine is installed with the inner wall of two cavitys (22) side, the output shaft of second push-rod electric machine is fixedly welded on On the side of sliding block (27), the second gravity sensor is installed with the inner wall of the first groove (21) bottom.

8. one kind according to claim 1 automatically cuts off grinding apparatus for swivel chair telescopic rod, it is characterised in that described fast The both sides that fast workpiece polishing mechanism includes being opened at the top of polishing workbench (4) are the second groove (32) of opening, and described second is recessed Semicircle rotation slot (33) is symmetrically offered on the inner wall of groove (32) both sides, mill is rotatablely equipped with the semicircle rotation slot (33) Emery wheel (34), the side of the grinding abrasive disk (34) are extended in the second groove (32), and the side of grinding abrasive disk (34) is installed with Shaft (35), the one end of the shaft (35) away from grinding abrasive disk (34) are rotatably installed on the inner wall of semicircle rotation slot (33), Side of the grinding abrasive disk (34) away from shaft (35) is installed with the output shaft of electric rotating machine, and the electric rotating machine is away from mill The side of emery wheel (34) is fixedly mounted on semicircle rotation slot (33) inner wall.