CN206721230U - A kind of numerical control oil side machine - Google Patents

A kind of numerical control oil side machine Download PDF

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Publication number
CN206721230U
CN206721230U CN201720322609.XU CN201720322609U CN206721230U CN 206721230 U CN206721230 U CN 206721230U CN 201720322609 U CN201720322609 U CN 201720322609U CN 206721230 U CN206721230 U CN 206721230U
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CN
China
Prior art keywords
unit
sucker
positioning table
driver element
cladding
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CN201720322609.XU
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Chinese (zh)
Inventor
刘志勇
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Dongguan Force Automation Equipment Technology Co Ltd
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Dongguan Force Automation Equipment Technology Co Ltd
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Priority to CN201720322609.XU priority Critical patent/CN206721230U/en
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Abstract

The utility model discloses a kind of numerical control oil side machine, including:One oily side operating space and a baking box unit;The oily side operating space includes a workbench, the cladding placement unit being arranged on the workbench, positioning table unit and oily side device, be used for the first conveying device cladding on the cladding placement unit being transported on the positioning table unit above the cladding placement unit and the positioning table unit, installed in the positioning table unit and the oily pivot device for carrying out oily side operation for device when the cladding on the positioning table unit is transported into described oily above device, the second conveying device installed in the pivot device side, a baking box cartridge unit docked with second conveying device is provided with the baking box unit.The utility model has oily side efficiency high, oiled the advantages of uniform, additionally it is possible to reduces the input of labour, improves the automaticity on cladding oil side.

Description

A kind of numerical control oil side machine
Technical field:
Oily side machine technical field is the utility model is related to, it is more specifically to a kind of to be used to carry out oil to the edge of cladding While numerical control oil while machine.
Background technology:
, such as must shadow without processing because edge of the cladding after cutting is more coarse in cladding process It is attractive in appearance to ring product.Therefore, need to carry out oiling treatment to the cladding edge after cutting before finished product is made in cladding.Traditional cladding Oily side operation is typically all using artificial manual operations, there is that operating efficiency is low, labor intensity is big, oil uneven ask Topic.
Utility model content:
The purpose of this utility model and provides a kind of numerical control oil side machine, it has oil aiming at the demand of existing market Side efficiency high, oil the advantages of uniform, additionally it is possible to reduce the input of labour, improve the automaticity on cladding oil side.
Technology solution of the present utility model is as follows:A kind of numerical control oil side machine, including:One oily side operating space and a baking box Unit, the baking box unit are located at the side of the oily side operating space;The oily side operating space includes a workbench, is arranged on institute Cladding placement unit, positioning table unit and the oily side device on workbench are stated, installed in the cladding placement unit and described fixed The first conveying for being used to the cladding on the cladding placement unit being transported on the positioning table unit above the platform unit of position fills Put, be used to the cladding on the positioning table unit being transported to institute above the positioning table unit and the oily side device The pivot device of the oily operation when device carries out oily is stated, is used for installed in the pivot device side by the rotation The cladding that oily side operation is completed on center fixture is transported to the second conveying device of the baking box unit, is set on the baking box unit It is equipped with a baking box cartridge unit docked with second conveying device.
As the preferred of above-mentioned technical proposal, the cladding placement unit includes the ball wire being arranged on the workbench Thick stick module, the bottom plate in the ball-screw module, the stock supporting plate being arranged on by lead above the bottom plate Be movably arranged on the bottom plate and through some thimbles of the stock supporting plate, wherein, be molded on the top end face of the bottom plate There are the cannelure and transverse groove for setting the thimble, formed on the stock supporting plate and the cannelure and the transverse groove The relative U-shaped breach worn for the thimble, the ball-screw module for the bottom plate provide one along Y direction straight line Move back and forth.
As the preferred of above-mentioned technical proposal, multiple cannelures and multiple transverse directions are provided with the bottom plate Groove, between the cannelure and the transverse groove right-angled intersection set, be parallel to each other between the cannelure and spaced set, It is parallel to each other between the transverse groove and spaced set;The length of the U-shaped breach, by the short order in middle long both ends Arrangement.
As the preferred of above-mentioned technical proposal, first conveying device is fixedly installed on the cladding including one and places list The first driver element above first and described positioning table unit, one are arranged on the second driver element on first driver element With one be arranged on second driver element on the first sucker, wherein, first driver element be first sucker carry For one along X-direction straight reciprocating motion, second driver element provides one along the straight of Z-direction for first sucker Line is moved back and forth, and the suction nozzle on first sucker is set towards the cladding placement unit.
As the preferred of above-mentioned technical proposal, the positioning table unit is fixedly installed on the workbench including one to be determined Position platform and by pole socket be arranged on the positioning table four edges on gag lever post, wherein, formed on the positioning table with The cell body that the gag lever post is engaged.
As the preferred of above-mentioned technical proposal, the pivot device includes one positioned at the positioning table unit and described Pivot between oily side device and multiple second sucker units on the pivot, wherein, described second Sucker unit is arranged on second on the piston rod of the cylinder including a cylinder being arranged on the pivot and one Sucker, the cylinder are arranged on the pivot in an inverted manner, the piston rod of second sucker and the cylinder It is connected, the suction nozzle on second sucker is set towards the positioning table unit.
As the preferred of above-mentioned technical proposal, four the second sucker units are provided with the pivot, it is described Set at equal intervals between second sucker unit.
As the preferred of above-mentioned technical proposal, the oily side device includes the 3rd driving being arranged on the workbench Unit, the 4th driver element being arranged on the 3rd driver element, it is slidably arranged on the 4th driver element Mounting bracket, the rotating shaft being arranged on the mounting bracket, it is arranged on the mounting bracket for driving the first of the axis of rotation Motor, the loading plate being connected with the rotating shaft, the oil storage box on the loading plate, it is arranged at the top of the oil storage box Oil head, connect the oil head and the oil storage box oil pocket send oil pipe, the roller groups on the loading plate, installed in institute State and be used for the second motor for driving roller groups rotation on loading plate, wherein, the output shaft of first motor and described turn A belt wheel is arranged with axle respectively, by being driven band connection, the rolling for sending oil pipe to be located at the roller groups between the belt wheel Fluid in oil storage box oil pocket is simultaneously delivered to the oil head, the oil storage box by between centers by extruding force caused by the roller groups Top end face on form a pouring orifice, the oil head is located at the top of the pouring orifice.
As the preferred of above-mentioned technical proposal, second conveying device include one be arranged on above the workbench the Five driver elements, the 6th driver element being arranged on the 5th driver element, one are arranged on the 6th driver element On substrate, installation the 3rd sucker on the substrate, wherein, the 5th driver element provides one for the 3rd sucker Along the straight reciprocating motion of X-direction, it is past along the straight line of Z-direction that the 6th driver element for the 3rd sucker provides one It is multiple to move, the 3rd motor for being used to drive the 3rd sucker rotation is additionally provided with the substrate.
As the preferred of above-mentioned technical proposal, a protective cover, the cladding placement unit, institute are covered with the workbench State the first conveying device, the positioning table unit, the pivot device, the oily side device and second conveying device It is respectively positioned in the protective cover.
The beneficial effects of the utility model are:Pass through cladding placement unit, the first conveying device, positioning table unit, rotation Turn center fixture, oily side device, the second conveying device and baking box unit so that cladding is automatic complete in the case where prosthetic is intervened Into it is oily in operation pass material, it is oily while and drying production operation, substantially increase the operating efficiency on cladding oil side, reduce The input of labour, improves the automaticity on cladding oil side, and oils uniformly.
Brief description of the drawings:
The following drawings is only intended to, in doing the utility model schematic illustration and explanation, not limit model of the present utility model Enclose.Wherein:
Fig. 1 is one of overall structure diagram of the present utility model;
Fig. 2 is the two of overall structure diagram of the present utility model;
Fig. 3 is one of the structural representation in oily border area of the present utility model;
Fig. 4 is the two of the structural representation in oily border area of the present utility model;
Fig. 5 is the structural representation of cladding placement unit of the present utility model;
Fig. 6 is the structural representation of bottom plate of the present utility model;
Fig. 7 is the structural representation of stock supporting plate of the present utility model;
Fig. 8 is the structural representation of the first conveying device of the present utility model;
Fig. 9 is the structural representation of positioning table unit of the present utility model;
Figure 10 is the structural representation of pivot device of the present utility model;
Figure 11 is one of structural representation of oily side device of the present utility model;
Figure 12 is the two of the structural representation of oily side device of the present utility model;
Figure 13 is the three of the structural representation of oily side device of the present utility model;
Figure 14 is the structural representation of the second conveying device of the present utility model.
In figure, 10, workbench;20th, cladding placement unit;21st, ball-screw module;22nd, bottom plate;221st, cannelure; 222nd, transverse groove;23rd, thimble;231st, matrix;24th, lead;25th, stock supporting plate;251st, U-shaped breach;30th, the first conveying device; 31st, the first driver element;32nd, the second driver element;33rd, the first sucker;40th, positioning table unit;41st, positioning table;411st, cell body; 42nd, pole socket;43rd, gag lever post;50th, pivot device;51st, pivot;52nd, the second sucker unit;521st, cylinder;522nd, Two suckers;60th, oily side device;61st, the 3rd driver element;62nd, the 4th driver element;63rd, mounting bracket;631st, the first motor; 632nd, rotating shaft;633rd, transmission belt;64th, loading plate;65th, oil storage box;651st, pouring orifice;66th, oil head;67th, the second motor;68th, roll Axle group;70th, the second conveying device;71st, the 5th driver element;72nd, the 6th driver element;73rd, substrate;731st, the 3rd sucker; 732nd, the 3rd motor;80th, protective cover;90th, baking box unit;91st, gateway;92nd, baking box cartridge unit.
Embodiment:
Embodiment:Embodiment of the present utility model, those skilled in the art are illustrated by particular specific embodiment below Other advantages and effect of the present utility model can be understood easily by content disclosed in the present specification.X-axis in the present embodiment, Y-axis and Z axis are shown in shown in accompanying drawing 3.
As shown in Fig. 1 and Fig. 2, a kind of numerical control oil side machine, including:One oily side operating space and a baking box unit 90, it is described roasting Box unit 90 is located at the side of the oily side operating space, and the baking box unit 90 is provided with the discrepancy for entering or taking out for cladding Mouth 91, the cladding outlet port after so drying is identical with the entrance location of cladding, is easy to the operation of worker.
As shown in Fig. 3 and Fig. 4, the oily side operating space includes a workbench 10, the skin being arranged on the workbench 10 Placement unit 20, positioning table unit 40 and oily side device 60 are expected, installed in the cladding placement unit 20 and the positioning table list The first conveying that the top of member 40 is used to the cladding on the cladding placement unit 20 being transported on the positioning table unit 40 fills 30 are put, is used for above the positioning table unit 40 and the oily side device 60 by the cladding on the positioning table unit 40 The pivot device 50 of the oily operation when device 60 carries out oily is transported to, installed in the side of pivot device 50 The second conveying for the cladding that oily side operation is completed on the pivot device 50 to be transported to the baking box unit 90 fills 70 are put, a baking box cartridge unit 92 docked with second conveying device 70 is provided with the baking box unit 90, it is described roasting Clamp head unit 92 is located at the gateway 91, and circulation link chain (not shown) and infrared is additionally provided with the baking box unit 90 Line heat lamp (not shown), the baking box cartridge unit 92 are arranged on the circulation link chain, the folder of the baking box cartridge unit 92 After head clamps the cladding being conveyed through via second conveying device 70, cladding is sent into by described bake by the circulation link chain Drying operation is carried out in box unit 90, after the oily side drying of cladding, recycles circulation link chain to send out cladding.The workbench 10 On be covered with a protective cover 80, the cladding placement unit 20, first conveying device 30, the positioning table unit 40, institute Pivot device 50, the oily side device 60 and second conveying device 70 is stated to be respectively positioned in the protective cover 80.
As shown in Figure 5, the cladding placement unit 20 include be arranged on the workbench 10 on ball-screw module 21, A bottom plate 22 in the ball-screw module 21, the stock supporting plate being arranged on by lead 24 above the bottom plate 22 25 and it is movably arranged on the bottom plate 22 and through some thimbles 23 of the stock supporting plate 25, wherein, the top of the bottom plate 22 The cannelure 221 and transverse groove 222 for setting the thimble 23 are formed on end face, the thimble 23 is set by matrix 231 Put on the cannelure 221 and the transverse groove 222, formed on the stock supporting plate 25 and the cannelure 221 and described The relative U-shaped breach 251 worn for the thimble 23 of transverse groove 222, the ball-screw module 21 are that the bottom plate 22 carries For one along Y direction straight reciprocating motion.As shown in Fig. 6 and Fig. 7, multiple cannelures are provided with the bottom plate 22 221 and multiple transverse grooves 222, between the cannelure 221 and the transverse groove 222 right-angled intersection set, the longitudinal direction It is parallel to each other and spaced set, is parallel to each other between the transverse groove 222 and spaced set between groove 221;It is described U-shaped scarce The length of mouth 251, arranged by the short order in middle long both ends.
As shown in Figure 8, first conveying device 30 is fixedly installed on the cladding placement unit 20 and described including one First driver element 31, one of the top of positioning table unit 40 is arranged on the second driver element 32 on first driver element 31 With one be arranged on second driver element 32 on the first sucker 33, wherein, first driver element 31 be described first Straight reciprocating motion of the offer of sucker 33 one along X-direction, second driver element 32 are that first sucker 33 provides one Along the straight reciprocating motion of Z-direction, the suction nozzle on first sucker 33 is set towards the cladding placement unit 20.
As shown in Figure 9, the positioning table unit 40 includes a He of positioning table 41 being fixedly installed on the workbench 10 The gag lever post 43 being arranged on by pole socket 42 on four edges of the positioning table 41, wherein, formed on the positioning table 41 The cell body 411 being engaged with the gag lever post 43.Cladding is placed on after positioning table 41 by adjusting the gag lever post 43 described The positioning of cladding is realized in position on cell body 411.
As shown in Figure 10, the pivot device 50 is located at the positioning table unit 40 and the oily side device including one Pivot 51 between 60 and multiple second sucker units 52 on the pivot 51, wherein, described second Sucker unit 52 includes a cylinder 521 being arranged on the pivot 51 and one and is arranged on the piston of the cylinder 521 The second sucker 522 on bar, the cylinder 521 are arranged on the pivot 51 in an inverted manner, second sucker 522 are connected with the piston rod of the cylinder 521, and the suction nozzle on second sucker 522 is set towards the positioning table unit 40, Four the second sucker units 52 are provided with the pivot 51, are set at equal intervals between the second sucker unit 52 Put.The neighboring area of the pivot 51 is divided into four zonules, respectively pickup area, waiting area, oily border area and defeated Area is sent, the pickup area, the waiting area, the oily border area and the delivery area are set in the direction of the clock, the pickup area The corresponding positioning table 41, the oily border area corresponds to the oily side device 60, the delivery area corresponds to second conveying device 70。
As shown in Figure 11 to Figure 13, it is single that the oily side device 60 includes the 3rd driving being arranged on the workbench 10 First 61, one the 4th driver element 62 being arranged on the 3rd driver element 61, it is slidably arranged in the 4th driver element Mounting bracket 63 on 62, the rotating shaft 632 being arranged on the mounting bracket 63, be arranged on the mounting bracket 63 be used to driving it is described First motor 631 of the rotation of rotating shaft 632, the loading plate 64 being connected with the rotating shaft 632, the storage on the loading plate 64 Oil box 65, the oil head 66 for being arranged on the top of the oil storage box 65, the connection oil head 66 and the oil pocket of the oil storage box 65 send oil Pipe (not shown), the roller groups 68 on the loading plate 64, on the loading plate 64 be used for drive the rolling The second motor 67 that axle group 68 rotates, wherein, it is arranged with respectively in the output shaft of first motor 631 and the rotating shaft 632 One belt wheel, connected by transmission belt 633 between the belt wheel, it is described to send oil pipe to be located between the roller bearing of the roller groups 68 and pass through Fluid in the oil pocket of oil storage box 65 is delivered to the oil head 66 by extruding force caused by the roller groups 68, the oil storage box 65 A pouring orifice 651 is formed on top end face, the oil head 66 is located at the top of the pouring orifice 651.
As shown in Figure 14, second conveying device 70 is used to the cladding of the delivery area of the pivot 51 being transported to The baking box unit 90;Second conveying device 70 includes the 5th driver element for being arranged on the top of workbench 10 71st, the 6th driver element 72, one being arranged on the 5th driver element 71 is arranged on the 6th driver element 72 Substrate 73, the 3rd sucker 731 on the substrate 73, wherein, the 5th driver element 71 be the described 3rd inhale Straight reciprocating motion of the offer of disk 731 one along X-direction, the 6th driver element 72 are that the 3rd sucker 731 provides one Along the straight reciprocating motion of Z-direction, be additionally provided with the substrate 73 one be used to driving the 3rd sucker 731 rotation the Three motors 732.
Operation principle:Cladding after severing is placed on stock supporting plate 25, spacing, utilization is carried out to cladding by thimble 23 Stock supporting plate 25 is delivered to the lower section of first conveying device 30 by ball-screw module 21, and the of first conveying device 30 One driver element 31 and the second driver element 32 are that the first sucker 33 provides X-axis, the linear motion of Z-direction, so that institute The cladding stated on stock supporting plate 25 is got up and is transported on the positioning table 41, the positioning table 41 by first sucker 33 absorption On gag lever post 43 cladding is carried out again spacing, now, the second sucker unit 52 on pivot 51 positioned at feeding area is accurate Material is on the waiting list, specifically, cylinder 521 controls the second sucker 522 to move down, when second sucker 522 presses close to positioning table 41, positioning Cladding on platform 41 is then attracted on second sucker 522, is then driven the pivot 51 to rotate to an angle, is made Above-mentioned second sucker 522 that cladding must be adsorbed with is located at waiting area, then, when the pivot 51 rotates to an angle again Afterwards, second sucker 522 is located at oily border area, and second sucker 522 is displaced downwardly to and matched with oil head 66 by the cylinder 521 Height, the 3rd driver element 61 and the 4th driver element 62 be respectively oil head provide a Y-axis, X-direction it is straight Line is moved, and the first motor 631 is rotated by transmission belt 633 and belt wheel oil head 66, so that the oil head 66 is flexible Along the border movement of cladding, after oily side is terminated, second sucker 522 is rotated to delivery area, and corresponding with delivery area The cladding that oily side is completed is transported to the baking box unit 90 by two conveying devices 70, is being transported to the process of the baking box unit 90 In, the 3rd sucker 731 of second conveying device 70 need to be rotated by 90 ° so that cladding is in the state of vertical display, then to It is upper to be moved toward the direction of baking box cartridge unit 92 so that cladding is clamped on the baking box cartridge unit 92, and the baking box presss from both sides Head unit 92 is provided on circulation link chain, by the circulation link chain cladding can be driven to be moved in the baking box unit 90 It is dynamic, complete drying operation.
The embodiment is to illustrative the utility model, not for limitation the utility model.Any this area Technical staff can modify without prejudice under spirit and scope of the present utility model to the embodiment, therefore this practicality New rights protection scope, should be as listed by claim of the present utility model.

Claims (10)

  1. A kind of 1. numerical control oil side machine, it is characterised in that including:One oily side operating space and a baking box unit (90), the baking box list First (90) are located at the side of the oily side operating space;
    The oily side operating space includes a workbench (10), be arranged on cladding placement unit (20) on the workbench (10), Positioning table unit (40) and oily side device (60), on the cladding placement unit (20) and the positioning table unit (40) Side is used for the first conveying device being transported to the cladding on the cladding placement unit (20) on the positioning table unit (40) (30), it is used for above the positioning table unit (40) and the oily side device (60) by the positioning table unit (40) Cladding be transported to it is described it is oily while device (60) carry out it is oily while operation pivot device (50), installed in the pivot Device (50) side is used to the cladding for completing oily side operation on the pivot device (50) being transported to the baking box unit (90) the second conveying device (70), one is provided with the baking box unit (90) and is docked with second conveying device (70) Baking box cartridge unit (92).
  2. 2. numerical control oil side machine according to claim 1, it is characterised in that:The cladding placement unit (20) includes being arranged on Ball-screw module (21) on the workbench (10), the bottom plate (22) on the ball-screw module (21), Stock supporting plate (25) above the bottom plate (22) is arranged on by lead (24) and is movably arranged on the bottom plate (22) simultaneously Through some thimbles (23) of the stock supporting plate (25), wherein, formed on the top end face of the bottom plate (22) for setting institute The cannelure (221) and transverse groove (222) of thimble (23) are stated, is formed and the cannelure (221) on the stock supporting plate (25) The U-shaped breach (251) that the confession thimble (23) relative with the transverse groove (222) is worn, the ball-screw module (21) For straight reciprocating motion of the bottom plate (22) offer one along Y direction.
  3. 3. numerical control oil side machine according to claim 2, it is characterised in that:It is provided with the bottom plate (22) multiple described vertical To groove (221) and multiple transverse grooves (222), between the cannelure (221) and the transverse groove (222) right-angled intersection set Put, be parallel to each other between the cannelure (221) and spaced set, between being parallel to each other and wait between the transverse groove (222) Away from setting;The length of the U-shaped breach (251), arranged by the short order in middle long both ends.
  4. 4. numerical control oil side machine according to claim 1, it is characterised in that:First conveying device (30) includes one and fixed It is arranged on the first driver element (31) above the cladding placement unit (20) and the positioning table unit (40), one is arranged on The second driver element (32) on first driver element (31) and one be arranged on second driver element (32) the One sucker (33), wherein, first driver element (31) is that first sucker (33) offer one is past along the straight line of X-direction Multiple motion, second driver element (32) be first sucker (33) provide one along Z-direction straight reciprocating motion, institute The suction nozzle stated on the first sucker (33) is set towards the cladding placement unit (20).
  5. 5. numerical control oil side machine according to claim 1, it is characterised in that:The positioning table unit (40) includes a fixation and set Put the positioning table (41) on the workbench (10) and four edges of the positioning table (41) are arranged on by pole socket (42) On gag lever post (43), wherein, the cell body (411) being engaged with the gag lever post (43) is formed on the positioning table (41).
  6. 6. numerical control oil side machine according to claim 1, it is characterised in that:The pivot device (50) is located at including one Pivot (51) between the positioning table unit (40) and the oily side device (60) and installed in the pivot (51) multiple second sucker units (52) on, wherein, the second sucker unit (52) includes one and is arranged in the rotation A cylinder (521) and one on the heart (51) are arranged on the second sucker (522) on the piston rod of the cylinder (521), the gas Cylinder (521) is arranged on the pivot (51) in an inverted manner, second sucker (522) and the cylinder (521) Piston rod be connected, the suction nozzle on second sucker (522) is set towards the positioning table unit (40).
  7. 7. numerical control oil side machine according to claim 6, it is characterised in that:Four institutes are provided with the pivot (51) The second sucker unit (52) is stated, is set at equal intervals between the second sucker unit (52).
  8. 8. numerical control oil side machine according to claim 1, it is characterised in that:The oily side device (60) is arranged on institute including one State the 3rd driver element (61) on workbench (10), one be arranged on the 4th driver element on the 3rd driver element (61) (62) mounting bracket (63), being slidably arranged on the 4th driver element (62), turn being arranged on the mounting bracket (63) Axle (632), be arranged on the mounting bracket (63) be used for drive the rotating shaft (632) rotate the first motor (631), with it is described The loading plate (64) of rotating shaft (632) connection, the oil storage box (65) on the loading plate (64), it is arranged on the oil storage box (65) oil head (66) at the top of, sending oil pipe, being held installed in described for the oil head (66) and the oil storage box (65) oil pocket is connected Roller groups (68) on support plate (64), be used on the loading plate (64) driving the roller groups (68) to rotate second Motor (67), wherein, a belt wheel is arranged with respectively in the output shaft of first motor (631) and the rotating shaft (632), it is described Connected between belt wheel by transmission belt (633), it is described to send oil pipe to be located between the roller bearing of the roller groups (68) and by the rolling Fluid in oil storage box (65) oil pocket is delivered to the oil head (66), the oil storage box (65) by extruding force caused by axle group (68) Top end face on form a pouring orifice (651), the oil head (66) is located at the top of the pouring orifice (651).
  9. 9. numerical control oil side machine according to claim 1, it is characterised in that:Second conveying device (70) includes an installation The 5th driver element (71), the 6th drive on the 5th driver element (71) above the workbench (10) Moving cell (72), one are arranged on the substrate (73) on the 6th driver element (72), on the substrate (73) Three suckers (731), wherein, the 5th driver element (71) is straight line of the 3rd sucker (731) offer one along X-direction Move back and forth, the 6th driver element (72) is that the 3rd sucker (731) offer one is transported along the linear reciprocation of Z-direction It is dynamic, the 3rd motor (732) for being used to drive the 3rd sucker (731) rotation is additionally provided with the substrate (73).
  10. 10. numerical control oil side machine according to claim 1, it is characterised in that:A protection is covered with the workbench (10) Cover (80), the cladding placement unit (20), first conveying device (30), the positioning table unit (40), the rotation Center fixture (50), the oily side device (60) and second conveying device (70) are respectively positioned in the protective cover (80).
CN201720322609.XU 2017-03-30 2017-03-30 A kind of numerical control oil side machine Active CN206721230U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201720322609.XU CN206721230U (en) 2017-03-30 2017-03-30 A kind of numerical control oil side machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201720322609.XU CN206721230U (en) 2017-03-30 2017-03-30 A kind of numerical control oil side machine

Publications (1)

Publication Number Publication Date
CN206721230U true CN206721230U (en) 2017-12-08

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ID=60503367

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201720322609.XU Active CN206721230U (en) 2017-03-30 2017-03-30 A kind of numerical control oil side machine

Country Status (1)

Country Link
CN (1) CN206721230U (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106967854A (en) * 2017-03-30 2017-07-21 东莞市具力自动化设备科技有限公司 A kind of oily side machine of numerical control

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106967854A (en) * 2017-03-30 2017-07-21 东莞市具力自动化设备科技有限公司 A kind of oily side machine of numerical control
CN106967854B (en) * 2017-03-30 2019-09-03 东莞市具力自动化设备科技有限公司 A kind of numerical control oil side machine

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