CN208906400U

CN208906400U - A kind of slide unit for machining

Info

Publication number: CN208906400U
Application number: CN201821866961.0U
Authority: CN
Inventors: 朱俊宇
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-13
Filing date: 2018-11-13
Publication date: 2019-05-28
Anticipated expiration: 2028-11-13

Abstract

The utility model discloses a kind of slide units for machining, its structure includes casing, support leg, horizon sensor and lifting device, by being provided with two fixed devices, two the second motors drive telescopic rod to be promoted by screw rod respectively, and then fixation is clamped to processing part, be conducive to carry out different controls to the length of two fixed devices, and then control the back-and-forth motion of processing equipment, reach and processing part has been fixed, and allow to process the beneficial effect that part is moved forward and backward, by being provided with horizon sensor and lifting device, the third motor generation power controlled respectively in two lifting devices is detected by level angle of the horizon sensor to bench top to move up and down by third screw rod band movable slider, and then it is adjusted by level angle of the support rod to workbench, it reaches Guarantee workbench horizontality has been arrived, has prevented sliding table bench face from tilting, the beneficial effect of deviation is generated when causing to process part.

Description

A kind of slide unit for machining

Technical field

The utility model relates to technical fields of mechanical processing, and in particular to a kind of slide unit for machining.

Background technique

Slide unit is by lathe bed, and slide plate, the composition such as lead screw, structure is simple, and easy to repair, mechanical skid plateform working principle is slide plate Longitudinal movement is done on lathe bed, because of its lead screw transmission, needs to use special slide unit in machining, it is therefore desirable to Yi Zhongyong Machinery is assisted to be processed in the slide unit of machining, with the rapid development of science and technology, slide unit for machining Also technological improvement has been obtained, but processing part can not be fixed in the prior art, and before can not carrying out to processing part After move, and sliding table bench face out-of-flatness causes to lead to the problem of deviation when processing part.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of slide unit for machining, it can not to solve the prior art The problem of being fixed, and can not being moved forward and backward to processing part to processing part, has reached and has carried out to processing part It is fixed, and allow to process the beneficial effect that part is moved forward and backward, to solve the sliding table bench face of the prior art not It is smooth, cause to lead to the problem of deviation when processing part, has reached guarantee workbench horizontality, prevented sliding table bench face Inclination generates the beneficial effect of deviation when causing to process part.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of cunnings for machining Platform: including casing, support leg, control cabinet, control switch, display screen, circumscripted power line, sliding slot, workbench, first motor, One screw rod, scooter, polished rod, internal screw thread bar, slot, microprocessor, fixed device, horizon sensor and lifting device, it is described Casing bottom end edge is bolted with support leg top, carries out bolt company with control cabinet on the right side of top on rear side of the casing It connects, carries out insertion cooperation on the right side of the control cabinet with control switch, the control cabinet top and display screen carry out insertion cooperation, institute It states and carries out insertion cooperation on the inside of control cabinet with microprocessor, the sliding slot carries out insertion and match in strip and casing top end face inside It closes, is bolted in the middle part of the casing left end with first motor, it is left through casing by rotation on the right side of the first motor Side is bolted with the first screw rod left end the center point, and the polished rod is in strip, and left and right ends and internal side of shell bottom Carry out rotation grafting at left and right sides of portion, be threadedly coupled on the outside of first screw rod with internal screw thread bar, on the outside of the polished rod and Internal screw thread bar carries out grafting, is welded in the middle part of internal screw thread bar top and scooter bottom face, the slot top and cunning Slide carriage bottom face front and rear sides are welded, and scooter top end face front and rear sides carry out bolt company with lifting device bottom It connects, and two lifting device tops are bolted with workbench bottom face front and rear sides respectively, the workbench top Face front and rear sides are bolted with fixed device, are carried out insertion with horizon sensor in the middle part of the bench top end face and are matched It closes, the fixed device is made of fixed block, the second motor, the second screw rod, telescopic rod, cross bar and rubber pad, the fixed block Interior middle part is bolted with the second motor, second motor front end by rotation axis and the second screw rod rear end the center point into Row is bolted, and the second screw rod outside front ends are threadedly coupled with telescopic rod, and the telescopic rod front end and cross bar carry out It being bolted, the cross bar front end carries out be bonded with rubber pad, and the fixed block bottom is bolted with workbench top, The lifting device is by shell, third motor, shaft coupling, third screw rod, sliding block and support bar group at, the shell bottom end and the Three motor tops are bolted, and the shell inner lower edge is bolted with shaft coupling bottom end, the third screw rod Bottom end is bolted through shaft coupling with third motor by rotation axis, and third screw mandrel top passes through bearing and shell It is rotatablely connected, is threadedly coupled on the outside of the third screw rod with sliding block, the sliding block top passes through scolding tin and support rod It is welded, third motor bottom end is bolted with scooter top end face, the supporting bar top and workbench bottom End face is bolted, and the circumscripted power line is electrically connected with control switch, the control switch, horizon sensor, first Motor, the second motor and third motor are electrically connected with microprocessor respectively.

Further, there are two the polished rod and slot are respectively provided with.

Further, there are two the lifting device is respectively provided with, and workbench bottom end front and rear sides are respectively arranged at.

Further, there are two the fixed device is respectively provided with, workbench top front and rear sides are respectively arranged at, and be in Opposite setting.

Further, the rubber pad with a thickness of one centimetre, and outside is provided with non-slip texture.

Further, the length of the third screw rod is 40 centimetres.

Further, be provided with protective shell on the outside of the third motor, and protective shell with a thickness of one centimetre.

Further, the model of the first motor, the second motor and third motor is YL serial motors.

Further, the model SCA60C series horizon sensor of the horizon sensor.

(3) beneficial effect

The utility model compared with the existing technology, has the advantages that

1), processing part can not be fixed to solve the prior art, and front and back shifting can not be carried out to processing part Dynamic problem, by being provided with two fixed devices, the second motor generates power and drives telescopic rod to be promoted by screw rod, into And fixation is clamped to processing part, two the second motors in two fixed devices are controlled respectively, are conducive to two The length of a fixed device carries out different controls, and then controls the back-and-forth motion of processing equipment, has reached and has carried out to processing part It is fixed, and allow to process the beneficial effect that part is moved forward and backward.

2) deviation is generated when, to solve the problem of that the sliding table bench face out-of-flatness of the prior art causes to process part, By being detected by level angle of the horizon sensor to bench top provided with horizon sensor and lifting device, Data calculating is carried out by microprocessor, the third motor generation power controlled in two lifting devices respectively passes through third screw rod Band movable slider moves up and down, and then is adjusted by level angle of the support rod to workbench, and can pass through liter The height of workbench is adjusted in falling unit, has reached guarantee workbench horizontality, prevents sliding table bench face from tilting, leads The beneficial effect of deviation is generated when causing to process part.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the microprocessor architecture schematic diagram of the utility model；

Fig. 3 is the casing internal structure bottom view of the utility model；

Fig. 4 is the Working table structure schematic diagram of the utility model；

Fig. 5 is the fixture structure side view of the utility model；

Fig. 6 is the lifting device structure schematic diagram of the utility model；

Fig. 7 is the circuit block diagram of the utility model.

In figure: casing -1, support leg -2, control cabinet -3, control switch -4, display screen -5, circumscripted power line -6, sliding slot - 7, workbench -8, fixed device -9, first motor -10, the first screw rod -11, scooter -12, polished rod -13, horizon sensor - 14, internal screw thread bar -15, slot -16, lifting device -17, microprocessor -18, fixed block -91, the second motor -92, second Bar -93, telescopic rod -94, cross bar -95, rubber pad -96, shell -171, third motor -172, shaft coupling -173, third screw rod - 174, sliding block -175, support rod -176.

Specific embodiment

In the technical program:

Fixed device 9, horizon sensor 14, lifting device 17, fixed block 91, the second motor 92, screw rod 93, telescopic rod 94, cross bar 95, rubber pad 96, shell 171, third motor 172, shaft coupling 173, third screw rod 174, sliding block 175 and support rod 176 contain the innovative component of essence for the utility model.

Casing 1, support leg 2, control cabinet 3, control switch 4, display screen 5, circumscripted power line 6, sliding slot 7, workbench 8, One motor 10, the first screw rod 11, scooter 12, polished rod 13, internal screw thread bar 15, slot 16 and microprocessor 18 are to realize that this is practical The essential connectivity component of new technique scheme.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and 6 and Fig. 7 are please referred to, the utility model provides a kind of cunning for machining Platform: including casing 1, support leg 2, control cabinet 3, control switch 4, display screen 5, circumscripted power line 6, sliding slot 7, workbench 8, first Motor 10, the first screw rod 11, scooter 12, polished rod 13, internal screw thread bar 15, slot 16, microprocessor 18, fixed device 9, water Sensor 14 and lifting device 17,1 bottom end edge of casing are bolted with 2 top of support leg, 1 rear side top of casing Right side is bolted with control cabinet 3, and the right side of control cabinet 3 and control switch 4 carry out insertion cooperation, 3 top of control cabinet and aobvious Display screen 5 carries out insertion cooperation, and 3 inside of control cabinet carries out insertion cooperation with microprocessor 18, and sliding slot 7 is pushed up in strip and casing 1 Insertion cooperation is carried out on the inside of end face, is bolted in the middle part of 1 left end of casing with first motor 10, is passed through on the right side of first motor 10 Rotation is bolted through 1 left side of casing with 11 left end the center point of the first screw rod, and polished rod 13 is in strip, and or so Rotation grafting is carried out at left and right sides of both ends and 1 inside bottom of casing, 11 outside of the first screw rod carries out screw thread company with internal screw thread bar 15 It connecing, 13 outside of polished rod carries out grafting with internal screw thread bar 15, it is welded in the middle part of 15 top of internal screw thread bar and 12 bottom face of scooter, Slot 16 top is welded with 12 bottom face front and rear sides of scooter, and 12 top end face front and rear sides of scooter are and lifting device 17 bottoms are bolted, and two 17 tops of lifting device carry out bolt with 8 bottom face front and rear sides of workbench respectively Connection, 8 top end face front and rear sides of workbench are bolted with fixed device 9, are passed in the middle part of 8 top end face of workbench with horizontal Sensor 14 carries out insertion cooperation, and fixed device 9 is by fixed block 91, the second motor 92, the second screw rod 93, telescopic rod 94, cross bar 95 It is formed with rubber pad 96, middle part is bolted with the second motor 92 in fixed block 91, and 92 front end of the second motor passes through rotation Axis is bolted with 93 rear end the center point of the second screw rod, and 93 outside front ends of the second screw rod and telescopic rod 94 carry out screw thread company It connects, 94 front end of telescopic rod is bolted with cross bar 95, and 95 front end of cross bar carries out be bonded, 91 bottom of fixed block with rubber pad 96 Portion is bolted with 8 top of workbench, and lifting device 17 is by shell 171, third motor 172, shaft coupling 173, third silk Bar 174, sliding block 175 and support rod 176 form, and 171 bottom end of shell is bolted with 172 top of third motor, shell 171 Inner lower edge is bolted with 173 bottom end of shaft coupling, 174 bottom end of third screw rod by rotation axis through shaft coupling 173 with Third motor 172 is bolted, and 174 top of third screw rod is rotatablely connected by bearing with shell 171, the Three screw rods, 174 outside is threadedly coupled with sliding block 175, and 175 top of sliding block is welded by scolding tin with support rod 176, the Three motors, 172 bottom end is bolted with 12 top end face of scooter, and 176 top of support rod and 8 bottom face of workbench carry out spiral shell It tethers and connects, circumscripted power line 6 is electrically connected with control switch 4, control switch 4, horizon sensor 14, the 10, second electricity of first motor Machine 92 and third motor 172 are electrically connected with microprocessor 18 respectively.

Wherein, there are two the polished rod 13 and slot 16 are respectively provided with, be conducive to that scooter 12 is fixed, prevent smooth 12 rear and front end downward shift of plate.

Wherein, there are two the lifting device 17 is respectively provided with, and 8 bottom end front and rear sides of workbench are respectively arranged at, had It is adjusted conducive to the rear and front end downward shift to workbench 8.

Wherein, there are two the fixed device 9 is respectively provided with, 8 top front and rear sides of workbench are respectively arranged at, and are in pair Facade setting is conducive to be clamped fixation to the machinery on workbench 8 by fixed device 9.

Wherein, the rubber pad 96 with a thickness of one centimetre, and outside is provided with non-slip texture, is conducive to processing zero The fixed anti-skidding fixation of part.

Wherein, the length of the third screw rod 174 is 40 centimetres, is conducive to that workbench 8 is made to carry out 40 centimetres of highest High low adjustment.

Wherein, be provided with protective shell on the outside of the third motor 172, and protective shell with a thickness of one centimetre, be conducive to Prevent the compression of third motor 172 from damaging.

Wherein, the model of the first motor 10, the second motor 92 and third motor 172 is YL serial motors, work Stablize, good heat dissipation effect.

Wherein, the model SCA60C series horizon sensor of the horizon sensor 14, sensing precisely, sense speed Fastly.

First motor 10 described in this patent, the second motor 92 and 172 motor of third motor are commonly called as " motor ", refer to foundation The law of electromagnetic induction realizes that a kind of calutron of electric energy conversion or transmitting, the horizon sensor 14 belong to angular transducer One kind, effect be exactly the levelness for measuring carrier, be called obliquity sensor, level meter or inclinator be often in engineering, it is double Axis horizon sensor can measure the level angle of both direction simultaneously, therefore can make the levelness of entire tested surface.

Working principle: circumscripted power line 6 is attached with external power supply first, the part processed is prevented It on workbench 8, then presses control switch 4 and sends instruction, start machine, data calculating is carried out by microprocessor 18, and And according to programming Control horizon sensor 14, first motor 10, the second motor 92 and the third motor 172 in microprocessor 18, Control first motor 10 generates power and drives the first screw rod 11 to be rotated by rotation axis, and the first screw rod 11 passes through threads turn It drives internal screw thread bar 15 to be moved left and right, and then slides left and right workbench 8 by polished rod 13, and be provided with two Fixed device 9, the second motor 92 of control generate power and drive the second screw rod 93 to be rotated by rotation axis, and the second screw rod 93 is logical Crossing screw thread drives telescopic rod 94 to be promoted, and telescopic rod 94 is pressed from both sides by 96 pairs of processing parts of rubber pad of 95 front end of cross bar It fastens, two the second motors 92 in two fixed devices 9 are controlled respectively, are carried out to the length of two fixed devices 92 Difference control, and then control processing equipment back-and-forth motion reached to processing part be fixed, and make process part can With the beneficial effect being moved forward and backward, and it is provided with horizon sensor 14 and lifting device 17, passes through horizon sensor 14 The level angle of 8 top surface of workbench is detected, data calculating is carried out by microprocessor 18, controls two lifting dresses respectively The generation power of third motor 172 set in 17 drives 174 bottom end the center point of third screw rod to be rotated by rotation axis, passes through Third screw rod 174 is moved up and down by thread belt movable slider 175, and then is that sliding block 175 passes through support rod 176 to workbench 8 level angle is adjusted, and can be adjusted by height of the lifting device 17 to workbench 8, and guarantee has been reached 8 horizontality of workbench prevents 8 face of sliding table bench from tilting, and the beneficial effect of deviation is generated when causing to process part.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, it is right For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from In the case where the spirit or essential attributes of the utility model, the utility model can be realized in other specific forms.Therefore, nothing By from the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, the scope of the utility model by Appended claims rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes be embraced therein.It should not treat any reference in the claims as limiting related power Benefit requires.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. a kind of slide unit for machining, including casing (1), support leg (2), control cabinet (3), control switch (4), display Shield (5), circumscripted power line (6), sliding slot (7), workbench (8), first motor (10), the first screw rod (11), scooter (12), light Bar (13), internal screw thread bar (15), slot (16) and microprocessor (18), it is characterised in that: further include fixed device (9), horizontal Sensor (14) and lifting device (17), casing (1) the bottom end edge are bolted with support leg (2) top, institute State and be bolted on the right side of top with control cabinet (3) on rear side of casing (1), on the right side of the control cabinet (3) and control switch (4) into Row insertion cooperation, control cabinet (3) top and display screen (5) carry out insertion cooperation, control cabinet (3) inside and micro process Device (18) carries out insertion cooperation, and the sliding slot (7) carries out insertion cooperation, the machine in strip and casing (1) top end face inside It is bolted in the middle part of shell (1) left end with first motor (10), casing is run through by rotation on the right side of the first motor (10) (1) left side is bolted with the first screw rod (11) left end the center point, and the polished rod (13) is in strip, and left and right ends Rotation grafting is carried out with casing (1) inside bottom left and right sides, is carried out on the outside of first screw rod (11) with internal screw thread bar (15) It is threadedly coupled, carries out grafting, internal screw thread bar (15) top and scooter with internal screw thread bar (15) on the outside of the polished rod (13) (12) it is welded in the middle part of bottom face, slot (16) top is welded with scooter (12) bottom face front and rear sides, institute It states scooter (12) top end face front and rear sides to be bolted with lifting device (17) bottom, and two lifting devices (17) top is bolted with workbench (8) bottom face front and rear sides respectively, workbench (8) the top end face front and rear sides It is bolted with fixed device (9), carries out insertion with horizon sensor (14) in the middle part of workbench (8) top end face and match It closes, the fixed device (9) is by fixed block (91), the second motor (92), the second screw rod (93), telescopic rod (94), cross bar (95) It is formed with rubber pad (96), middle part is bolted with the second motor (92) in the fixed block (91), second motor (92) front end is bolted by rotation axis and the second screw rod (93) rear end the center point, before the second screw rod (93) outside End is threadedly coupled with telescopic rod (94), and telescopic rod (94) front end is bolted with cross bar (95), the cross bar (95) front end carries out be bonded with rubber pad (96), and fixed block (91) bottom is bolted with workbench (8) top, institute State lifting device (17) by shell (171), third motor (172), shaft coupling (173), third screw rod (174), sliding block (175) and Support rod (176) composition, shell (171) bottom end are bolted with third motor (172) top, the shell (171) inner lower edge is bolted with shaft coupling (173) bottom end, and third screw rod (174) bottom end is passed through by rotation axis It wears shaft coupling (173) to be bolted with third motor (172), and third screw rod (174) top passes through bearing and shell (171) it is rotatablely connected, is threadedly coupled on the outside of the third screw rod (174) with sliding block (175), the sliding block (175) Top is welded by scolding tin with support rod (176), and third motor (172) bottom end and scooter (12) top end face carry out Be bolted, support rod (176) top is bolted with workbench (8) bottom face, the circumscripted power line (6) with Control switch (4) electrical connection, the control switch (4), horizon sensor (14), first motor (10), the second motor (92) and Third motor (172) is electrically connected with microprocessor (18) respectively.

2. a kind of slide unit for machining according to claim 1, it is characterised in that: the polished rod (13) and slot (16) there are two being respectively provided with.

3. a kind of slide unit for machining according to claim 1, it is characterised in that: the lifting device (17) is equal There are two settings, and is respectively arranged at workbench (8) bottom end front and rear sides.

4. a kind of slide unit for machining according to claim 1, it is characterised in that: the fixed device (9) is equal There are two settings, is respectively arranged at workbench (8) top front and rear sides, and be arranged in opposite.

5. a kind of slide unit for machining according to claim 1, it is characterised in that: the thickness of the rubber pad (96) Degree is one centimetre, and outside is provided with non-slip texture.

6. a kind of slide unit for machining according to claim 1, it is characterised in that: the third screw rod (174) Length be 40 centimetres.

7. a kind of slide unit for machining according to claim 1, it is characterised in that: the third motor (172) Outside is provided with protective shell, and protective shell with a thickness of one centimetre.