CN209174944U - A kind of digital control type sliding rail side opening beveler - Google Patents

Abstract

The utility model relates to machining equipment technical fields, more specifically, disclose a kind of digital control type sliding rail side opening beveler, chamfering is carried out applied to sliding rail side opening, including pedestal, fixed mechanism, positioning device, chamfer mechanism and PLC controller, the fixed mechanism is fixedly connected with pedestal and is used for fixed rack, and the positioning device is disposed adjacent with fixed mechanism and is fixed on pedestal, and the chamfer mechanism level is set in positioning device and for carrying out chamfering to sliding rail；The positioning device is also connected with the PLC controller positioned for controlling chamfer mechanism.This beveler passes through numerical control programming, have the function of carrying out automatically differentiating feeding in place, Automatic-clamping material material, automatic side opening chamfering, substitute conventional manual chamfering, high degree of automation, work efficiency is high, in large-scale industrial production, the effectively save a large amount of human resources of energy, and can guarantee good production efficiency.

Description

A kind of digital control type sliding rail side opening beveler

Technical field

The utility model relates to machining equipment technical fields, fall more particularly, to a kind of digital control type sliding rail side opening Angle machine.

Background technique

Beveler is a kind of for falling the equipment of blunt machine components, to prevent sharp edge from hurting staff.Design automation The needs that degree is higher, faster beveler is industrial development.There are many existing beveler technology, hand and digital control type Type has, and wherein hand occupancy volume is still very big, but for large-scale industrial production, if utilizing hand chamfering Machine, it is still desirable to occupy biggish manpower；Digital control type chamfering function is automatic and constantly works, however existing digital control type chamfering Machine technology is big insufficient there are two, first, the object of application is mostly identical, is not applied to the automatic chamfering machine of sliding rail side opening；Its Two, versatility is poor, and specification applicatory is also seldom or even some bevelers are only used for the sole component of unique specification. Therefore, a kind of chamfering device suitable for more specification sliding rails is designed to be of great significance.

Utility model content

The utility model in order to overcome at least one of the drawbacks of the prior art described above, provides a kind of digital control type sliding rail side opening Beveler, by numerical control programming, has applied to the chamfering of plurality of specifications sliding rail side opening and carries out differentiating feeding in place, certainly automatically The dynamic function of clamping material material, automatic side opening chamfering.

In order to solve the above technical problems, the technical solution adopted in the utility model is:

A kind of digital control type sliding rail side opening beveler, be applied to sliding rail side opening carry out chamfering, including pedestal, fixed mechanism, Positioning device, chamfer mechanism and PLC controller, the fixed mechanism is fixedly connected with pedestal and is used for fixed rack, described fixed Position device be disposed adjacent and be fixed on pedestal with fixed mechanism, the chamfer mechanism level be set to positioning device on and be used for pair Sliding rail carries out chamfering；The fixed mechanism, positioning device, chamfer mechanism are electrically connected and are controlled by it with PLC controller.

As a preferred embodiment, the fixed mechanism includes L-type support plate and fixation kit, and the fixation kit passes through L Type support plate is fixed at pedestal, and the L-type support plate is equipped with two groups or more orthogonal fixation kits.

As a preferred embodiment, the fixation kit includes pressing plate, fixed plate, cylinder, guide rod and sleeve, and fixed plate is solid Surely it is set on L-type support plate, pressing plate is set on the inside of fixed plate and for directly compressing sliding rail, and cylinder is set in the middle part of pressing plate and for mentioning For pressure, guide rod passes through fixed plate and is fixedly connected with the pressing plate, and sleeve is socketed on guide rod and is set on the outside of fixed plate；The gas Cylinder is also connected with air-operated solenoid valve, and air-operated solenoid valve is electrically connected with PLC controller and is used to control cylinder activity.Wherein, pneumatically Solenoid valve is set on cylinder, is controlled by PLC controller, the cylinder for controlling fixation kit is compressed or unclamped to sliding rail.

As a preferred embodiment, the chamfer mechanism includes drill bit support plate, closure, drill bit motor and drill bit, described The output shaft of drill bit and drill bit motor is detachably connected and is set on drill bit support plate jointly, and closure is threadedly coupled with drill bit support plate And it is used for fixed drill bit motor and drill bit, drill bit motor is electrically connected with PLC controller；The drill bit support plate is fixed with positioning device Connection.

As a preferred embodiment, the positioning device includes fixed support plate, moves horizontally shaft member and vertically move shaft member, It moves horizontally shaft member to be fixedly connected with fixed support plate, vertically moves shaft member and be set to and move horizontally in shaft member and be mutually perpendicular to it, The chamfer mechanism is detachably connected with shaft member is vertically moved.

As a preferred embodiment, it is described move horizontally shaft member include horizontal motor, horizontal motor seat, horizontal bearing seat, Horizontal screw lead and horizontal slider, the horizontal motor seat are fixed at fixed support plate, and horizontal motor and horizontal bearing seat are solid respectively Due to horizontal motor seat both ends, horizontal screw lead is arranged in parallel with horizontal motor seat, one end and the fixed company of horizontal motor seat output shaft It connects, the other end and horizontal bearing seat are rotatablely connected；Horizontal slider is fixedly connected with horizontal screw lead and slides along horizontal motor seat straight line Dynamic, horizontal motor is electrically connected with PLC controller.Wherein, horizontal screw lead is connect with horizontal motor seat output shaft by shaft coupling, PLC controller is connect by stepper motor driver with horizontal motor.

As a preferred embodiment, it is described vertically move shaft member include motor vertical, motor vertical seat, vertical bearing block, Down-feed screw and vertical slipper, the motor vertical seat, which is slidably fixed on, to be moved horizontally in shaft member, motor vertical and vertical bearing Seat is individually fixed in motor vertical seat both ends, and down-feed screw is arranged in parallel with motor vertical seat, and one end and motor vertical seat export Axis is fixedly connected, and the other end is rotatablely connected with vertical bearing block；Vertical slipper is fixedly connected with down-feed screw and along motor vertical Seat linear slide, motor vertical are electrically connected with PLC controller.Wherein, down-feed screw and motor vertical output shaft pass through shaft coupling Connection, the vertical slipper other side are connected and fixed with drill bit support plate, and PLC controller is connected by stepper motor driver and motor vertical It connects.

As a preferred embodiment, the positioning device further includes connection support plate, connects support plate side and moves horizontally axis Part is slidably connected, and the other side is fixedly connected with shaft member is vertically moved.Connection support plate side be connected with the horizontal slide block, the other side and hang down Straight motor cabinet connection.

As a preferred embodiment, it is described move horizontally shaft member and vertically move shaft member be equipped at least one for limiting Groove type optoelectronic switch.Groove type optoelectronic switch is mainly located on horizontal motor seat and motor vertical seat, is used for restriction level Motor, the travel of motor vertical and auxiliary calibration origin prevent chamfer mechanism movement velocity is too fast from exceeding setting position, Play position-limiting action.

It as a preferred embodiment, further include limited block for differentiating sliding rail installation site, limited block is set to fixed machine On structure and adjacent with positioning device, the limited block is L-type structure, and L-type structure is equipped with the limit switch for incuding sliding rail. Wherein, limited block is set on L-type support plate, positioned at the processing side of sliding rail.

It is connect and is horizontally disposed with drill bit using drill bit motor, is fixed on vertical slipper by drill bit support plate, form chamfering A line handspike cylinder is respectively arranged in two vertical plane of L-type support plate of beveler fixed mechanism in mechanism, and in the fixed position of sliding rail End face side one limited block and limit switch are set, as side to be processed；In side to be processed, setting has positioning device, packet It includes and moves horizontally shaft member and vertically move shaft member, be utilized respectively two stepper motor drivings；Using PLC controller as control centre, When beveler is activated, horizontal motor, motor vertical are respectively driven, and by the movement of horizontal slider and vertical slipper, are made down Angle mechanism quickly navigates to the side opening position of the sliding rail to chamfering, when sliding rail is sent to sliding rail bearing and touches limited block On limit switch after, PLC controller changes the state of air-operated solenoid valve, makes the elongation of two cylinders, so realizes automatic fixed Sliding rail, meanwhile, PLC controller controls drill bit motor and drives drill bit rotation, so realization automatic chamfering.According to the cunning of different size Rail, the mobile shaft member of PLC controlled level position chamfer mechanism with the horizontal motor and motor vertical in shaft member, realization is vertically moved In a variety of positions, so realize that the beveler is suitable for a plurality of types of sliding rails.

Compared with prior art, the utility model has the beneficial effects that the utility model provides a kind of digital control type sliding rail Side opening beveler can be applied to the chamfering of plurality of specifications sliding rail side opening, specifically include pedestal, fixed mechanism, positioning device, chamfering The components such as mechanism, PLC controller, by numerical control programming, have carry out differentiating automatically feeding in place, it is Automatic-clamping material material, automatic The function of side opening chamfering, this beveler substitute conventional manual chamfering, and high degree of automation, work efficiency is high, large-scale In industrial production, the effectively save a large amount of human resources of energy, and can guarantee good production efficiency.

Detailed description of the invention

Fig. 1 is the utility model overall structure main view one.

Fig. 2 is the utility model overall structure main view two

Fig. 3 is the utility model overall structure side view.

Fig. 4 is the utility model overall structure top view.

Fig. 5 is the utility model overall structure stereogram.

Fig. 6 is the utility model circuit connection diagram.

Wherein, 1 sliding rail, 2 pedestals, 3 fixed mechanisms, 4 positioning devices, 5 chamfer mechanisms, 31 L-type support plates, 32 fixation kits, 321 pressing plates, 322 fixed plates, 323 cylinders, 324 guide rods, 325 sleeves, 41 fixed support plates, 42 move horizontally shaft member, 43 vertical shiftings Moving axis part, 44 connection support plates, 45 groove type optoelectronic switches, 421 horizontal motors, 422 horizontal motor seats, 423 horizontal bearing seats, 424 horizontal screw leads, 425 horizontal sliders, 431 motor verticals, 432 motor vertical seats, 433 vertical bearing blocks, 434 down-feed screws, 435 vertical slippers, 51 drill bit support plates, 52 closures, 53 drill bit motors, 54 drill bits, 6 racks, 7 limited blocks, 71 limit switches, 8 Shaft coupling, U1 PLC controller, U2, U3 stepper motor driver, U4, U5 air-operated solenoid valve, U6 relay.

Specific embodiment

The attached figures are only used for illustrative purposes and cannot be understood as limitating the patent；In order to better illustrate this embodiment, attached Scheme certain components to have omission, zoom in or out, does not represent the size of actual product；To those skilled in the art, The omitting of some known structures and their instructions in the attached drawings are understandable.Being given for example only property of positional relationship is described in attached drawing Illustrate, should not be understood as the limitation to this patent.

The same or similar label correspond to the same or similar components in the attached drawing of the utility model embodiment；It is practical at this In novel description, it is to be understood that if having the orientation or position of the instructions such as term " on ", "lower", "left", "right" " length " " short " Setting relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore The terms describing the positional relationship in the drawings are only for illustration, should not be understood as the limitation to this patent, for this field Those of ordinary skill for, can understand the concrete meaning of above-mentioned term as the case may be.

Below by specific embodiment, and in conjunction with attached drawing, the technical solution of the utility model work is further specifically retouched It states:

Embodiment 1

As shown in Figs. 1-5, the present embodiment provides a kind of digital control type sliding rail side opening beveler, be applied to 1 side opening of sliding rail into Row chamfering, including pedestal 2, fixed mechanism 3, limited block 7, positioning device 4, chamfer mechanism 5 and PLC controller U1, fixed mechanism 3 It is fixedly connected with pedestal 2 and is used for fixed rack 1, positioning device 4 is disposed adjacent with fixed mechanism 3 and is fixed on pedestal 2, Angle mechanism 5 is horizontal to be set in positioning device 4 and for carrying out chamfering to sliding rail 1；Fixed mechanism 3, positioning device 4, chamfer mechanism 5 It is electrically connected and is controlled by it with PLC controller U1.

The present embodiment beveler is equipped with pedestal 2, and 2 or less pedestal can be equipped with the rack 6 being used to support, and pedestal 2 is in rectangular table Pattern.Wherein, fixed mechanism 3 include L-type support plate 31 and fixation kit 32, fixation kit 32 include pressing plate 321, fixed plate 322, The position of surface and side to the right on the base 2 is arranged in cylinder 323, guide rod 324, sleeve 325 and air-operated solenoid valve, L-type support plate 31, Fixation kit 32 is provided with above L-type support plate 31.In addition, L-type support plate 31 is additionally provided with limited block 7, limited block 7 is L-type structure, limit Position block 7 is located at the left end of L-type support plate 31, and limited block 7 is to stop the material material sliding rail 1 of feeding to this Only.Limit switch 71 is also provided in the L-type structure of limited block 7, when the L-type structure end face of feeding material material sliding rail 1 and limited block 7 When fitting, limit switch 71 is just touched, and PLC controller U1 system is so allowed to know that charging is completed.

Fixation kit 32 is set on L-type support plate 31, and the present embodiment includes horizontally and vertically two groups of fixation kits 32, the structure of two groups of fixation kits 32 is consistent with fixed form, essentially consists in set-point difference, respectively from horizontal direction and vertically Direction applies pressure to sliding rail 1 and is fixed.Specifically, cylinder 323 is arranged in 31 liang of vertical planes of L-type support plate, and cylinder 323 pushes away Bar end is set to 321 middle part of pressing plate, and when the push rod of cylinder 323 extends, material material sliding rail 1 will be compressed from horizontal or vertical direction. In addition, the position of the surface of L-type support plate 31 in the outer part is arranged in fixed plate 322, left and right is symmetrical arranged two-by-two, and guide rod 324 passes through Fixed plate 322 is fixedly connected with pressing plate 321, and the matched sleeve 325 used is also socketed on guide rod 324, and left and right is right two-by-two Claim setting, the setting of sleeve 325 is connect with fixed plate 322, and the structure being made of guide rod 324, sleeve 325 and fixed plate 322 is main For guiding role, move in a straight line pressing plate 321 under 323 pressure of cylinder.

The positioning device 4 of the present embodiment beveler includes fixed support plate 41, connection support plate 44, moves horizontally shaft member 42 and hang down Translation moving axis part 43, moving horizontally shaft member 42 includes horizontal motor 421, horizontal motor seat 422, horizontal bearing seat 423, horizontal silk Thick stick 424 and horizontal slider 425, vertically move shaft member 43 include motor vertical 431, motor vertical seat 432, vertical bearing block 433, Down-feed screw 434 and vertical slipper 435.The side to the left on surface on the base 2 is arranged in fixed support plate 41, is in horizontal pattern, fixed Support plate 41 is fixedly connected with horizontal motor seat 422, and 422 front end of horizontal motor seat is provided with bearing block, and rear end is provided with horizontal electricity Machine 421.The output shaft of horizontal motor 421 is connect by shaft coupling 8 with 424 one end of horizontal screw lead, 424 other end of horizontal screw lead and The bearing hole fitting of bearing block is rotatablely connected.Horizontal screw lead 424 is equipped with the matched horizontal slider 425 used, and level is sliding The right surface of block 425 is provided with connection support plate 44, and the right surface of connection support plate 44 is fixedly connected with motor vertical seat 432.Vertically Motor cabinet 432 is in vertical pattern, and the top of motor vertical seat 432 is provided with motor vertical 431, and lower section is provided with vertical bearing block 433.Wherein, the output shaft end of motor vertical 431 is connect by shaft coupling 8 with 434 one end of down-feed screw, down-feed screw 434 The other end is rotatablely connected with the bearing hole fitting of vertical bearing block 433.Down-feed screw 434 be equipped with it is matched use it is vertical The right surface of sliding block 435, vertical slipper 435 is fixedly connected with chamfer mechanism 5.

Chamfer mechanism 5 includes drill bit support plate 51, closure 52, drill bit motor 53 and drill bit 54, and the setting of drill bit support plate 51 exists The right surface of vertical slipper 435, drill bit motor 53 are horizontally set on the top of drill bit support plate 51, and 53 top of drill bit motor is also stamped Closure 52, closure 52 is connect by screw with drill bit support plate 51, thus fixed drill bit motor 53.The output of drill bit motor 53 Axis is detachably connected with drill bit 54, and 54 side of drill bit is adjacent with the face to be processed of sliding rail 1.

The positioning device 4 of this implementation further includes six groove type optoelectronic switches 45, moves horizontally shaft member 42 and vertically moves Shaft member 43 is respectively equipped with three groove type optoelectronic switches 45, is mainly used for the movement of restriction level motor 421, motor vertical 431 Distance and auxiliary calibration origin.Wherein, two groove type optoelectronic switches 45 for moving horizontally shaft member 42 are disposed adjacent in level The position of rear end is leaned in the upper surface of motor cabinet 422, and the position of front end is leaned in a upper surface that horizontal motor seat 422 is arranged in.It hangs down The front surface that motor vertical seat 432 is arranged in two groove type optoelectronic switches 45 of translation moving axis part 43 position against the top, one The position of a upper surface that motor vertical seat 432 is set on lower side.

As shown in figure 5, the circuit connecting section of the present embodiment beveler, using PLC controller U1 as control centre.

Importation, 0.00,0.01,0.02,0.03,0.04,0.05 port of PLC controller U1 respectively with positioning device The port OUTPUT of 6 groove type optoelectronic switches 45 on 4 is electrically connected, and 6 groove type optoelectronic switches 45 distinguish external+24V Power supply.1.00 ports of PLC controller U1 are electrically connected with one of pin of limit switch 71, limit switch 71 another Pin is electrically connected with+24V.

Output par, c, it is electric with stepping respectively that 100.00,100.02 ports of PLC controller U1 respectively concatenate a 2.2K resistance The port Puls+, Dir+ of machine driver U2 is electrically connected, and the port Puls-, Dir- of stepper motor driver U2 is shorted further Be electrically connected with the end power supply com-, the port A+, A-, B+, B- of stepper motor driver U2 respectively with the red line of horizontal motor 421, Green line, yellow line, blue line electrical connection；100.01,100.03 ports of PLC controller U1 respectively concatenate a 2.2K resistance respectively with step Be electrically connected into the port Puls+, Dir+ of motor driver U3, the port Puls-, Dir- of stepper motor driver U3 be shorted again into One step is electrically connected with the end power supply com-, and the port A+, A-, B+, B- of stepper motor driver U3 is red with motor vertical 431 respectively Line, green line, yellow line, blue line electrical connection；100.04,100.05 ports of PLC controller U1 respectively with air-operated solenoid valve U4, gas The cathode of moving electromagnetic valve U5 is electrically connected, and air-operated solenoid valve U4, the positive of air-operated solenoid valve U5 are electrically connected with+24V；PLC control 100.06 ports of device U1 are electrically connected with the cathode of relay U6, and the anode of relay U6 is electrically connected with+24V, relay U6's The port NO is electrically connected with+24V, and the port com of relay U6 is electrically connected with one end of drill bit motor 53, drill bit motor 53 it is another End is electrically connected with the end power supply com-.

Specifically, the model Omron CP1H PLC of PLC controller U1, the type of horizontal motor 421, motor vertical 431 It number is thunder match 57HS21A stepper motor, the model of stepper motor driver U2 and stepper motor driver U3 are thunder match DM542 driver, the model 24V120W3500 of drill bit motor 53 turn direct current generator, and the model of cylinder 323 is SMC type gas Cylinder CQ2A32-100DZ.

It is connect and is horizontally disposed with drill bit 54 using drill bit motor 53, is fixed on vertical slipper 435 by drill bit support plate 51, Chamfer mechanism 5 is formed, one line handspike cylinder 323 is respectively set in 31 liang of vertical planes of L-type support plate of beveler fixed mechanism 3, And one limited block 7 and limit switch 71 are set in the end face side of the fixed position of sliding rail 1, as side to be processed；To be processed Side setting has positioning device 4, including moves horizontally shaft member 42 and vertically move shaft member 43, is utilized respectively two stepper motors and drives It is dynamic；Using PLC controller U1 as control centre, when beveler is activated, horizontal motor 421, motor vertical 431 are respectively driven, By the movement of horizontal slider 425 and vertical slipper 435, the side opening position for the sliding rail 1 for navigating to chamfer mechanism 5 quickly to chamfering It sets, after sliding rail 1 is sent to 1 bearing of sliding rail and touches limit switch 71 on limited block 7, PLC controller U1 changes The state of air-operated solenoid valve extends two cylinders 323, so realizes automatic fixed rack 1, meanwhile, PLC controller U1 control Drill bit motor 53 drives drill bit 54 to rotate, so realization automatic chamfering.According to the sliding rail 1 of different size, PLC controlled level is mobile Chamfer mechanism 5 is located in a variety of by shaft member 42 with the horizontal motor 421 and motor vertical 431 in shaft member 43, realization is vertically moved Position so realizes that the beveler is suitable for a plurality of types of sliding rails 1.

Obviously, the above embodiments of the present invention is merely examples for clearly illustrating the present invention, and It is not limitations of the embodiments of the present invention.For those of ordinary skill in the art, in above description On the basis of can also make other variations or changes in different ways.There is no need and unable to give all embodiments Exhaustion.Any modifications, equivalent replacements, and improvements made within the spirit and principle of the present invention etc., should be included in Within the protection scope of the utility model claims.

Claims (10)

1. a kind of digital control type sliding rail side opening beveler is applied to carry out chamfering to sliding rail (1) side opening, it is characterised in that: including base Seat (2), fixed mechanism (3), positioning device (4), chamfer mechanism (5) and PLC controller, the fixed mechanism (3) and pedestal (2) It is fixedly connected and is used for fixed rack (1), the positioning device (4) is disposed adjacent with fixed mechanism (3) and is fixed on pedestal (2) On, the chamfer mechanism (5) is horizontal to be set on positioning device (4) and for carrying out chamfering to sliding rail (1)；The fixed mechanism (3), positioning device (4), chamfer mechanism (5) are electrically connected and are controlled by it with PLC controller.

2. a kind of digital control type sliding rail side opening beveler according to claim 1, it is characterised in that: the fixed mechanism (3) Including L-type support plate (31) and fixation kit (32), the fixation kit (32) is fixed at pedestal (2) by L-type support plate (31), The L-type support plate (31) is equipped with two groups or more orthogonal fixation kits (32).

3. a kind of digital control type sliding rail side opening beveler according to claim 2, it is characterised in that: the fixation kit (32) Including pressing plate (321), fixed plate (322), cylinder (323), guide rod (324), sleeve (325), fixed plate (322) is fixed at L On type support plate (31), pressing plate (321) (321) is set on the inside of fixed plate (322) and for directly compressing sliding rail (1), cylinder (323) In the middle part of pressing plate (321) and for providing pressure, guide rod (324), which passes through fixed plate (322) and fixes with pressing plate (321), to be connected It connects, sleeve (325) is socketed on guide rod (324) and is set on the outside of fixed plate (322)；The cylinder (323) is also connected with pneumatically Solenoid valve, air-operated solenoid valve are electrically connected with PLC controller and are used to control cylinder (323) activity.

4. a kind of digital control type sliding rail side opening beveler according to claim 1, it is characterised in that: the chamfer mechanism (5) Including drill bit support plate (51), closure (52), drill bit motor (53) and drill bit (54), the drill bit (54) and drill bit motor (53) Output shaft be detachably connected and jointly be set to drill bit support plate (51) on, closure (52) is threadedly coupled simultaneously with drill bit support plate (51) For fixed drill bit motor (53) and drill bit (54), drill bit motor (53) is electrically connected with PLC controller；The drill bit support plate (51) It is fixedly connected with positioning device (4).

5. a kind of digital control type sliding rail side opening beveler according to claim 1, it is characterised in that: the positioning device (4) It including fixed support plate (41), moves horizontally shaft member (42) and vertically moves shaft member (43), move horizontally shaft member (42) and fixed load Plate (41) is fixedly connected, vertically move shaft member (43) be set to move horizontally on shaft member (42) and be mutually perpendicular to it, the chamfering Mechanism (5) is detachably connected with shaft member (43) is vertically moved.

6. a kind of digital control type sliding rail side opening beveler according to claim 5, it is characterised in that: described to move horizontally shaft member It (42) include horizontal motor (421), horizontal motor seat (422), horizontal bearing seat (423), horizontal screw lead (424) and horizontal slider (425), the horizontal motor seat (422) is fixed at fixed support plate (41), horizontal motor (421) and horizontal bearing seat (423) Horizontal motor seat (422) both ends are individually fixed in, horizontal screw lead (424) is arranged in parallel with horizontal motor seat (422), one end and water Ordinary telegram base (422) output shaft is fixedly connected, and the other end and horizontal bearing seat (423) are rotatablely connected；Horizontal slider (425) and water Flat lead screw (424) is fixedly connected and along horizontal motor seat (422) linear slide, and horizontal motor (421) is electrically connected with PLC controller It connects.

7. a kind of digital control type sliding rail side opening beveler according to claim 5, it is characterised in that: described to vertically move shaft member It (43) include motor vertical (431), motor vertical seat (432), vertical bearing block (433), down-feed screw (434) and vertical slipper (435), the motor vertical seat (432), which is slidably fixed on, moves horizontally on shaft member (42), motor vertical (431) and vertical bearing Seat (433) is individually fixed in motor vertical seat (432) both ends, and down-feed screw (434) is arranged in parallel with motor vertical seat (432), One end is fixedly connected with motor vertical seat (432) output shaft, and the other end is rotatablely connected with vertical bearing block (433)；Vertical slipper (435) it is fixedly connected with down-feed screw (434) and is controlled along motor vertical seat (432) linear slide, motor vertical (431) and PLC Device electrical connection processed.

8. a kind of digital control type sliding rail side opening beveler according to claim 7, it is characterised in that: the positioning device (4) It further include connection support plate (44), connection support plate (44) side is slidably connected with shaft member (42) is moved horizontally, and the other side is moved with vertical Moving axis part (43) is fixedly connected.

9. a kind of digital control type sliding rail side opening beveler according to claim 5 or 8, it is characterised in that: described to move horizontally Shaft member (42) and vertically move shaft member (43) be equipped at least one for limit groove type optoelectronic switch (45).

10. a kind of digital control type sliding rail side opening beveler according to claim 1, it is characterised in that: further include for differentiating The limited block (7) of sliding rail (1) installation site, limited block (7) is on fixed mechanism (3) and adjacent with positioning device (4), described Limited block (7) is L-type structure, and L-type structure is equipped with the limit switch (71) for incuding sliding rail (1).