CN207806681U - A kind of drilling equipment of four-way movement - Google Patents

Abstract

The utility model is related to machining equipment technical fields, more particularly to a kind of drilling equipment of four-way movement, including mounting base, the upper surface of the mounting base is fixed there are two the rotation clamp system for pipe beam to be clamped, and two rotation clamp system relative spacings are arranged；The mounting base is equipped with the lifting body for being used to support pipe beam, and the lifting body is located between two rotation clamp systems；On the side for the line that the mounting base is located at two rotation clamp systems equipped with the sliding borehole drill construction for drilling to pipe beam, the sliding borehole drill construction.The utility model has the beneficial effects that：The utility model is supported pipe beam by lifting body, fixation is clamped to the both ends of pipe beam by rotating clamp system, then it is drilled to each position in pipe beam by sliding borehole drill construction, realize the drill precise holes of pipe beam, ensure the efficiency of drilling, and reduces the cost when drilling through multiple holes in pipe beam.

Description

A kind of drilling equipment of four-way movement

Technical field

The utility model is related to the drilling equipments that machining equipment technical field more particularly to a kind of four-way move.

Background technology

The processing of pipe beam, which usually may require that, drills to pipe beam, in the prior art, the side to drill to pipe beam Method is generally：1, pipe beam is fixed by fixing device, the position that then worker manually drills to needs drills； 2, pipe beam is fixed by fixing device, multiple drilling machines then is set by the pipe beam fixed, by will be multiple Drilling machine moves closer to pipe beam, realizes the drilling to pipe beam.The device that method 1 needs is simple, it is thus only necessary to fixing device pair Pipe beam is fixed, but due to needing Manual drilling, the precision of drilling to be unable to get guarantee, and the labor intensity of worker Greatly, the efficiency bottom of drilling.Method 2 is suitable for when drilling through multiple holes in pipe beam, but is related to multiple drilling machines, causes drilling Cost increases, and after pipe beam needs the position to drill change, and drilling machine, which needs to readjust position, in whole part fixes, It is troublesome in poeration.

Utility model content

It is simple in structure the technical problem to be solved by the utility model is to provide a kind of drilling equipment of four-way movement, behaviour Facilitate, the efficiency of drilling can be effectively improved, and ensures the precision of drilling.

The technical solution that the utility model solves above-mentioned technical problem is as follows：A kind of drilling equipment of four-way movement, including Mounting base, there are two the rotation clamp systems for pipe beam to be clamped for the upper surface fixation of the mounting base, described in two Rotate the setting of clamp system relative spacing；The mounting base is equipped with the lifting body for being used to support pipe beam, the jacking Mechanism is located between two rotation clamp systems；The mounting base is equipped with the sliding for drilling to pipe beam Borehole drill construction, the sliding borehole drill construction are located on the side of the line of two rotation clamp systems.

The utility model has the beneficial effects that：The utility model is supported pipe beam by lifting body, passes through rotation Turn clamp system and fixation is clamped to the both ends of pipe beam, then by sliding borehole drill construction to each position in pipe beam It drills, realizes the drill precise holes of pipe beam, it is ensured that the efficiency of drilling, and reduce when drilling through multiple holes in pipe beam Cost.

Based on the above technical solution, the utility model can also do following improvement.

Further, the rotation clamp system includes mounting base, and the mounting base is fixed on the upper table of the mounting base On face, the upper surface of the mounting base is equipped with clamping guide-rail and clamping cylinder, and the clamping cylinder is located at the clamping guide-rail One end, the piston rod of the clamping cylinder towards the telescopic direction of the clamping guide-rail and the piston rod of the clamping cylinder with The length direction of the clamping guide-rail is identical；The clamping guide-rail, which is equipped with, to be moved back and forth along the clamping guide-rail length direction Rotary chuck mounting plate, the piston rod of the clamping cylinder and one end of the rotary chuck mounting plate are sequentially connected；The rotation Turn collet mounting plate and be equipped with swivel head, the output shaft of the swivel head, which is sequentially connected, is useful for the fixation disk group of clamping pipe beam Part, the solid fixed pulley assembly are located at side of the swivel head far from the clamping cylinder, and the swivel head drives the fixation Disk component is rotated by axis of the center line of the swivel head output shaft.

Advantageous effect using above-mentioned further scheme is：It is installed by the piston rod and the rotary chuck of clamping cylinder Plate is sequentially connected, and when needing that pipe beam is clamped, the piston rod of clamping cylinder stretches out, and pushes rotary chuck mounting plate to remote Direction from clamping cylinder is moved, and after being moved to suitable position, the piston rod of clamping cylinder stops stretching out, Gu fixed pulley assembly Pipe beam is clamped, when after processing is completed, Gu fixed pulley assembly unclamps pipe beam, the piston rod of clamping cylinder is retracted so that Pipe beam is detached from the range of solid fixed pulley assembly, facilitates the taking-up of pipe beam.Also, it is sequentially connected by rotary chuck and fixes disk group Part, the pipe beam that can be clamped with rotating fixed disk component, realization are processed the different parts of pipe beam.

Further, it is equipped with shaft mounting seat between the swivel head and the solid fixed pulley assembly, the shaft installs bottom Seat is equipped with shaft and installs footstock, and being clamped between the shaft mounting seat and shaft installation footstock can axial rotation Shaft, one end of the shaft and the output end of the swivel head are fixedly and coaxially connected, and the other end and the solid fixed pulley assembly are solid Fixed connection.

Advantageous effect using above-mentioned further scheme is：By shaft mounting seat and shaft install footstock countershaft into Row clamping constitutes the bearing of shaft in shaft mounting seat and shaft installation footstock, on the one hand facilitates the fixation of shaft, another party It is supported in face of shaft, avoids shaft and solid fixed pulley assembly from causing downward pressure to the output shaft of swivel head, to keep away Exempt from swivel head causes axis to tilt due to by downward active force, avoids the service life for influencing swivel head.

Further, the shaft mounting seat is fixedly connected with shaft installation footstock by screw.

Advantageous effect using above-mentioned further scheme is：Shaft mounting seat passes through screw with shaft installation footstock It is fixedly connected, it is easy for installation, it has been also convenient for the installation of shaft.

Further, the top of the shaft mounting seat is equipped with U-type groove, and the bottom of the shaft installation footstock is equipped with U Type groove, the inverted U slot is located at the vertical top of the U-type groove, and the U-type groove and the inverted U slot are constituted for accommodating The cylindrical type bearing hole of the shaft, the shaft are located in the cylindrical bearing type hole.

Advantageous effect using above-mentioned further scheme is：Cylindrical type bearing hole realizes that the bearing of countershaft is fixed, shaft Can in cylindrical type bearing hole axial rotation.

Further, the solid fixed pulley assembly includes chuck installation part-and air spider-, one end of the chuck installation part- It is sequentially connected with the output shaft of the swivel head, the air spider-is located on the other end of the chuck installation part-.

Advantageous effect using above-mentioned further scheme is：By chuck installation part by the output of air spider and swivel head Axis is sequentially connected, and air spider can facilitate the clamping and release of pipe beam.

Further, the rotary chuck mounting plate is equipped with T-slot, the clamping cylinder close to one end of the clamping cylinder Piston rod be equipped with the T-type connector that matches with the T-slot, the T close to one end of the rotary chuck mounting plate Type connector is plugged in the T-slot.

Advantageous effect using above-mentioned further scheme is：T-slot, the work of clamping cylinder are set on rotary chuck mounting plate T-type connector is set on stopper rod, is attached with T-slot by T-type connector, when mounted, it is only necessary to insert T-type connector Enter in T-slot, then fixes to clamp cylinder, it is easy for assemble or unload.

Further, the sliding borehole drill construction includes drilling guide rail, and one end of the drilling guide rail is equipped with long axis cylinder, institute It states drilling guide rail and the long axis cylinder is each attached on the upper surface of the mounting base, the piston rod court of the long axis cylinder To the drilling guide rail, and the telescopic direction of the piston rod of the long axis cylinder is identical as the drilling length direction of guide rail； The drilling guide rail is equipped with the slide unit that can move back and forth along the drilling rail length direction, the piston rod of the long axis cylinder It is fixedly connected with the slide unit, the long axis cylinder drives the slide unit to move back and forth along the length direction of the drilling guide rail； Support base is fixed on the slide unit, the top of the support base is equipped with slider cylinder mounting plate, the slider cylinder mounting plate It is equipped with slider cylinder, drilling machine mounting plate is fixed in the slider cylinder, drilling machine is fixed on the drilling machine mounting plate, it is described Slider cylinder drives the drilling machine mounting plate and the drilling machine to move back and forth on the direction of the drilling guide rail, institute The drilling rod of drilling machine is stated towards between two rotation clamp systems.

Advantageous effect using above-mentioned further scheme is：Drive the drilling machine along the length of drilling guide rail by long axis cylinder Degree direction moves back and forth, and the position that can be drilled as needed adjusts the location of drilling machine, is then driven by slider cylinder Drilling machine is close and far from object to be processed, realizes the drilling for treating processing object, can treat machining object by a drilling machine realization The drilling of the different parts of part avoids the need for that multiple drilling machines are arranged, reduces the cost of drilling.

Further, the drilling machine mounting plate is equipped with the mechanical commutation valve resetted for controlling the slider cylinder, described Mechanical commutation valve is located at the lower section of the drilling rod of the drilling machine, and the slider cylinder mounting plate is equipped with and is changed for limiting the machinery To valve along the limited block of the stretching direction displacement distance of the slider cylinder.

Advantageous effect using above-mentioned further scheme is：It is equipped on slider cylinder mounting plate and commutates for limit mechanical Valve along slider cylinder stretching direction displacement distance limited block, during drilling, when mechanical commutation valve as drilling machine bores Behind hole to set depth, mechanical commutation valve abuts limited block, and mechanical commutation valve is touched, and slider cylinder resets, and drilling machine is driven to move back Go out object to be processed and be returned to home position, can realize and drilling depth is accurately controlled.

Further, the limited block is bolted to connection with the slider cylinder mounting plate, is set on the limited block There is strip-shaped hole, the length direction of the strip-shaped hole is identical along the stretching direction of the slider cylinder as the mechanical commutation valve, institute The side wall for stating slider cylinder mounting plate is equipped with threaded securing bores, and the strip-shaped hole is correspondingly arranged with the threaded securing bores, institute The screw rod for stating bolt is threadedly coupled through and out after the strip-shaped hole with the threaded securing bores.

Advantageous effect using above-mentioned further scheme is：Limited block and slider cylinder mounting plate are fixed by bolt and connected It connects, when needing to adjust the depth of drill hole of drilling machine, it is only necessary to unclamp bolt, then adjust and limit along the length direction of strip-shaped hole Block realizes the adjusting of distance between limited block and mechanical commutation valve, to real when adjusting to bolt when needing position, is tightened The adjusting of existing drilling depth.

Further, mounting blocks and drilling machine side mounting blocks, the drilling machine under drilling machine are fixed on the slider cylinder mounting plate It is fixed with mounting blocks on drilling machine on lower mounting blocks, institute is gripped between mounting blocks on mounting blocks and the drilling machine under the drilling machine One end of drilling machine is stated, drilling machine side mounting blocks compress the end face of the one end of the drilling machine far from drilling rod.

Advantageous effect using above-mentioned further scheme is：By mounting blocks on mounting blocks under drilling machine and drilling machine to drilling machine into Row grips, and facilitates the dismounting of drilling machine, the setting of drilling machine side mounting blocks that can compress the end face of the one end of drilling machine far from drilling rod, Reaction force during drill hole of drilling machine for keeping out object to be processed to drilling machine.

Further, the slider cylinder mounting plate is equipped with drill bushing mounting base, and the rig floor mounting base is equipped with drill bushing, institute The drilling rod for stating drilling machine is located in the drill bushing.

Advantageous effect using above-mentioned further scheme is：The setting of drill bushing mounting base, which can be realized, determines boring sites in curing Position, and it is avoided that the drilling rod of drilling machine polarizes during drilling, it is ensured that the precision of drilling.

Further, the limited block is L-type structure, and one end of the limited block connects the slider cylinder mounting plate, separately One end upwardly extends the front end of the telescopic direction along the slider cylinder positioned at the mechanical commutation valve.

Advantageous effect using above-mentioned further scheme is：Limited block uses L-type structure, one end to connect slider cylinder installation Plate, the other end are located at mechanical commutation valve along the front end of the telescopic direction of slider cylinder, easy for installation, reduce the volume of limited block.

Further, the lifting body includes installation pedestal, and the installation pedestal is fixed on the upper table of the mounting base On face, it is located between two rotation clamp systems, jacking cylinder is fixed on the installation pedestal, the jacking cylinder Piston rod is vertically arranged and bottom is connect with the jacking cylinder, and mounting plate, the installation are fixed at the top of the piston rod The limit arm component for being used to support pipe beam is equipped on the upside of plate both ends.

Advantageous effect using above-mentioned further scheme is：By the top of the piston rod in jacking cylinder, installation is set Plate, and limit arm component is respectively set to be supported to pipe beam at the both ends of mounting plate, it can not only adjust as needed The vertical height for saving pipe beam, to be processed suitable for the position to pipe beam different height, and due to two position limit arms Component is arranged at the both ends of mounting plate, under the premise of stablizing support to pipe beam, reduces the contact area with pipe beam, avoided More contacting pipe beam and the working position of pipe beam is impacted.

Further, the limit arm component includes position limit arm mounting blocks-and positioned at the position limit arm mounting blocks-both sides The bottom of position limit arm-, the position limit arm mounting blocks-is fixed on the mounting plate, and the position limit arm-is detachably secured to described On the opposite two sides of position limit arm mounting blocks-, and the top of two position limit arms-is higher than the top of the position limit arm mounting blocks- End, the top of the position limit arm mounting blocks-and the top of two position limit arms-form U-type groove structure-.

Advantageous effect using above-mentioned further scheme is：By being detachably fixed in the opposite both sides of position limit arm mounting blocks Position limit arm, and U-type groove structure is formed on top, and pipe beam is placed in U-type groove structure, realizes the firm support to pipe beam； Also, since position limit arm is detachably secured on position limit arm mounting blocks, facilitate the dismounting of position limit arm, it can be according to the ruler of pipe beam The different position limit arm of very little rotation is to improve applicability.

Further, the position limit arm-is fixed on by multiple perpendicular straight arranged screws on the position limit arm mounting blocks-.

Advantageous effect using above-mentioned further scheme is：Position limit arm is fixed on limit by multiple perpendicular straight arranged screws Arm mounting blocks, one side easy disassembly, another party can adjust protrusion position limit arm mounting blocks top at the top of position limit arm as needed The height in portion improves the stability supported to pipe beam to increase the depth of U-type groove structure.

Further, the jacking cylinder is more piston rod cylinders, and multiple piston rods of the jacking cylinder are arranged side by side Cloth and top is fixedly connected with the bottom of the mounting plate.

Advantageous effect using above-mentioned further scheme is：Jacking cylinder uses more piston rod cylinders, by multiple arranged side by side The piston rod of setting is supported mounting plate, can improve the stability of support, due to Guan Liang when avoiding using single piston rod Part is long and piston rod is made to occur shaking and influencing the firm of pipe beam after stretching.

Further, the jacking cylinder is fixed by screws on the side wall of the installation pedestal.

Advantageous effect using above-mentioned further scheme is：Jacking cylinder is fixed on the side wall of installation pedestal by piston On, it is fixed on board due to installing pedestal in use, the side wall that jacking cylinder is fixed on to installation pedestal can ensure that The fixed stability of jacking cylinder avoids the piston rod stress of jacking cylinder and leads to the unstable of jacking cylinder, on the other hand The dismounting of jacking cylinder can be facilitated.

Further, the bottom of the mounting base is uniformly provided with multiple idler wheels.

Advantageous effect using above-mentioned further scheme is：The convenient movement to entire drilling equipment of setting of idler wheel.

Description of the drawings

Fig. 1 is the dimensional structure diagram of the utility model；

Fig. 2 is the vertical view of the utility model；

Fig. 3 is the dimensional structure diagram of the rotation clamp system in the utility model；

Fig. 4 is the front view of the rotation clamp system in the utility model

Fig. 5 is the vertical view of the rotation clamp system in the utility model

Fig. 6 is the right view of the rotation clamp system in the utility model

Fig. 7 is the dimensional structure diagram of the lifting body of the utility model；

Fig. 8 is the front view of the lifting body of the utility model；

Fig. 9 is the right view of the lifting body of the utility model；

Figure 10 is the vertical view of the lifting body of the utility model；

Figure 11 is the dimensional structure diagram of the sliding borehole drill construction of the utility model；

Figure 12 is the front view of the sliding borehole drill construction of the utility model；

Figure 13 is the vertical view of the sliding borehole drill construction of the utility model；

Figure 14 is the left view of the sliding borehole drill construction of the utility model.

In attached drawing, parts list represented by the reference numerals are as follows：

1, mounting base, 2, rotation clamp system, 201, mounting base, 202, clamping guide-rail, 203, clamping cylinder, 204, rotation Turn collet mounting plate, 205, swivel head, 206, solid fixed pulley assembly, 206-1, chuck installation part, 206-2, air spider, 207, turn Axis mounting seat, 208, shaft footstock is installed, 209, shaft, 210, T-slot, 211, T-type connector, 3, lifting body, 301, Pedestal is installed, 302, jacking cylinder, 303, pipe beam, 304, mounting plate, 305, limit arm component, 305-1, position limit arm installation Block, 305-2, position limit arm, 305-3, U-type groove structure, 4, sliding borehole drill construction, 401, drilling guide rail, 402, long axis cylinder, 403, Slide unit, 404, support base, 405, slider cylinder mounting plate, 406, slider cylinder, 407, drilling machine mounting plate, 408, drilling machine, 409, Drill bushing mounting base, 410, drill bushing, 411, mechanical commutation valve, 412, limited block, 413, bolt, 414, strip-shaped hole, 415, screw thread it is solid Determine hole, 416, mounting blocks under drilling machine, 417, mounting blocks on drilling machine, 418, drilling machine side mounting blocks, 5, pipe beam, 6, idler wheel.

Specific implementation mode

The principles of the present invention and feature are described below in conjunction with attached drawing, example is served only for explaining this practicality It is novel, it is not intended to limit the scope of the utility model.

Described as shown in Figure 1, Figure 2, the embodiments of the present invention include mounting base 1, and the upper surface of the mounting base 1 is solid The fixed rotation clamp system 2 there are two for pipe beam 5 to be clamped, two 2 relative spacing of rotation clamp system settings；It is described Mounting base 1 is equipped with the lifting body 3 for being used to support pipe beam 5, and the lifting body 3 is located at two rotation clamping machines Between structure 2；The mounting base 1 is equipped with the sliding borehole drill construction 4 for drilling to pipe beam 5, the sliding drilling Mechanism 4 is located on the side of the line of two rotation clamp systems 2, i.e., the sliding borehole drill construction 4 is located at the Guan Liang On the two sides of part 5.In order to facilitate the movement of single unit system, multiple idler wheels 6 are uniformly provided in 1 bottom of installation floor.

Pipe beam 5 is supported by lifting body 3, the both ends of pipe beam 5 are carried out by rotating clamp system 2 It is fixedly clamped, is then drilled to each position in pipe beam 5 by sliding borehole drill construction 4, realize the accurate of pipe beam 5 Drilling, it is ensured that the efficiency of drilling, and reduce the cost when drilling through multiple holes in pipe beam 5.

If Fig. 3, Fig. 4, Fig. 5, Fig. 6 are in the embodiments of the present invention, the rotation clamp system 2 includes mounting base 201, the bottom of the mounting base 201 is fixed on the upper surface of the mounting base 1, and the top of the mounting base 201 is peace Loading board, be fixed on the upper surface of the mounting plate clamping guide-rail 202 and and clamping cylinder 203, the clamping cylinder 203 use It is connected in external air pump, the flexible of the piston rod of clamping cylinder 203 is controlled by external air pump；The clamping cylinder 203 are located at one end of the clamping guide-rail 202, and the piston rod of the clamping cylinder 203 is towards the clamping guide-rail 202 and institute The telescopic direction for stating the piston rod of clamping cylinder 203 is identical as the length direction of the clamping guide-rail 202；The clamping guide-rail 202 are equipped with the rotary chuck mounting plate 204 moved back and forth along 202 length direction of the clamping guide-rail, the rotary chuck peace The bottom of loading board 204 is connect with the top slide of the clamping guide-rail 202, the piston rod of the clamping cylinder 203 and the rotation The one end for turning collet mounting plate 204 is sequentially connected；The rotary chuck mounting plate 204 is equipped with swivel head 205, the swivel head 205 output shaft, which is sequentially connected, is useful for the solid fixed pulley assembly 206 of clamping pipe beam 5, and the solid fixed pulley assembly 206 is located at institute Side of the swivel head 205 far from the clamping cylinder 203 is stated, the swivel head 205 drives the solid fixed pulley assembly 206 with described The center line of the output shaft of swivel head 205 rotates for axis, the solid fixed pulley assembly on two rotation clamp systems 2 206 relative orientations are arranged.

The embodiment realizes that when needing that pipe beam 5 is clamped, the piston rod of clamping cylinder 203 stretches out, and pushes rotary chuck Mounting plate 204 is moved to the direction far from clamping cylinder 203, after being moved to suitable position, the piston rod of clamping cylinder 203 Stop stretching out, it is solid that pipe beam 5 is clamped in fixed pulley assembly 206, when after processing is completed, Gu the release pipe beam of fixed pulley assembly 206 5, the piston rod of clamping cylinder 203 is retracted so that pipe beam 5 is detached from the range of solid fixed pulley assembly 206, facilitates taking for pipe beam 5 Go out.

In the present embodiment, the solid fixed pulley assembly 206 includes chuck installation part 206-1 and air spider 206-2, institute The one end for stating chuck installation part 206-1 and the output shaft of the swivel head 205 are sequentially connected, and the air spider 206-2 is located at On the other end of the chuck installation part 206-1.By chuck installation part 206-1 by air spider 206-2 and swivel head 205 Output shaft is sequentially connected, and air spider 206-2 can facilitate the clamping and release of pipe beam 5.Preferably, the air spider It is set on 206-2 there are four claw is clamped, pipe beam 5 to be clamped.Air spider 206-2 is controlled by external air source pump System realizes the engaging and release of air spider 206-2.

In the present embodiment, it is equipped with shaft mounting seat 207 between the swivel head 205 and the solid fixed pulley assembly 206, The shaft mounting seat 207 is equipped with shaft and installs footstock 208, the shaft mounting seat 207 and shaft installation top Seat 208 between be clamped with can axial rotation shaft 209, one end of the shaft 209 and the output end of the swivel head 205 are same Axis is fixedly connected, and the other end is fixedly connected with the solid fixed pulley assembly 206, and the shaft mounting seat 207 is pacified with the shaft Dress footstock 208 is fixedly connected by screw, specifically, the top of the shaft mounting seat 207 is equipped with U-type groove, the shaft The bottom for installing footstock 208 is equipped with inverted U slot, and the inverted U slot is located at the vertical top of the U-type groove, and the U-type groove and The inverted U slot constitutes the cylindrical type bearing hole for accommodating the shaft 209, and the shaft 209 is located at the cylindrical bearing In type hole.Above example realizes that installing 208 countershaft 209 of footstock by shaft mounting seat 207 and shaft is clamped, Shaft mounting seat 207 and shaft installation footstock 208 constitute the bearing of shaft 209, on the one hand facilitate the fixation of shaft 209, separately One side countershaft 209 is supported, and shaft 209 and solid fixed pulley assembly 206 is avoided to cause the output shaft of swivel head 205 Downward pressure avoids influencing swivel head 205 to avoid swivel head 205 from causing axis to tilt due to by downward active force Service life.

The application also has a kind of preferred technical solution：The rotary chuck mounting plate 204 is close to the clamping cylinder 203 one end is equipped with T-slot 210, and the piston rod of the clamping cylinder 203 is close to one end of the rotary chuck mounting plate 204 It is equipped with the T-type connector 211 to match with the T-slot 210, the T-type connector 211 is plugged in the T-slot 210 It is interior.T-slot 210 is set on rotary chuck mounting plate 204, T-type connector 211 is set on the piston rod of clamping cylinder 203, is led to It crosses T types connector 211 to be attached with T-slot 210, when mounted, it is only necessary to which T-type connector 211 is inserted into T-slot 210 It is interior, cylinder 203 is then fixed to clamp, it is easy for assemble or unload.The technical solution is only a kind of preferred embodiment of the application, But the technical solution of the application is not limited, in this application, as long as realizing one end of rotary chuck mounting plate 204 and the clamping The piston rod of cylinder 203 is sequentially connected, can be by being welded and fixed or screw is fixed, or clamping etc., in the application Protection domain.

Operation principle：Two rotation clamp systems 2 described above are oppositely arranged so that Gu 206 mutual court of fixed pulley assembly To each other.Air spider 206-2 is opened, by the air spider being placed on a rotation clamp system of one end of pipe beam 5 In 206-2, is stretched out by the piston rod of two clamping cylinders 203 and the rotary chuck on two rotation clamp systems is driven to pacify Loading board 204 to moving between the two, until the other end of pipe beam 5 is inserted into the air spider on another rotation clamp system In 206-2, the both ends of the pipe beam 5 are clamped by two air spider 206-2, pipe beam 5 is realized and is fixed, in pipe beam It is processed on 5.When needing to be processed other positions of pipe beam 5, pipe beam 5 is driven by two swivel heads 205 Axial rotation is carried out, the different positions radially of pipe beam 5 are processed with facilitating.It machines, two air spiders 206-2 unclamps the both ends of pipe beam 5, and the piston rod of clamping cylinder 203 is retracted, and drives two rotary chuck mounting plates 204 backwards It is mobile, until pipe beam 5 is detached from two air spider 206-2, you can conveniently remove pipe beam 5.

The rotation clamp system of the present embodiment is easy to operate, passes through piston rod and the rotary chuck of clamping cylinder 203 Mounting plate 204 is sequentially connected, and when needing that pipe beam 5 is clamped, the piston rod of clamping cylinder 203 stretches out, and pushes rotating clamp Head mounting plate 204 is moved to the direction far from clamping cylinder 203, after being moved to suitable position, the piston of clamping cylinder 203 Bar stops stretching out, and solid pipe beam 5 is clamped in fixed pulley assembly 206, when after processing is completed, Gu the release of fixed pulley assembly 206 Guan Liang The piston rod of part 5, clamping cylinder 203 is retracted so that pipe beam 5 is detached from the range of solid fixed pulley assembly 206, facilitates pipe beam 5 It takes out.Also, by the solid fixed pulley assembly 206 of rotary chuck drive connection, the pipe beam that can be clamped with rotating fixed disk component 206 5, realization is processed the different parts of pipe beam 5.

As shown in Fig. 7, Fig. 8, Fig. 9, Figure 10, the embodiment of the lifting body 3 of the utility model includes installation pedestal 301, The bottom end of the installation pedestal 301 is fixed on the upper surface of the mounting base 1, and top is fixed on the installation pedestal 301 Cylinder 302 is risen, the piston rod of the jacking cylinder 302 is vertically arranged and bottom is connect with the jacking cylinder 302, the piston Mounting plate 304 is fixed at the top of bar, the both ends of the mounting plate 304 are equipped with the limit arm component for being used to support pipe beam 5 305.Specifically, the mounting plate 304 is rectangular slab, the upper surface of the mounting plate 304 is horizontally disposed, the mounting plate The limit arm component 305 is equipped on the upper surface of the upside at 304 length direction both ends.

In the present embodiment, the limit arm component 305 includes limiting arm component 305-1 and positioned at the position limit arm group The position limit arm 305-2, the limit arm component 305-1 of the both sides part 305-1 are rectangular configuration, the limit arm component 305-1's Bottom is fixed on the mounting plate 304, and it is opposite that the position limit arm 305-2 is detachably secured to the limit arm component 305-1 Two sides on, and the top of two position limit arm 305-2 is higher than the top of the limit arm component 305-1, the limit The top of arm component 305-1 and the top of two position limit arm 305-2 form U-type groove structure 305-3.The position limit arm group The lower end of part 305-1 is fixed on the upper surface of the mounting plate 304, is set on the opposite side wall of limit arm component 305-1 There are multiple thread grooves being vertically arranged, also, is correspondingly provided with multiple spiral shells being vertically arranged on the side wall of the position limit arm 305-2 Pit, the position limit arm 305-2 are located on the side wall of the limit arm component 305-1, by screw 306 successively with threaded hole and Thread groove is threadedly coupled to realize being detachably fixed for limit arm component 305-1 and position limit arm 305-2.By in position limit arm group Both sides opposite part 305-1 are detachably fixed position limit arm 305-2, and U-type groove structure 305-3 is formed on top, by pipe beam 5 It is placed in U-type groove structure 305-3, realizes the firm support to pipe beam 5；Also, since position limit arm 305-2 is detachably secured to It limits on arm component 305-1, facilitates the dismounting of position limit arm 305-2, different position limit arms can be rotated according to the size of pipe beam 5 305-2 is to improve applicability.Position limit arm 305-2 is fixed on limit arm component 305-1 by multiple straight arranged screws 306 that erect, One side easy disassembly, another party can adjust the tops protrusion limit arm component 305-1 at the top of position limit arm 305-2 as needed The height in portion improves the stability supported to pipe beam 5 to increase the depth of U-type groove structure 305-3.

Preferably technical solution is：The jacking cylinder 302 is more piston rod jacking cylinders 302, the jacking cylinder 302 Multiple piston rod laid out in parallel and top be fixedly connected with the bottom of the mounting plate 304.Jacking cylinder 302 uses More piston rod jacking cylinders 302 are supported mounting plate 304 by multiple piston rods being set up in parallel, and can improve support Stability, avoid using when single piston rod due to pipe beam 5 is long and so that piston rod occurs after stretching shaking and be influenced Pipe beam 5 consolidates.Summarize in the present embodiment, the jacking cylinder 302 is three piston rod jacking cylinders 302, three piston rods Top be fixedly connected by connecting plate, also, the upper surface of the connecting plate and the lower surface of the mounting plate 304 are fixed Connection.In order to ensure the stability of connection, the connecting plate is located at the middle part of the lower surface of the mounting plate 304.

Preferably, jacking cylinder 302 is fixed on by piston on the side wall of installation pedestal 301, due in use Installation pedestal 301 is fixed on board, and the side wall that jacking cylinder 302 is fixed on to installation pedestal 301 can ensure that jacking cylinder 302 fixed stability avoid the piston rod stress of jacking cylinder 302 and lead to the unstable of jacking cylinder 302, on the other hand The dismounting of jacking cylinder 302 can be facilitated.

Operation principle：Pipe beam 5 is placed on two limit arm components 305, specifically, pipe beam 5 is placed in two U In type groove structure 305-3, it is supported by limiting arm component 305-1, both sides are limited by position limit arm 305-2.It is needing It wants in use, jacked to suitable Working position by jacking cylinder 302, to be processed pipe beam 5 to facilitate.

Mounting plate 304 is set by the top of the piston rod in jacking cylinder 302, and at the both ends of mounting plate 304 point Arm component 305 She Zhi not limited to be supported to pipe beam 5, not only can be adjusted according to the needs the vertical height of pipe beam 5, To be processed suitable for the position to 5 different height of pipe beam, and since two limit arm components 305 are arranged in mounting plate 304 both ends under the premise of stablizing support to pipe beam 5, reduce the contact area with pipe beam 5, avoid excessive contacting pipe beam Part 5 and the working position of pipe beam 5 is impacted.

As shown in Figure 11, Figure 12, Figure 13, Figure 14, the sliding borehole drill construction 4 in the utility model includes drilling guide rail 401, the quantity of the drilling guide rail 401 is two, and two drilling guide rails 401 are parallel and horizontally disposed；The drilling is led One end of rail 401 is equipped with long axis cylinder 402, and the drilling guide rail 401 and the long axis cylinder 402 are each attached to the installation bottom On the upper surface of plate 1, the piston rod of the long axis cylinder 402 is towards the drilling guide rail 401, and the long axis cylinder 402 The telescopic direction of piston rod is identical as the drilling length direction of guide rail 401；The drilling guide rail 401 is equipped with can be along described The slide unit 403 that drilling 401 length direction of guide rail moves back and forth, the slide unit 403 are slidably connected with the drilling guide rail 401, institute It states and is fixedly connected in the middle part of the piston rod and one end of the slide unit 403 of long axis cylinder 402, the long axis cylinder 402 drives institute The length direction that slide unit 403 is stated along the drilling guide rail 401 moves back and forth；Support base 404, institute are fixed on the slide unit 403 The top for stating support base 404 is fixed with slider cylinder mounting plate 405, and slide unit gas is fixed on the slider cylinder mounting plate 405 Cylinder 406 is fixed with drilling machine mounting plate 407 in the slider cylinder 406, drilling machine 408 is fixed on the drilling machine mounting plate 407, The slider cylinder 406 drives the drilling machine mounting plate 407 and the drilling machine 408 perpendicular to the drilling guide rail 401 Move back and forth on direction.Attached drawing 12 is compareed, the piston rod of the long axis cylinder 402 drives on the slide unit 403 and slide unit 403 Component move left and right, realize that treating different position on processing object is processed drilling, the drive of the slider cylinder 406 institute It states drilling machine mounting plate 407 and drilling machine 408 is moved forward and backward, realize that object to be processed is processed drilling.Pass through above-mentioned drilling machine Structure, you can it realizes that a drilling machine 408 carries out the drilling of multiple positions, object to be processed need not be moved, it is easy to operate.In this reality With in novel embodiment, the quantity of the sliding borehole drill construction 4 is two, and two sliding borehole drill constructions 4 are respectively provided at The both sides of pipe beam 5 after clamping, and the drilling rod of drilling machine 408 is towards the pipe beam 5.

In the present embodiment, the slider cylinder mounting plate 405 is equipped with drill bushing mounting base 409, the rig floor mounting base It is equipped with drill bushing 410, the drilling rod of the drilling machine 8 is located in the drill bushing 410.The setting of drill bushing mounting base 409 can be realized to boring The positioning at hole position, and it is avoided that the drilling rod of drilling machine 408 polarizes during drilling, it is ensured that the precision of drilling. During drilling, drill bushing 410 plays an effect for being oriented to and consolidating.

In the present embodiment, the drilling machine mounting plate 407 is equipped with the machine for controlling the reset of the slider cylinder 406 Tool reversal valve 411, the mechanical commutation valve 411 are located at the lower section of the drilling rod of the drilling machine 408, the slider cylinder mounting plate 405 are equipped with the limited block for limiting the mechanical commutation valve 411 along the stretching direction displacement distance of the slider cylinder 406 412.Specifically, the limited block 412 is L-type structure, one end of the limited block 412 connects the slider cylinder mounting plate 405, the other end upwardly extends the front end of the telescopic direction along the slider cylinder 406 positioned at the mechanical commutation valve 411.In cunning Platform cylinder mounting plate 405 is equipped with the limit along the stretching direction displacement distance of slider cylinder 406 for limit mechanical reversal valve 411 Position block 412, during drilling, after mechanical commutation valve 411 is bored into set depth with drilling machine 408, mechanical commutation valve 411 abut limited block 412, and mechanical commutation valve 411 is touched, and slider cylinder 406 resets, and drilling machine 408 is driven to exit object to be processed Part is returned to home position, can realize and be accurately controlled to drilling depth.Limited block 412 uses L-type structure, one end to connect slide unit Cylinder mounting plate 405, the other end are located at mechanical commutation valve 411 along the front end of the telescopic direction of slider cylinder 406, easy for installation, Reduce the volume of limited block 412.Preferably, the limited block 412 and the slider cylinder mounting plate 405 are solid by bolt 413 Fixed connection, the limited block 412 are equipped with strip-shaped hole 414, the length direction of the strip-shaped hole 414 and the mechanical commutation valve 411 is identical along the stretching direction of the slider cylinder 406, and the side wall of the slider cylinder mounting plate 405, which is equipped with, to be screwed Hole 415, the strip-shaped hole 414 are correspondingly arranged with the threaded securing bores 415, and the screw rod of the bolt 413 is through and out institute It is threadedly coupled with the threaded securing bores 415 after stating strip-shaped hole 414.Limited block 412 and slider cylinder are installed by bolt 413 Plate 405 is fixedly connected, when needing to adjust the depth of the drilling of drilling machine 408, it is only necessary to bolt 413 is unclamped, then along strip-shaped hole 414 Length direction adjust limited block 412, when adjusting to when needing position, tighten bolt 413, that is, realize limited block 412 with it is mechanical The adjusting of distance between reversal valve 411, to realize the adjusting of drilling depth.

In embodiment, fixation to drilling machine 408 for convenience is fixed with drilling machine on the slider cylinder mounting plate 405 Lower mounting blocks 416, are fixed with mounting blocks 417 on drilling machine under the drilling machine on mounting blocks 416,416 He of mounting blocks under the drilling machine One end of the drilling machine 408 is gripped on the drilling machine between mounting blocks 417.The end of the other end of the drilling machine 408 is supported Drilling machine side mounting blocks 418 are connect, drilling machine side mounting blocks 418 are fixed on the slider cylinder mounting plate 405.By under drilling machine Mounting blocks 417 grip drilling machine 408 on mounting blocks 416 and drilling machine, facilitate the dismounting of drilling machine 408, the installation of drilling machine side The setting of block 418 can compress the end face of the one end of drilling machine 408 far from drilling rod, be waited for during drilling machine 408 drills for keeping out Process reaction force of the object to drilling machine 408.

Operation principle：This borehole drill construction is fixedly mounted on clamp system side, machining object is treated by clamping device Part is clamped so that the drilling rod of drilling machine 408 described in object face to be processed.The depth adjustment limited block to drill as needed 412 position drives slide unit 403 to move by long axis cylinder 402, to drive the component on slide unit 403 in drilling guide rail 401 Length direction on move, when drilling machine 408 be moved to need drill position when, open drilling machine 408, then pass through slide unit gas Cylinder 406 drives the drilling rod on drilling machine 408 gradually to be moved to band bore position, drilling is realized, when the depth of drilling reaches needs When depth, mechanical commutation valve 411 compresses limited block 412, and mechanical commutation valve 411 touches, and control slider cylinder 406 resets, and drives Drilling machine 408 is moved to initial position to the direction far from drilling, completes the drilling at a position, then passes through long axis cylinder 402 It drives slide unit 403 to be moved to next bore position, continues next drilling.

The drilling machine 408 is driven to move back and forth along the length direction of drilling guide rail 401 by long axis cylinder 402, Ke Yigen The location of drilling machine 408 is adjusted according to the position for needing to drill, then drives drilling machine 408 to lean near and far by slider cylinder 406 From object to be processed, realize that the drilling for treating processing object, the utility model can treat machining object by a realization of drilling machine 408 The drilling of the different parts of part avoids the need for that multiple drilling machines 408 are arranged, reduces the cost of drilling.

The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all in this practicality Within novel spirit and principle, any modification, equivalent replacement, improvement and so on should be included in the guarantor of the utility model Within the scope of shield.

Claims (10)

1. a kind of drilling equipment of four-way movement, which is characterized in that including mounting base (1), the upper table of the mounting base (1) There are two the rotation clamp systems (2) for pipe beam (5) to be clamped for face fixation, between two rotation clamp systems (2) are opposite Every setting；The mounting base is equipped with the lifting body (3) for being used to support pipe beam (5), and the lifting body (3) is located at two Between a rotation clamp system (2)；The mounting base (1) is equipped with the sliding for drilling to pipe beam (5) Borehole drill construction (4), the sliding borehole drill construction (4) are located on the side of the line of two rotation clamp systems (2).

2. a kind of drilling equipment of four-way movement according to claim 1, which is characterized in that the rotation clamp system (2) include mounting base (201), the mounting base (201) is fixed on the upper surface of the mounting base (1), the mounting base (201) upper surface is equipped with clamping guide-rail (202) and clamping cylinder (203), and the clamping cylinder (203) is located at the clamping One end of guide rail (202), the piston rod of the clamping cylinder (203) is towards the clamping guide-rail (202) and the clamping cylinder (203) telescopic direction of piston rod is identical as the length direction of the clamping guide-rail (202)；On the clamping guide-rail (202) Equipped with the rotary chuck mounting plate (204) moved back and forth along the clamping guide-rail (202) length direction, the clamping cylinder (203) piston rod and one end of the rotary chuck mounting plate (204) are sequentially connected；The rotary chuck mounting plate (204) It is equipped with swivel head (205), the output shaft of the swivel head (205), which is sequentially connected, is useful for the solid fixed pulley assembly of clamping pipe beam (206), the solid fixed pulley assembly (206) is located at side of the swivel head (205) far from the clamping cylinder (203), described Swivel head (205) drives the solid fixed pulley assembly (206) to be rotated by axis of the center line of the swivel head (205) output shaft.

3. a kind of drilling equipment of four-way movement according to claim 2, which is characterized in that the swivel head (205) and It is equipped with shaft mounting seat (207) between the solid fixed pulley assembly (206), the shaft mounting seat (207) is equipped with shaft Footstock (208) is installed, is clamped with and can axially turn between the shaft mounting seat (207) and shaft installation footstock (208) Dynamic shaft (209), one end of the shaft (209) and the output end of the swivel head (205) are fixedly and coaxially connected, the other end It is fixedly connected with the solid fixed pulley assembly (206).

4. a kind of drilling equipment of four-way movement according to claim 2 or 3, which is characterized in that the rotary chuck peace Loading board (204) is equipped with T-slot (210), the piston rod of the clamping cylinder (203) close to one end of the clamping cylinder (203) The T-type connector to match with the T-slot (210) is equipped with close to one end of the rotary chuck mounting plate (204) (211), the T-type connector (211) is plugged in the T-slot (210).

5. a kind of drilling equipment of four-way movement according to any one of claims 1 to 3, which is characterized in that the sliding Borehole drill construction (4) includes drilling guide rail (401), and one end of the drilling guide rail (401) is equipped with long axis cylinder (402), the brill Hole guide rail (401) and the long axis cylinder (402) are each attached on the upper surface of the mounting base (1), the long axis cylinder (402) piston rod is towards the drilling guide rail (401), and the telescopic direction of the piston rod of the long axis cylinder (402) and institute The length direction for stating drilling guide rail (401) is identical；The drilling guide rail (401) is equipped with can be long along the drilling guide rail (401) The slide unit (403) that degree direction moves back and forth, the piston rod of the long axis cylinder (402) are fixedly connected with the slide unit (403), institute Stating long axis cylinder (402) drives the slide unit (403) to move back and forth along the length direction of the drilling guide rail (401)；The cunning Support base (404) is fixed on platform (403), the top of the support base (404) is equipped with slider cylinder mounting plate (405), described Slider cylinder mounting plate (405) is equipped with slider cylinder (406), and drilling machine mounting plate is fixed on the slider cylinder (406) (407), drilling machine (408) is fixed on the drilling machine mounting plate (407), the slider cylinder (406) drives the drilling machine installation Plate (407) and the drilling machine (408) move back and forth on the direction of the drilling guide rail (401), the drilling machine (408) drilling rod is towards between two rotation clamp systems (2).

6. a kind of drilling equipment of four-way movement according to claim 5, which is characterized in that the drilling machine mounting plate (407) the mechanical commutation valve (411) for controlling the slider cylinder (406) reset, the mechanical commutation valve (411) are equipped with It is located at the lower section of the drilling rod of the drilling machine (408), the slider cylinder mounting plate (405) is equipped with and is changed for limiting the machinery To valve (411) along the limited block (412) of the stretching direction displacement distance of the slider cylinder (406).

7. a kind of drilling equipment of four-way movement according to claim 6, which is characterized in that the limited block (412) with The slider cylinder mounting plate (405) is fixedly connected by bolt (413), and the limited block (412) is equipped with strip-shaped hole (414), the stretching of the length direction of the strip-shaped hole (414) and the mechanical commutation valve (411) along the slider cylinder (406) Direction is identical, and the side wall of the slider cylinder mounting plate (405) is equipped with threaded securing bores (415), the strip-shaped hole (414) with The threaded securing bores (415) are correspondingly arranged, the screw rod of the bolt (413) through and out the strip-shaped hole (414) afterwards with The threaded securing bores (415) are threadedly coupled.

8. a kind of drilling equipment of four-way movement according to claim 5, which is characterized in that the slider cylinder mounting plate (405) it is fixed with mounting blocks under drilling machine (416) and drilling machine side mounting blocks (418) on, it is fixed on mounting blocks (416) under the drilling machine There are a mounting blocks on drilling machine (417), is gripped between mounting blocks (417) on mounting blocks (416) and the drilling machine under the drilling machine One end of the drilling machine (408), drilling machine side mounting blocks (418) compress the end of the one end of the drilling machine (408) far from drilling rod Face.

9. a kind of drilling equipment of four-way movement according to any one of claims 1 to 3, which is characterized in that the jacking Mechanism (3) includes installation pedestal (301), and the installation pedestal (301) is fixed on the upper surface of the mounting base (1), institute It states and is fixed with jacking cylinder (302) on installation pedestal (301), the piston rod of the jacking cylinder (302) is vertically arranged and bottom It is connect with the jacking cylinder (302), mounting plate (304), mounting plate (304) both ends is fixed at the top of the piston rod Upside be equipped with the limit arm component (305) for being used to support pipe beam.

10. a kind of drilling equipment of four-way movement according to claim 9, which is characterized in that the limit arm component (305) include position limit arm mounting blocks (305-1) and the position limit arm (305- positioned at position limit arm mounting blocks (305-1) both sides 2), the bottom of the position limit arm mounting blocks (305-1) is fixed on the mounting plate (304), and the position limit arm (305-2) is removable It unloads and is fixed on the opposite two sides of the position limit arm mounting blocks (305-1), and the top of two position limit arms (305-2) is high In the top of the position limit arm mounting blocks (305-1), top and two position limit arms of the position limit arm mounting blocks (305-1) The top of (305-2) forms U-type groove structure (305-3).