CN204867594U - Vertical slotting machine - Google Patents
Vertical slotting machine Download PDFInfo
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- CN204867594U CN204867594U CN201520643233.3U CN201520643233U CN204867594U CN 204867594 U CN204867594 U CN 204867594U CN 201520643233 U CN201520643233 U CN 201520643233U CN 204867594 U CN204867594 U CN 204867594U
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- material stopping
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Abstract
The utility model discloses a vertical slotting machine, including left wall body, right wall body, workbench device, backstop material, clamp plate crossbeam device and knife rest crossbeam, workbench device locates bottom between left side wall body and the right wall body, clamp plate crossbeam device is located workbench device's top, the knife rest crossbeam is located the top of clamp plate crossbeam device, workbench device, clamp plate crossbeam device and knife rest crossbeam detachable locate between left side wall body and the right wall body, backstop material detachable with workbench device meets. The utility model discloses the frame is assembled for the separation, convenient to detach and equipment, and the high strength steel board is wholly adopted in the transportation of being convenient for, and through thermal treatment heat preservation tempering cancellation welding stress, intensity is high, and stability is good.
Description
Technical field
The utility model relates to a kind of groover, particularly relates to a kind of vertical grooving machine.
Background technology
Vertical grooving machine, in the development in recent years along with plant equipment, enters Rapid development stage.The workpiece that vertical grooving machine is processed is general all thinner, requires higher in the process of processing.And in order to ensure that there is enough intensity at flanging place, the degree of depth of channeling can not be very dark, so control accuracy requires very accurate.
Each parts of existing groover are all generally be directly welded in integrative-structure, because groover type is comparatively large, comparatively inconvenient when transporting and move.
Utility model content
The purpose of this utility model solves the problems of the prior art, provides a kind of vertical grooving machine.
The technical solution of the utility model is: a kind of vertical grooving machine, comprises left body of wall, right body of wall, table device, back material stopping, laminate floor beam device and knife rest crossbeam; Described table device is located at the bottom between described left body of wall and right body of wall; Described laminate floor beam device is located at the top of described table device; Described knife rest crossbeam is located at the top of described laminate floor beam device; Described table device, laminate floor beam device and knife rest crossbeam are dismountable to be located between described left body of wall and right body of wall, and the dismountable and described table device of described back material stopping connects.
Preferably, described table device comprises workbench, multiple front material supporting device and rear retainer, and described front material supporting device is located at the front of described workbench; Described rear retainer is located at the back side of described workbench; Connector is provided with at the two ends of described workbench; The two ends upper surface of described workbench is provided with front pressuring plate device and location-plate; Described front material supporting device slides and is located at the front of described workbench, and it comprises front supporting, is provided with at least one group of front supporting ball and at least one group of front supporting hairbrush at the upper surface of described front supporting; Retainer hairbrush after retainer ball and at least one group after the upper surface of described rear retainer is provided with at least one group.
Preferably, described back material stopping comprises backstop bin and back blocking beam device provided thereon; The back material stopping servomotor that described rear shelves bin comprises multiple support, is located at the back material stopping line slideway auxiliary of rack upper surface, is symmetrically set in the back material stopping ball wire bar pair of the both sides of described support and is located in described support; Described back blocking beam device comprises back blocking beam and multiple back material stopping gripping mechanism; Described back material stopping gripping mechanism is built in described back blocking beam side by side; Described back material stopping ball wire bar pair drives described back blocking beam in the rear backgauge line slideway auxiliary to reciprocatingly slide.
Preferably, described back material stopping gripping mechanism comprises cylinder, cylinder holder, top board, lower platen and pressing plate holder; The front end of described cylinder is provided with cylinder piston rod, and end cap and the described cylinder holder of cylinder are hinged; Described pressing plate holder is located at a side of described back blocking beam, and described cylinder is placed in crossbeam; Described lower platen is fixed on pressing plate holder; Described top board is hinged on the top of described pressing plate holder, is positioned at the top of described lower platen; Described top board is connected with the piston rod of described cylinder by a pressing plate bar.
Preferably, described laminate floor beam device comprises crossbeam and multiple presser device, and described multiple presser device is fixed in the inside of described crossbeam side by side; Described presser device comprises cylinder and cylinder holder, and described cylinder holder is fixed on the inside of described crossbeam; The front end of described cylinder is provided with cylinder piston rod, and end cap and the described cylinder holder of cylinder are hinged; The two ends of described crossbeam are provided with attaching parts, which is provided with multiple connecting hole; Described each presser device also comprises pressing plate and pressing plate holder; Described pressing plate and described pressing plate holder hinged; Described pressing plate and described cylinder piston rod hinged.
Preferably, the front end of described pressing plate is pressing plate head, and tail end is pressing plate bar; The bottom of described pressing plate holder is provided with an installation gap, and the front end of described pressing plate bar is articulated with in this installation gap; The tail end of described pressing plate bar and the piston rod of described cylinder hinged.
Preferably, the cutter holder device being located at knife rest crossbeam front end is also comprised; The Z axis device that described cutter holder device comprises knife rest flat board, lubrication fixed head, X-axis servomotor, Z axis servomotor and connects with it; Described X-axis servomotor is fixed on the upper surface of described knife rest flat board; Described Z axis servomotor is located between lubrication fixed head and X-axis servomotor.
Preferably, described Z axis device comprises tool support, Z axis synchronous pulley, Z axis ball screw, guide way and slide mass; Described tool support is arranged on the bottom of described knife rest flat board; Z axis ball screw is placed in described tool support, and is connected with described Z axis servomotor by Z axis synchronous pulley; Described guide way is located at the bottom of described tool support; Described slide mass is placed in this guide way; Described Z axis ball-screw connects with slide body top, drives it to move in described guide way.
Preferably, also comprise the system control device be located on right body of wall, it comprises system control component, push button panel parts, arm, linking arm and rotary handle; Described arm two ends are provided with the first connector and the second connector; Described first connector connects with the frame of groover, and the second connector connects with described system control component; Described push button panel device is positioned at the below of system control component, and is connected with system control component by described linking arm; Described rotary handle is located at the bottom of described push button panel parts.
Preferably, also comprise the mobile operation table device being placed in side, described mobile operation table device comprises base, is located at the bearing on base and is positioned at the operating desk of holder top; Floor push is provided with in described base.
The utility model frame, for being separated assembly type, being convenient to dismounting and assembling, being convenient to transport, and frame entirety adopts high-strength steel sheet, and through heat treatment insulation tempering cancellation welding stress, intensity is high, good stability.
And the utility model has following beneficial effect:
1) lathe adopts high-strength steel sheet welding, and through heat treatment insulation tempering cancellation welding stress, intensity is high, good stability;
2) processing work is sent into by front end, easy to operate, and fast, operating efficiency is high;
3) conputer controlled pneumatic gripping, pneumatic clamp, clamping is firm, and speed is fast, little power consumption;
4) working face bulk heat treatmet, mills through precision, and planarization is good, and hardness is high, is provided with and independently regulates position, ensures that its cutting precision can be controlled in 0.02m;
5) three axles adopt servo-drive, and running torque is large, and acceleration and deceleration are located rapidly soon, and feed is accurate;
6) adopt coarse pitch polydonita mouth ball-screw-transmission, rigidity is strong, and resistance is little, increases substantially efficiency, saves the energy;
7) lathe provides two kinds of cutting ways, alloy knife planing and the planing of white light cutter, and alloy knife planing significantly improves channeling efficiency, particularly for the stainless steel that material is harder, and the technical difficulty of the workman that simplifies the operation; The planing of white light cutter is applicable to material softer iron, copper, aluminium, composite plate etc., and efficiency is high, and the cost of charp tool is low.
8) separate pneumatic pressure material pressing device, trendy widened pressing plate, makes clamping workpiece more firmly smooth, and the plate of 0.5mm thickness can both normally be cut.
Accompanying drawing explanation
Fig. 1 is stereogram of the present utility model;
Fig. 2 is top view of the present utility model;
Fig. 3 is the stereogram of forward sight support body in the utility model;
Fig. 4 is the stereogram of table device in the utility model;
Fig. 5 is the stereogram of workbench in the utility model;
Fig. 6 is the rearview of workbench in the utility model;
Fig. 7 is the side view of workbench in the utility model;
Fig. 8 is the stereogram of front pressuring plate device in table device in the utility model;
Fig. 9 is the stereogram of front material supporting device in table device in the utility model;
The side view of front material supporting device in table device in Figure 10 the utility model;
In Figure 11 the utility model in table device after the stereogram of retainer;
Figure 12 is the A portion enlarged drawing in Figure 11;
Figure 13 be in the utility model in table device after the first half of retainer the schematic diagram of deciding what is right and what is wrong of ball and hairbrush is not installed;
Figure 14 is the stereogram of the utility model back material stopping;
Figure 15 is the stereogram of backstop bin in the utility model;
Figure 16 is the stereogram of back blocking beam device in the utility model;
Figure 17 is the stereogram of back material stopping gripping mechanism in the utility model;
Figure 18 is the side-looking of back material stopping gripping mechanism in the utility model;
Figure 19 is the stereogram of the laminate floor beam device in the utility model;
Figure 20 is the side view of the laminate floor beam device in the utility model;
Figure 21 is the stereogram of the presser device in the utility model laminate floor beam device;
Figure 22 is the side view of the presser device in the utility model laminate floor beam device;
Figure 23 is the stereogram of the utility model intermediate slide device;
Figure 24 is the front view of the utility model intermediate slide device;
Figure 25 is the stereogram of Z axis device in the utility model;
Figure 26 is the front view of Z axis device in the utility model;
Figure 27 is the stereogram of system control device in the utility model.
Detailed description of the invention
The technological means realized to make the utility model, technical characteristic, utility model object and technique effect are easy to understand, and below in conjunction with concrete diagram, set forth the utility model further.
As depicted in figs. 1 and 2, be a kind of vertical grooving machine 19 of the present utility model, comprise left body of wall 191, right body of wall 192, table device 17, laminate floor beam device 20, knife rest crossbeam 193 and back material stopping; Described table device 17 is located at the bottom between described left body of wall 191 and right body of wall 192; Described laminate floor beam device 20 is located at the top of described workbench 18; Described knife rest crossbeam 193 is located at the top of described laminate floor beam device 20.
As Fig. 3, all offer a fan electrical equipment chamber door 194 in the outside of described left body of wall 191 and right body of wall 192.The back side of left body of wall 191 and right body of wall 192 is also provided with radiator fan hole and total power switch fixing hole.
Table device 17, laminate floor beam device 20 and knife rest crossbeam 193 are dismountable to be located between described left body of wall 191 and right body of wall 192.
As shown in Figure 4 and Figure 5, the connector 180 connected with left body of wall 191 and right body of wall 192 is provided with at the two ends of described table device 17; The connector 180 at these two ends all offers multiple connecting hole 181, realized and detachably the connecting of left body of wall 191 and right body of wall 192 through above-mentioned connecting hole 181 by bolt, be convenient to the assembly and disassembly of left body of wall 191 and right body of wall 192 and left body of wall 191 and right body of wall 192.
As shown in Figure 4 and Figure 5, the table device 17 in the utility model comprises workbench 18, multiple rear retainer 15 and front material supporting device 16, and described rear retainer 15 is located at the back side of described workbench; The front being located at described workbench that described front material supporting device 16 slides.
As Fig. 5, the two ends of the workbench 18 in the utility model are provided with the connector 180 connected with groover frame; The connector 180 at these two ends all offers multiple connecting hole 181, is realized and detachably the connecting of left body of wall 191 and right body of wall 192 through above-mentioned connecting hole 181 by bolt, be convenient to the assembly and disassembly of left body of wall 191 and right body of wall 192 and workbench 18.
As Fig. 6, Fig. 7 and Fig. 8, the upper surface being positioned at workbench 18 is provided with front pressuring plate device 182 and location-plate 183, and location-plate 183 is bolted on the left end upper surface of workbench, and front pressuring plate device 182 is positioned at the upper surface of right-hand member, between place work piece.Wherein location-plate 183 prevents workpiece movement in advance for the afterbody withstanding workpiece; Front pressuring plate device 182 plays and prevents from sticking up folding in front when planing workpiece, pushing down the effect of workpiece.
As Fig. 8, front pressuring plate device 182 of the present utility model comprises front pressuring plate mount pad 1821, front pressuring plate 1822 and cylinder 1823, one end of front pressuring plate 1822 is hinged on the top of described front pressuring plate mount pad 1821, can swing up and down, thus reaches the object of workpiece pressing.
As Fig. 5, be provided with front supporting line slideway auxiliary 184 in the front of workbench 18, this front supporting line slideway auxiliary 184 is bolted on the top in workbench front, for installing front material supporting device, makes it move around upper.
As Fig. 6, be provided with multiple rear retainer connecting hole 185, three rear material stopping device Connection Blocks 186 and four frame adjustable plates 187 at the back side of described workbench 18; Rear retainer connecting hole 185 in the utility model is for connecting rear retainer, and rear material stopping device connection seat 186 is for connecting back material stopping.
As Fig. 7, the cylinder 1823 in the utility model is placed in the inside of described workbench 18, controls the compression of above-mentioned front pressuring plate 1822 and lifts, and is connected, realize above-mentioned control action by the piston rod of cylinder with the other end of described front pressuring plate 1822.
Rear retainer connecting hole 185 is positioned at the top at the workbench back side, described rear material stopping device Connection Block 186 and frame adjustable plate 187 are positioned at the bottom at the workbench back side, wherein rear material stopping device Connection Block 186 is positioned at the top of frame adjustable plate 187, and described frame adjustable plate 187 is arranged near the bottom of workbench 18.
Described frame adjustable plate 187 is provided with adjustment member 189, and the adjustment member in the present embodiment is bolt, and other can realize the parts of adjustment certainly.Described bolt is threadedly screwed onto in the screw that frame adjustable plate 187 offers, and can realize regulating the horizontal level of frame by four frame adjustable plates 187.
The dismountable inner side being arranged on vertical grooving machine frame of workbench in the utility model, easy for removal and installation, its Stability Analysis of Structures, not yielding; Its upper surface is provided with front pressuring plate device and the location-plate of fixation workpiece, prevents workpiece from rocking man-hour adding, adds stability during work pieces process.
As Fig. 9 and Figure 10, front material supporting device 16 of the present utility model, comprise front supporting 161, front supporting slide block Connection Block 162 and be located at the front supporting seat 163 of front supporting slide block Connection Block 162 1 end face, front supporting slide block Connection Block 162 is located on line slideway auxiliary 184, and moves at it.
A notch 1631 is offered in the front of described front supporting seat 163, one end of front supporting 161 stretches in this notch 1631, and on close notch 1631 front supporting seat 163, be provided with bolt hole, side is provided with pin-and-hole, insert forestock clamping screw 1632 by bolt hole, pin-and-hole inserts front supporting connecting pin 1633, front supporting 161 is fixed on front supporting seat 163.
Front supporting seat 163 is bolted on the front of front supporting slide block Connection Block 162, a slide block 1621 is provided with at the back side of front supporting slide block Connection Block 162, for connecting the line slideway of vertical grooving machine workbench front portion, the position of this device busy platform can be adjusted by front supporting slide block Connection Block.
For guaranteeing slip of the present utility model in work, at the positive basifacial of front supporting slide block Connection Block 162, being provided with a fixed handle 1622, the utility model is positioned.
Front material supporting device 16 in the utility model is for lifting the workpiece of vertical grooving machine processing, general with the multiple front portion at vertical grooving machine workbench 18 of row's fixed installation, and the position of this device busy platform 18 is adjusted by front supporting slide block Connection Block 162, its quantity of installing is determined according to the model of vertical grooving machine.
The upper surface of the utility model front supporting is provided with at least one group of front supporting ball 164 and at least one group of front supporting hairbrush 165.Described often group front supporting ball 164 and often group front supporting hairbrush 165 are along the setting of the length direction interleaved adjacent of front supporting.
Described front supporting ball 164 of often organizing comprises multiple ball 166, equidistantly arranges between adjacent ball 166; Described front supporting hairbrush 165 of often organizing comprises multiple hairbrush 167, equally spaced arrangement between adjacent hairbrush 167, and the distance between above-mentioned adjacent ball 166, hairbrush 167 can be determined according to the length of front material supporting device 16.
For ease of above-mentioned ball 166 and hairbrush 167 being arranged on the upper surface of front material supporting device 16; Offer two row's installing holes 160 at the upper surface of described front supporting 16, interlock between adjacent installing hole 160 and offer; The wherein built-in ball 166 of row's installing hole, the built-in hairbrush 167 of other row's installing hole.
Ball 166 is placed in a ball installing plate, and described ball installing plate is bolted in described installing hole 160.Hairbrush 167 is placed in a hairbrush installing plate, and described hairbrush installing plate is secured by bolts in described installing hole 160.
This front material supporting device is placed on the line slideway auxiliary of workbench front portion of vertical grooving machine, be arranged side by side multiple workpiece for lifting in processing, the position of this device can be adjusted by front supporting slide block Connection Block, after adjustment, use front supporting fixed handle to be locked; Owing to being provided with multiple ball and hairbrush at the upper surface of front supporting, forming one by the plane of multiple ball and hairbrush, be convenient to the movement of workpiece work in-process on the one hand, avoid the damage of surface of the work on the other hand.
As Figure 11 and Figure 12, rear retainer 15 of the present utility model, is provided with mounting flange 151 and the rear mounting flange 152 being located at its tail end before one at the head end of rear retainer 15.
Front mounting flange 151 and rear mounting flange 152 one-body molded with described rear retainer 15, it offers multiple bolt hole 153, by bolt passing through bolt hole 153, the rear retainer connecting hole 185 rear retainer 15 and vertical grooving machine workbench 18 offered connects.
Rear retainer 15 in the utility model is for lifting the workpiece of vertical grooving machine processing, and general with the multiple rear portion at vertical grooving machine workbench 18 of row's fixed installation, it is installed quantity and determines according to the model of vertical grooving machine.
Retainer hairbrush 155 after retainer ball 154 and at least one group after this rear retainer 15 also comprises at least one group.After the rear retainer ball 154 of described often group and often group, retainer hairbrush 155 is along the setting of the length direction interleaved adjacent of rear retainer.
After described often group, retainer ball 154 comprises multiple ball 156, equidistantly arranges between adjacent ball 156; After described often group, retainer hairbrush 155 comprises multiple hairbrush 157, equally spaced arrangement between adjacent hairbrush 157, and the distance between above-mentioned adjacent ball 156, hairbrush 157 can be determined according to the length of rear retainer 15.
As Figure 12, for ease of above-mentioned ball 156 and hairbrush 157 being arranged on the upper surface of rear retainer 15; The upper surface of retainer 15 offers two row's installing holes 150 in the rear, interlocks and offer between adjacent installing hole 150; The wherein built-in ball 156 of row's installing hole, the built-in hairbrush 157 of other row's installing hole.
As Figure 13, ball 156 is placed in a ball mount pad, and described ball mount pad is bolted in described installing hole 150.Hairbrush 157 is placed in a hairbrush mount pad, and described hairbrush mount pad is secured by bolts in described installing hole 150.
This rear retainer 15 is placed in the rear portion of the workbench 18 of vertical grooving machine, generally be arranged side by side multiple workpiece for lifting in processing, owing to being provided with multiple ball and hairbrush at the upper surface of rear retainer, form one by the plane of multiple ball and hairbrush, be convenient to the movement of workpiece work in-process on the one hand, avoid the damage of surface of the work on the other hand.
Knife rest crossbeam 193 in the utility model takes the connected mode the same with above-mentioned table device 17, is dismountablely located between left body of wall 191 and right body of wall 192.
As Figure 14, the back material stopping 7 in the utility model is positioned at the rear portion of table device 17, and to be dismountablely connected with it, and it mainly comprises backstop bin 9 and can carry out the back blocking beam device 10 that reciprocatingly slides thereon.
For ease of the technical scheme in statement the utility model, the present embodiment is described the concrete structure of the backstop bin 9 in the utility model, back blocking beam device 10 respectively, and the structure both then combining describes its assembly relation and operating principle.
As Figure 15, the backstop bin 9 in the utility model comprises three horizontal supports 91 and three longitudinal carriers, 92, three horizontal supports 91 and three longitudinal carriers 92 and forms a square support body, and its junction is welded together by sole.
Backstop bin 9 of the present utility model also comprises rear retainer gripper shoe 94, back material stopping servomotor 95, back material stopping ball wire bar pair 96, back material stopping line slideway auxiliary 97, back material stopping stand adjusting device 98 and back material stopping Connection Block 99.Realize removably connecting by Connection Block and groover, be convenient to assembly and disassembly.
Wherein, retainer gripper shoe 94 is positioned at the tail end top of longitudinal carrier 92; The inner side of described longitudinal carrier 92 is located at by described back material stopping servomotor 95, and carries out transmission by belt and back material stopping ball wire bar pair 96; Back material stopping ball wire bar pair 96 symmetry be arranged on horizontal support 91 two outside, for back blocking beam device 10 provides power.
The side of a back material stopping ball wire bar pair 96 is provided with a back material stopping chain supporting groove 961 wherein, and back material stopping chain supporting groove 961 is for supporting service cable on back material stopping servomotor 95 and holder chain.
Back material stopping line slideway auxiliary 97 is three, and the parallel equally spaced upper surface being located at horizontal support 91, slides thereon for back blocking beam device 10, and translational speed is fast, accurate positioning, convenient operation.
Back material stopping stand adjusting device 98 is located at the bottom of described three horizontal supports 91 and three longitudinal carriers 92, for regulating the horizontal level of back material stopping 9, it comprises base and adjusting nut, and by the gap between adjusting nut and base, the horizontal level realizing back material stopping regulates.
Back material stopping Connection Block 99 is three most head ends being positioned at longitudinal carrier 92, it is equipped with the installing hole for construction bolt, by bolt, the utility model is connected with the rear material stopping device Connection Block 186 on the workbench 18 of groover, realize dismountable connection with this.
For the ease of handling transport the utility model, inside the tail end of longitudinal carrier 92, be arranged with a pair hanger 921, be convenient to the utility model to move by loop wheel machine.
As shown in figure 16, for back blocking beam device 10 of the present utility model, comprise back blocking beam 100 and multiple back material stopping gripping mechanism 11, back blocking beam 100 is divided into multiple installing space 101, is provided with a back material stopping gripping mechanism 11 in described each installing space 101.
One is assemblied in the following way: the bottom of backgauge crossbeam 100 is provided with three slide blocks 71 in the rear between backstop bin 9 and back blocking beam device 10, these three slide blocks 71 coordinate with back material stopping line slideway auxiliary 97, and back blocking beam 100 can be implemented in reciprocatingly sliding on back material stopping line slideway auxiliary 97 by slide block 71; The outside being positioned at two ends slide block 71 is provided with feed screw nut's seat 72, and this feed screw nut's seat 72 is set on described back material stopping ball screw assembly, 96, by the driving of back material stopping servomotor 95, drives back blocking beam 100 to move on above-mentioned back material stopping line slideway auxiliary 97.
Back blocking beam device 10 of the present utility model slides with backstop bin by the way and connects, and translational speed is fast, feeding is comparatively stable, registration.
As shown in Figure 17 and Figure 18, the back material stopping gripping mechanism 11 in the utility model comprises cylinder 111 and cylinder holder 112, and the front end of described cylinder 111 is provided with cylinder piston rod 113, and end cap and the described cylinder holder 112 of cylinder 111 are hinged.
Each installing space 101 front of backgauge crossbeam 100 all offers a rod aperture 102 of stretching out for described cylinder piston rod 113 in the rear.Cylinder holder 112 is fixed on the medial surface of described each installing space 101.Said structure can realize installing/dismounting conveniently effect, and a point multiple installing space is installed for described gripping mechanism in back blocking beam, relatively independent operation.
Back material stopping gripping mechanism 11 in the utility model also comprises top board 114, lower platen 115 and pressing plate holder 116.The centre of pressing plate holder 116 is the installation gap 117 of hollow, is left and right installing plate 118 in the both sides of installation gap 117; The pin-and-hole penetrated for bearing pin 119 is provided with between left and right installing plate 118.
In top board 114 and lower platen 115 installation gap 117 between left installing plate and right installing plate 118, top board 114 is positioned at the top of lower platen 115, top board 114 connects with bearing pin 119, can realize the rotation of certain angle, to coordinate the pinching action between lower platen 115.
The circular hole 1131 stretched into for described piston rod 113 is provided with in the bottom of pressing plate holder 116.The multiple installing holes 1132 connected with back blocking beam are provided with in the bottom of described pressing plate holder 116.
Pressing plate bar 110 is positioned at installation gap 117, and its one end connects the bottom of described top board 114, and the other end connects with described piston rod 113, flexible with the clamping realizing top board 114 and lax by cylinder 111.
Gripping mechanism cylinder in the utility model is arranged in back blocking beam by cylinder holder, and upper lower platen coordinates clamps workpiece, and clamping is rapid, excellent effect.
Back material stopping gripping mechanism in the utility model carries out action by Systematical control cylinder, and when cylinder shrinks, the bearing pin of top board on pressing plate holder rotates and form lever principle generation strong pressure and push down workpiece, and fixation workpiece is comparatively firm, can not produce loosening; Realize when cylinder stretches out lifting rapidly, be swift in motion, stablize, telescopicing performance is superior.
As illustrated in figures 19 and 20, laminate floor beam device 20, comprises crossbeam 201 and multiple presser device 21, and described multiple presser device 21 is fixed in the inside of described crossbeam 201 side by side; The two ends of crossbeam 201 are provided with attaching parts 202, which is provided with multiple connecting hole 203, by connecting hole 203 fitted bolt, can be arranged on dismountable for crossbeam 201 in the frame of groover.Easy for removal and installation, transport and movement process in, can by its with carry out between workbench, frame being separated handling.
As shown in figure 21 and figure, presser device 21 in the utility model comprises cylinder 211 and cylinder holder 212, cylinder piston rod 213 is provided with in the front end of cylinder 211, be provided with connector 214 at the head of this cylinder piston rod 213, end cap 215 and the described cylinder holder 212 of cylinder 211 carry out hinged.Namely be provided with breach at cylinder holder 212, it offers pin shaft hole, end cap 215 is located corresponding thereto also offer pin shaft hole, be inserted in this pin shaft hole by bearing pin, the rotation both namely realizing connects.
Presser device 21 in the utility model also comprises a pressing plate 216 and pressing plate holder 217; The front end of described pressing plate 216 is pressing plate head 2161, and tail end is pressing plate bar 2162.The thickness of the front portion of pressing plate head 2161 is less than or equal to the thickness at rear portion.By this pressing plate head 2161, workpiece is pushed down.
Be provided with an installation gap 2171 in the bottom of pressing plate holder 217, the front end of described pressing plate bar 2162 is hinged in this installation gap 2171.Particular by such as under type realization rotation between the two, namely the front end of pressing plate bar 2162 and installation gap 2171 relative position offer pin shaft hole, both carry out pivot joint by bearing pin 2172 through described pin shaft hole, by this articulated manner, the rotation of pressing plate bar 2162 in this installation gap 2171 can be realized.
The tail end of pressing plate bar 2162 offers tail end installation gap 2163, the front end of described piston rod 213 is provided with a connector 214, described connector 214 is placed in this tail end installation gap 2163 and its pivot joint, its connected mode is identical with the connected mode of above-mentioned pressing plate bar 2162, namely installation gap 2163 is relative with connector 214 offers pin shaft hole, both carry out pivot joint by bearing pin 218 through described pin shaft hole, realize rotating.
In the utility model presser device be arranged in laminate floor beam device, cylinder is arranged in laminate floor beam device by cylinder holder, and clamp portion extends, for pushing down the workpiece of vertical grooving machine workbench; The utility model carries out action by Systematical control cylinder, when cylinder shrinks, the bearing pin of pressing plate on pressing plate holder rotates and forms lever principle generation strong pressure and push down workpiece, realize when cylinder stretches out lifting, be swift in motion, stablize, telescopicing performance is superior.
As Figure 23 and 24, the utility model also comprises the cutter holder device 12 being located at knife rest crossbeam front end; The Z axis device 14 that described cutter holder device 12 comprises knife rest flat board 121, lubrication fixed head 122, X-axis servomotor 123, Z axis servomotor 140 and connects with it.
Be provided with X-axis servomotor fixture 124 at the upper surface of described knife rest flat board 121, described X-axis servomotor 123 is fixed in this X-axis servomotor fixture 124.Being provided with drag chain support 125 in the side of X-axis servomotor fixture 124, for fixing X-axis drag chain and communication cable, preventing it from being damaged when slotting.
Offer a mounting groove at described knife rest flat board 121, described Z axis servomotor 140 is placed in this groove.Described Z axis servomotor 140 is between lubrication fixed head 122 and X-axis servomotor 123.Lubrication fixed head 122 realizes machine tool guideway and gear lubrication for fixing lubricating element.
As illustrated in figs. 25 and 26, for the Z axis device 14 in the utility model, it comprises tool support 141, Z axis synchronous pulley 142 and Z axis ball screw 143, Z axis ball screw 143 is placed in the middle part of described tool support 141, described Z axis synchronous pulley 142 is fixed on the top of Z axis ball screw 143, connects with Z axis servomotor 140 transmission.Drive Timing Belt by Z axis servomotor 140, Timing Belt and above-mentioned Z axis synchronous pulley 142 carry out transmission, realize Z axis ball screw 143 action.
Z axis device 14 also comprises guide way 144 and slide mass 145; Described guide way 144 is fixed on the bottom of tool support 141; Described slide mass 145 is placed in this guide way 144.Z axis ball-screw 143 is connected by nut with the top of slide mass 145, and slide mass 145, under it drives, makes slide mass 145 stable realization in described guide way 144 move up and down.
Guide way 144 comprises left V-type rail 1441 and right V-type rail 1442, and both inside is provided with the gathering sill of V-type relatively.The both sides of slide mass 145 are provided with the V-type slide block 1451 of inserting and sliding in this V-type gathering sill, and this V-type slide block 1451 moves up and down at left V-type rail 1441 and right V-type rail 1442, and translational speed is very fast, and can locate accurately.
Be provided with adjustment plate 146 in the outside of left V-type rail 1441, described adjustment plate 146 is fixed on the bottom of tool support 1441; Left V-type rail 1441 is connected by adjusting bolt 147 with adjustment plate 146.By the degree of tightness of adjusting bolt 147, left V-type rail 1441, gap between right V-type rail 1442 and V-type slide block 1451 can be realized.
In the bottom of adjustment plate 146 side, an air blowing frame 148 being installed, described air blowing frame 148 is provided with blow head 1481, the eliminating impurities that can will be produced in processing by this blow head 1481, ensureing that cutter is when slotting, the cleannes of surface of the work.
Be provided with upper tool post 149 in the bottom of slide mass 145, this upper tool post 149 comprises upper knife body 1491, knife rest pressing plate 1492 and knife rest jacking block 1493.Upper knife body 1491 offers Cutting tool installation manner groove, for mounting cutter 1494; Described knife rest pressing plate 1492 is connected with described upper knife body 1491 by bolt; Described knife rest jacking block 1493 is located at the top of the Cutting tool installation manner groove of upper knife body 1491.
The utility model is by the drive of Z axis servomotor 140, V-type slide block 1451 is made to stablize between left V-type rail 1441, right V-type rail 1442, slide rapidly, thus drive upper tool post 149 to slot on workpiece, registration, groove depth error are little, and coordinate the blow head that it is arranged, ensure the cleannes of surface of the work, further increase its fluting efficiency.
As Figure 27, right body of wall of the present utility model being provided with one for controlling the system control device 22 that groover runs, comprising system control component 221, also comprising arm 222, push button panel parts 223, linking arm 224 and rotary handle 225.
The first connector 2221 and the second connector 2222 is provided with at the two ends of arm 222; Described first connector 2221 connects with the frame of groover, and the second connector 2222 connects with described system control device 22.First connector 2221 and the second connector 2222 all offer screwed hole, by screwed hole and screw fit, it can be connected with frame, system control component.
Arm 222 in the utility model comprises horizontal hanging arm 2223 and vertical arm 2224, and being connected by swivel elbow 2225 between described horizontal hanging arm 2223 and vertical arm 2224 is structure as a whole.First connector 2221 is located at one end of horizontal hanging arm 2223, and the second connector 2222 is located at one end of vertical arm 2224.Horizontal hanging arm 2223 is fixed in frame by the first connector 2222, and vertical arm 2224 can realize rotating by swivel elbow 2225.
Push button panel parts 223 are positioned at the below of system control component 221, and are connected with system control component 221 by linking arm 224; Both rotary handles 225 are located at the bottom of described push button panel parts 223, for rotating the position of whole vertical arm 2224, thus convenient operation system control component 221 and push button panel parts 223.
System control component 221 in the utility model comprises housing 2211, is located at the display screen 2212 in housing 2211 front and is positioned at the setting button 2213 of display screen 2212 side, the basic parameter of processing work is needed by the input of setting button 2213, and relevant tune-up data.
The front of push button panel parts 223 is provided with multiple control button 2231, and the relevant apparatus splitting scouring machine by control button 2231 realizes various motion and controls, and such as suspends, suddenly to stop, illumination etc.
The utility model also comprises a mobile operation table device 23, and described mobile operation table 23 device comprises base 231, is located at the bearing 232 on base 231 and is positioned at the operating desk 233 at bearing 232 top; Floor push is provided with in described base 231.
Be only the utility model preferred embodiment in sum, be not used for limiting practical range of the present utility model.Namely all equivalences done according to the content of the utility model claim change and modify, and all should belong to technology category of the present utility model.
Claims (10)
1. vertical grooving machine, is characterized in that: comprise left body of wall, right body of wall, table device, back material stopping, laminate floor beam device and knife rest crossbeam; Described table device is located at the bottom between described left body of wall and right body of wall; Described laminate floor beam device is located at the top of described table device; Described knife rest crossbeam is located at the top of described laminate floor beam device; Described table device, laminate floor beam device and knife rest crossbeam are dismountable to be located between described left body of wall and right body of wall, and the dismountable and described table device of described back material stopping connects.
2. vertical grooving machine according to claim 1, is characterized in that: described table device comprises workbench, multiple front material supporting device and rear retainer, and described front material supporting device is located at the front of described workbench; Described rear retainer is located at the back side of described workbench; Connector is provided with at the two ends of described workbench; The two ends upper surface of described workbench is provided with front pressuring plate device and location-plate; Described front material supporting device slides and is located at the front of described workbench, and it comprises front supporting, is provided with at least one group of front supporting ball and at least one group of front supporting hairbrush at the upper surface of described front supporting; Retainer hairbrush after retainer ball and at least one group after the upper surface of described rear retainer is provided with at least one group.
3. vertical grooving machine according to claim 1, is characterized in that: described back material stopping comprises backstop bin and back blocking beam device provided thereon; The back material stopping servomotor that described backstop bin comprises multiple support, is located at the back material stopping line slideway auxiliary of rack upper surface, is symmetrically set in the back material stopping ball wire bar pair of the both sides of described support and is located in described support; Described back blocking beam device comprises back blocking beam and multiple back material stopping gripping mechanism; Described back material stopping gripping mechanism is built in described back blocking beam side by side; Described back material stopping ball wire bar pair drives described back blocking beam in the rear backgauge line slideway auxiliary to reciprocatingly slide.
4. vertical grooving machine according to claim 3, is characterized in that: described back material stopping gripping mechanism comprises cylinder, cylinder holder, top board, lower platen and pressing plate holder; The front end of described cylinder is provided with cylinder piston rod, and end cap and the described cylinder holder of cylinder are hinged; Described pressing plate holder is located at a side of described back blocking beam, and described cylinder is placed in crossbeam; Described lower platen is fixed on pressing plate holder; Described top board is hinged on the top of described pressing plate holder, is positioned at the top of described lower platen; Described top board is connected with the piston rod of described cylinder by a pressing plate bar.
5. vertical grooving machine according to claim 1, is characterized in that: described laminate floor beam device comprises crossbeam and multiple presser device, and described multiple presser device is fixed in the inside of described crossbeam side by side; Described presser device comprises cylinder and cylinder holder, and described cylinder holder is fixed on the inside of described crossbeam; The front end of described cylinder is provided with cylinder piston rod, and end cap and the described cylinder holder of cylinder are hinged; The two ends of described crossbeam are provided with attaching parts, which is provided with multiple connecting hole; Described each presser device also comprises pressing plate and pressing plate holder; Described pressing plate and described pressing plate holder hinged; Described pressing plate and described cylinder piston rod hinged.
6. vertical grooving machine according to claim 5, is characterized in that: the front end of described pressing plate is pressing plate head, and tail end is pressing plate bar; The bottom of described pressing plate holder is provided with an installation gap, and the front end of described pressing plate bar is articulated with in this installation gap; The tail end of described pressing plate bar and the piston rod of described cylinder hinged.
7. vertical grooving machine according to claim 1, is characterized in that: also comprise the cutter holder device being located at knife rest crossbeam front end; The Z axis device that described cutter holder device comprises knife rest flat board, lubrication fixed head, X-axis servomotor, Z axis servomotor and connects with it; Described X-axis servomotor is fixed on the upper surface of described knife rest flat board; Described Z axis servomotor is located between lubrication fixed head and X-axis servomotor.
8. vertical grooving machine according to claim 7, is characterized in that: described Z axis device comprises tool support, Z axis synchronous pulley, Z axis ball screw, guide way and slide mass; Described tool support is arranged on the bottom of described knife rest flat board; Z axis ball screw is placed in described tool support, and is connected with described Z axis servomotor by Z axis synchronous pulley; Described guide way is located at the bottom of described tool support; Described slide mass is placed in this guide way; Described Z axis ball-screw connects with slide body top, drives it to move in described guide way.
9. vertical grooving machine according to claim 1, is characterized in that: also comprise the system control device be located on right body of wall, and it comprises system control component, push button panel parts, arm, linking arm and rotary handle; Described arm two ends are provided with the first connector and the second connector; Described first connector connects with the frame of groover, and the second connector connects with described system control component; Described push button panel device is positioned at the below of system control component, and is connected with system control component by described linking arm; Described rotary handle is located at the bottom of described push button panel parts.
10. vertical grooving machine according to claim 1, is characterized in that: also comprise the mobile operation table device being placed in side, and described mobile operation table device comprises base, is located at the bearing on base and is positioned at the operating desk of holder top; Floor push is provided with in described base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520643233.3U CN204867594U (en) | 2015-08-24 | 2015-08-24 | Vertical slotting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520643233.3U CN204867594U (en) | 2015-08-24 | 2015-08-24 | Vertical slotting machine |
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| Publication Number | Publication Date |
|---|---|
| CN204867594U true CN204867594U (en) | 2015-12-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520643233.3U Active CN204867594U (en) | 2015-08-24 | 2015-08-24 | Vertical slotting machine |
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| CN (1) | CN204867594U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105127497A (en) * | 2015-08-24 | 2015-12-09 | 上海春田机械有限公司 | Vertical grooving machine |
| CN110434382A (en) * | 2019-09-09 | 2019-11-12 | 上海恒力锻压机床有限公司 | A kind of movable gantry plane two-way opened scouring machine and its working method |
-
2015
- 2015-08-24 CN CN201520643233.3U patent/CN204867594U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105127497A (en) * | 2015-08-24 | 2015-12-09 | 上海春田机械有限公司 | Vertical grooving machine |
| CN110434382A (en) * | 2019-09-09 | 2019-11-12 | 上海恒力锻压机床有限公司 | A kind of movable gantry plane two-way opened scouring machine and its working method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20191209 Address after: 215411 Jiangsu province Suzhou city Taicang town of Chengxiang city science and Technology Industrial Park Sheng Jing Road Patentee after: Limited by Share Ltd (Suzhou) Address before: 201317 Shanghai hangtou town Pudong New Area Airlines 144-164 Road No. 2 Patentee before: SHANGHAI CHUNT MACHINERY CO., LTD. |
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| TR01 | Transfer of patent right |