CN203209998U - Work sliding table movement limiting device of automatic intermittent circulation work table - Google Patents
Work sliding table movement limiting device of automatic intermittent circulation work table Download PDFInfo
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- CN203209998U CN203209998U CN 201220703532 CN201220703532U CN203209998U CN 203209998 U CN203209998 U CN 203209998U CN 201220703532 CN201220703532 CN 201220703532 CN 201220703532 U CN201220703532 U CN 201220703532U CN 203209998 U CN203209998 U CN 203209998U
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Abstract
The utility model relates to a work sliding table movement limiting device of an automatic intermittent circulation work table. The device comprises limiting rods, limiting cylinders, cylinder supporting plates, a limiting swing block, a limiting bolt, a nut, swing arms, cylinder rod joints, buffer spring seats, buffer springs, fixing bolts, gaskets, pins and a movement limiting swing block mechanism. The two limiting rods are in a pair and are cylindrical in shape, heads at the two ends of each limiting rod are provided with step shafts and flat parts, the middle of each limiting rod is provided with a threaded hole, each limiting rod passes through a circular hole in each support and is successfully matched with the circular hole on the support, two cylinder supporting plates are sleeved on each step shaft at the two ends, on the lower part of the two cylinder supporting plates at each end is provided with a limiting cylinder, and a fixed interval is formed between the two cylinder supporting plates and is corresponding to the flat part of each limiting rod. Each two swing arms form a pair, one ends of the swing arms are provided with flat groove parts clamped on the flat part of the limiting rods respectively, the other ends of the two swing arms are respectively provided with pin holes, and each pin hole is successfully matched with an external diameter of the pin. The working table number can be increased or reduced according to needs by adopting the automatic intermittent circulation work table with the work sliding table movement limiting device, the positioning can be freely regulated, the automatic intermittent circulation work table is easy to operate, is strong in universality, and can automatically circulate and reduce labor force consumption; and the automatic intermittent circulation work table can be switched into a single work table mode to independently and circularly work according to needs, is strong in applicability, and can be used in a plurality of industries.
Description
Technical field
The utility model relates to the mechanical automation EGR, particularly a kind of device that utilizes cylinder control slide unit run location.
Background technology
Existing mechanical automation intermittent cyclic device mostly uses the rotating disk of equation graduation.The various mechanism such as servo or stepper motor that cam, connecting rod, hydraulic pressure, pneumatic, band decelerator are arranged, version mostly is around a central shaft, the fixing five equilibrium angle of one of every rotation on a disk plane, stop a period of time, carry out operation, rotate an identical angle then again again, stop again one identical period, go round and begin again and carry out operation.
The defective of this structure is: the equation graduation angle is definite value; indexing accuracy requires high; can't adjust, when big workpiece multistation operation, the disk respective diameters also needs bigger; be difficult to make; the transposition precision also is difficult to guarantee, the operating position limited space, and regular meeting interferes with each other during adjacent stations work; to a certain extent, limited the scope of application.
The utility model content
The purpose of this utility model is to overcome above-mentioned defective, and a kind of device that utilizes cylinder control slide unit run location is provided, and the working slider that can switch to the device usefulness of single workbench independent loops work moves stopping means.
The utility model is achieved in that a kind of working slider of automatic intermittent cyclic workbench moves stopping means, is characterized in that: comprise gag lever post, spacing cylinder, cylinder support plate, spacing centering block, stop screw and nut, rocking arm, cylinder rod joint, buffer casting, buffer spring, hold-down screw, pad, pin and moving spacing swing-block mechamism; Described gag lever post, two of one pairs, be cylindric, the two ends head is provided with step axle and flat position, and there is screwed hole at the center, passes the circular hole on each bearing and becomes movingly with circular hole on the bearing, respectively be set with two blocks of cylinder support plates on the step axle of two ends, each two cylinder support plate below, two ends, each fixedly is equipped with spacing cylinder, and has the formation constant spacing corresponding with the flat position of gag lever post between two blocks of cylinder support plates; Per two of described rocking arm partners, and has a flat groove position to be installed on the flat position of gag lever post on the rocking arm, and the other end of two rocking arms all is provided with pin hole, and becomes movingly with the pin external diameter.
Described moving spacing swing-block mechamism comprises moving spacing centering block, connecting rod, connecting rod pin, connecting rod base, movable pendulum piece holder and stop screw and nut; On the described moving spacing centering block inclined-plane is arranged, side direction has a circular hole, spacing centering block is the same with installing, be linked on the same gag lever post, on gag lever post, can rotate flexibly, side direction also has a screwed hole parallel with this circular hole with pin hole, twists merging in the screwed hole and stop screw and nut tightly is housed, pin hole and pin stationary fit; Described movable pendulum piece holder, two of pairs, there is a circular hole at the center, and fit is fixed on the gag lever post of moving spacing centering block both sides; Described connecting rod base, center have a circular hole, the position of corresponding moving spacing centering block, and fit is fixed on the another gag lever post.Be provided with pin hole on the center hole next door, parallel with center hole, with the pin stationary fit; Described connecting rod, two ends head respectively have a pin hole to become movingly with pin, and pin has two in a mechanism, and moving spacing centering block, connecting rod and connecting rod base are connected together.
Described cylinder rod joint one end becomes the thread spindle shape, twists to be combined on the cylinder club head of spacing cylinder, and the other end becomes flat, and side direction has a pin hole, becomes stationary fit with the pin external diameter.
Described spacing centering block, on an inclined-plane is arranged, side direction has a circular hole, fit is fixed on the gag lever post, side direction also has a screwed hole parallel with this circular hole, stop screw and nut tightly are equipped with in stubborn merging.
That root gag lever post of spacing centering block and moving spacing centering block is installed on described each workbench, and pneumatic pulling or the thrust unit with this workbench is in on one side all the time.
By the traffic direction of slide unit in proper order, all be provided with two circular holes on first bearing of each workbench, fit fixedly is equipped with buffer casting respectively; Described buffer casting is to be stepped hole in one, and profile is the part of step axle; Buffer casting facing to cylinder support plate one to, and a segment distance is arranged between the cylinder support plate, the buffer spring wedging ring is contained between buffer casting and the cylinder support plate.
Described hold-down screw and pad are twisted and are combined on the screwed hole of centre at gag lever post two ends, push down the extroversion of two ends cylinder support plate, and each part that working slider is moved on the stopping means is combined into an integral body.
Described buffer casting and buffering spring can be substituted by the buffer of a standard, are fixed on equally on first bearing of each workbench.
Adopt working slider described in the utility model to move stopping means, be contained on the automatic intermittent cyclic workbench, can prolong or shorten the workbench number as required, freely adjust location and simple to operate, highly versatile, circulation automatically reduces the labour; Can switch to the work of single workbench independent loops as required, applicability is strong, all can use in a plurality of industries.
Description of drawings
In conjunction with the embodiments the utility model is further described with reference to the accompanying drawings.
Fig. 1 is guide rail and slide unit composite set figure.
Fig. 2 is slide unit figure.
Fig. 3 is guide rail and slide unit schematic diagram.
Fig. 4 is mounted in pneumatic pulling and the thrust unit assembly figure on the workbench.
Fig. 5 is that the part of Fig. 4 hides figure.
Fig. 6 is the A-A cut away view of Fig. 5.
Fig. 7 is pneumatic pull unit figure.
Fig. 8 is pneumatic thrust unit figure.
Fig. 9 is that working slider moves stopping means figure.
Figure 10 is that the part of Fig. 9 hides figure.
Figure 11 is secondary track-type facilities figure.
Figure 12 is slide unit returning device figure.
Figure 13 is lifting slide unit and track combination installation drawing.
Figure 14 is that automatic intermittent cyclic workbench is that loop structure is always schemed up and down.
Figure 15 is that automatic intermittent cyclic workbench is horizontal slide unit and guide rail conveying device figure.
Figure 16 is the part figure of Figure 15.
Figure 17 is the installation drawing of automatic intermittent cyclic workbench when being the work of single workbench independent loops.
Figure 18 is the operation principle exemplary plot.
When Figure 19 is automatic intermittent cyclic workbench for loop structure up and down as the automatic drilling exemplary plot.
Figure 20 be automatic intermittent cyclic workbench when being the plane loop structure as the automatic drilling exemplary plot.
Figure 21 be automatic intermittent cyclic workbench when being the work of single workbench independent loops as the automatic drilling exemplary plot.
The specific embodiment
Embodiment 1:
As Figure 19, be to use working slider described in the utility model to move an embodiment of the automatic intermittent cyclic workbench of stopping means, this automatic intermittent cyclic workbench is loop structure up and down, comprise guide rail and slide unit composite set 100, pneumatic pulling and thrust unit assembly 200, working slider moves stopping means 300, slide unit returning device 400 and rail set 500 up and down, the guide rail of each and slide unit composite set 100 are all supporting to be provided with pneumatic pulling and thrust unit assembly 200 and working slider and to move stopping means 300, and described pneumatic pulling and thrust unit assembly 200 are used for the movement of slide unit on guide rail of control guide rail and slide unit composite set 100; Described working slider moves spacing when guide rail moves to working position of slide unit that stopping means 300 is used for control guide rail and slide unit composite set 100; Described guide rail is positioned at the top of slide unit returning device 400 and parallels setting with it with slide unit composite set 100, their two ends are respectively equipped with the rail set up and down 500 that connects with it to form the rotary track that circulates up and down, described rail set 500 up and down comprises lifting slide unit and track combination device 501 and secondary track-type facilities 502, and the last plane of described lifting slide unit and track combination device 501 is installed with secondary track-type facilities 502.
As Fig. 1, be the guide rail of described automatic intermittent cyclic workbench and the structure chart of slide unit composite set, its integral installation is on big base plate 1, and the guide rail of each workbench is all the same with the slide rest device structure.Described guide rail and slide unit composite set 100 comprise that the 3 one-tenth spacings of a plurality of bearings that are fixed on the base-plate 2 arrange, and the parallel guide rail 4 that is mounted with on the bearing 3 forms a guide rail integral body and is disposed at slide unit on the closed slide.
As Fig. 2,3, be slide unit figure and guide rail and slide unit schematic diagram, described slide unit comprises slide unit panel 5, slide unit side plate 6, fixing slide carriage 7 and adjusting slide 8, fixing slide carriage 7 is fixedly connected with slide unit side plate 6.Be fixed on the guide rod 9 regulated on the slide 8 and be slidingly matched with hole on the slide unit side plate 6, regulate between slide 8 and the slide unit side plate 6 spring 10 is housed, slide unit side plate 6 two ends of every slide unit both sides all are installed with position block 11.Described guide rail and slide unit composite set can be one, also can Liang Tai, three or more be used in combination, the consistent size of each guide rail, when being in line arranged in series, under the guide rail of rear and front end and adjacent guide rail also ran in the situation of row in pairs, slide unit can move on another workbench.Adopt 4 to be connected to example and to describe in the present embodiment.
As Fig. 4,5,6, be mounted in pneumatic pulling and thrust unit assembly figure on the workbench, described pneumatic pulling and thrust unit 200 assemblies are divided into pull unit and thrust unit, partner, guide rail and slide unit composite set 100 that per two tandem dockings are arranged are made as one group, all correspondence is equipped with a pair of pneumatic pulling and thrust unit assembly 200, press the traffic direction serial number of slide unit, on second guide rail and the slide unit composite set pull unit is installed, first slide unit played pulling function, on first guide rail and the slide unit composite set thrust unit is installed, second slide unit played a driving role.Described pneumatic pulling and thrust unit assembly, comprise two cylinders 12 that are divided on adjacent in same group two guide rails and the slide unit composite set, be fixed on the big base plate 1, twist to close respectively on two cylinder 12 bar heads pull unit and thrust unit are fixedly arranged, towards relatively, one is installed in corresponding guide rail and a side of slide unit composite set slide unit, and another is installed in another corresponding guide rail and the opposite side of slide unit composite set slide unit.
As Fig. 7, be pneumatic pull unit figure, described pneumatic pull unit comprises sliding seat 13, pulling piece 14, pin 15, spring 16, fixed block 17, screw 18.The rectangle rib of the base-plate 2 one side projectioies on described sliding seat 13 1 sides have an elongated slot and are fixed on big base plate 1 is movable to cooperate (as Fig. 6), play the guiding role.Described pin 15 and pulling piece 14 movingly, with sliding seat 13 stationary fits, the pin hole that passes on sliding seat 13 and the pulling piece 14 is installed in pulling piece 14 on the sliding seat 13, pulling piece 14 is movable in the certain limit of pin 15 axle center on sliding seat 13, the pulling piece 14 towards sliding seat 13 1 to, press-fiting spring 16, spring 16 is between pin 15 and fixed block 17.Described fixed block 17 is troughs of belt in the middle of, and the width of groove can just insert the position block 11 on the slide unit, left-right symmetry, and there is the L type part of a screw hole at the center, and the screw hole that screw 18 passes on the fixed block 17 is fixed on fixed block 17 on the sliding seat 13.When non-single workbench independent loops is worked, the groove of fixed block 17 is positioned at the below, fixed block 17 is inoperative, when needs switch to the work of single workbench independent loops, this fixed block 17 will turn over turnback along the screw hole center, reinstall, allow the groove of fixed block 17 be positioned at the top, be fixed on the sliding seat 13.
As Fig. 8, be pneumatic thrust unit figure, described pneumatic thrust unit comprises sliding seat, pushing block 19, pin, spring, fixed block, screw.Structure is consistent with pneumatic pull unit, though that difference is pushing block 19 is identical with pulling piece 14 shapes, install towards on the contrary, the spring of pneumatic thrust unit is installed in the opposite side of pin, namely away from that side of fixed block.
When described pneumatic pull unit is advanced to the slide unit direction, when pulling piece 14 is run into position block 11 sides of slide unit with the inclined-plane of sliding seat 13 formation, stressed pressing down, pulling piece 14 makes spring 16 compressions along the rotation of pin 15 axle center, cross the position block 11 of slide unit until pulling piece 14, spring 16 returns, pneumatic pull unit is got back to original state.When the pulling piece 14 of crossing position block 11 retreats when mobile, when the right angle side that pulling piece 14 and sliding seat 13 form is run into the plane of position block 11 of slide unit, can haul slide unit and retreat movement together.Described pneumatic thrust unit operation logic is consistent with pneumatic pull unit.
As Fig. 9,10, be that working slider moves stopping means figure, each guide rail and slide unit composite set all have working slider and move stopping means 300, and stopping means only plays position-limiting action to slide unit when a direction moves.
Described working slider moves stopping means and comprises gag lever post 20, spacing cylinder 21, cylinder support plate 22, spacing centering block 23, stop screw and nut 24, rocking arm 25, cylinder rod joint 26, buffer casting 27, buffer spring 28, hold-down screw, pad 29, pin 30 and moving spacing swing-block mechamism.Described moving spacing swing-block mechamism: comprise moving spacing centering block 50, connecting rod 51, connecting rod pin 52, connecting rod base 53, movable pendulum piece holder 54 and stop screw and nut 55.Described gag lever post 20, two of one pairs, be cylindric, the two ends head is provided with step axle and flat position, and there is screwed hole at the center, passes the circular hole on each bearing and becomes movingly with circular hole on the bearing, respectively be set with two blocks of cylinder support plates 22 on the step axle of two ends, each cylinder support plate 22 below of two, two ends, each fixedly is equipped with spacing cylinder 21, and has the formation constant spacing corresponding with the flat position of gag lever post 20 between two blocks of cylinder support plates 22.Described rocking arm 25 per two partner, have a flat groove position to be installed on the flat position of gag lever post 20 on the rocking arm 25, the other end of two rocking arms 25 all is provided with pin hole, and becomes movingly with pin 30 external diameters.Described cylinder rod joint 26 1 ends become the thread spindle shape, twist to be combined on the cylinder club head of spacing cylinder 21, and the other end becomes flat, and side direction has a pin hole, becomes stationary fit with pin 30 external diameters.Described spacing centering block 23, on an inclined-plane is arranged, (as Figure 17) side direction has a circular hole, fit is fixed on the gag lever post 20, side direction also has a screwed hole parallel with this circular hole, stop screw and nut 24 tightly are equipped with in stubborn merging.Described moving spacing centering block 50, on an inclined-plane is arranged, side direction has a circular hole, spacing centering block 23 is the same with installing, be linked on the same gag lever post 20, can rotate flexibly on gag lever post 20, side direction also has a screwed hole parallel with this circular hole with pin hole, twist merging in the screwed hole and stop screw and nut 55 tightly are housed, pin hole and pin 52 stationary fits.Two of described movable pendulum piece holder 54, one pairs, there is a circular hole at the center, and fit is fixed on the gag lever post 20 of moving spacing centering block 50 both sides.Described connecting rod base 53, there is a circular hole at the center, the position of corresponding moving spacing centering block 50, fit is fixed on the another gag lever post 20.Be provided with pin hole on the center hole next door, parallel with center hole, with pin 52 stationary fits.Described connecting rod 51, two ends head respectively have 52 one-tenth of a pin hole and pins movingly, and pin 52 has two in a mechanism, and moving spacing centering block 50, connecting rod 51 and connecting rod base 53 are connected together.Each workbench is installed that root gag lever post 20 of spacing centering block 23 and moving spacing centering block 50, and pneumatic pulling or the thrust unit with this workbench is in on one side all the time.By the traffic direction of slide unit in proper order, all be provided with two circular holes on first bearing 3 of each workbench, fit fixedly is equipped with buffer casting 27 respectively.Described buffer casting 27 is to be stepped hole in one, and profile is the part of step axle.Buffer casting 27 facing to cylinder support plate 22 1 to, and a segment distance is arranged between the cylinder support plate 22, buffer spring 28 wedging rings are contained between buffer casting 27 and the cylinder support plate 22.
Described hold-down screw and pad 29 are twisted and are combined on the screwed hole of centre at gag lever post 20 two ends, push down the extroversion of two ends cylinder support plate 22, and each part that working slider is moved on the stopping means is combined into an integral body.Influenced by buffer spring 28, last bearing 3 of each workbench, facing to cylinder support plate 22 1 to, pasting cylinder support plate 22 under the normality all the time.Described buffer casting 27 and buffering spring 28 can be substituted by the buffer of a standard, are fixed on equally on first bearing 3 of each workbench.
Described working slider moves stopping means, when slide unit advances, position block 11 on the slide unit is run into the stop screw 24 on the spacing centering block 23, or when running into stop screw 55 on the moving spacing centering block 50, stressed integral body retreats, and buffer spring 28 plays and reduces the damping action of impacting by compression, till cylinder support plate 22 was run into buffer casting 27, slide unit put in place and stops.
Described working slider moves stopping means, owing to install and on two opposite rocking arms 25, a flat groove arranged, be installed on respectively on the flat position of two different gag lever posts 20, when spacing cylinder 21 stretches, by cylinder rod joint 26, pin 30 is being controlled two gag lever posts 20 with rocking arm 25 and is being rotated towards different directions, the Stroke Control of spacing cylinder 21 angle that two gag lever posts 20 rotate, though and spacing centering block 23 and moving spacing centering block 50 are enclosed within on same the gag lever post 20, but spacing centering block 23 is fixedly connected, moving spacing centering block 50 is suits movingly, the moving spacing centering block 50 of control is the connecting rod base 53 that is fixed on the another gag lever post 20 along this gag lever post center rotation direction, when connecting rod base 53 rotates with gag lever post 20, controlling moving spacing centering block 50 by connecting rod pin 52 and connecting rod 51 and synchronously rotating.During work, two gag lever posts 20 rotate towards different directions, drive spacing centering block 23 and rotate towards different directions along gag lever post 20 centers with moving spacing centering block 50.Namely with respect to the position block 11 on the slide unit, when spacing centering block 23 initial settings are positioned at blocking position, moving spacing centering block 50 initial settings are positioned at open position, when the spacing cylinder 21 that is positioned at contraction when initial setting stretches out, spacing centering block 23 turns to open position from blocking position, and moving spacing centering block 50 turns to blocking position from open position.
Described working slider moves stopping means, and in a workbench, spacing centering block 23 and moving spacing swing-block mechamism are alternately installed, and when initial spacing centering block 23 can be installed earlier, and moving spacing swing-block mechamism also can be installed earlier.
As Figure 11, be secondary track-type facilities figure, described secondary track-type facilities has two in whole unit, comprise hard-wired closed slide on the bearing that is fixed on the secondary guide rail bearing base plate 34 and the bearing, and its structure is the same with guide rail in guide rail and the slide unit composite set.Described secondary track-type facilities, when integral body moved into place, guide rail is adjacent guide rail on workbench one end and guide rail and slide unit composite set, or with return guide rail and slide unit composite set on adjacent guide rail can become butt joint.
As Figure 12, be slide unit returning device figure, described slide unit returning device comprises: two blocks of bearing plate plates 31 that fixedly are equipped with below the two ends of each big base plate 1, by being fixed on every 4 suspension rods 32 on the bearing plate plate 31, be lifted with every two return bearing plates 33, bearing, return guide rail and the pneumatic pulling of return and thrust unit assembly fixedly are housed on the return bearing plate 33.Described suspension rod 32 is two ends head band steps, there is externally threaded cylindrical bar at the step place, one end is twisted and is closed in the screwed hole that is fixed on the bearing plate plate 31, the other end is twisted the suitable nut of crossing, after passing hole corresponding on the return bearing plate 33 again, twist again and close another nut of locking, return bearing plate 33 is fixed on the screw thread place of suspension rod, be clipped between two nuts.
Described bearing is the same with bearing and guide rail structure in the slide unit composite set with above-mentioned guide rail with the return guide rail.Row in pairs run in when equally, the rear and front end of each group return guide rail and adjacent return guide rail are installed.
The pneumatic pulling of described return is consistent with above-mentioned pneumatic pulling and thrust unit assembly structure with the thrust unit assembly, and difference is, and is whole by the direction installation of carrying the slide unit return.
As Figure 13, be lifting slide unit and track combination installation drawing, described lifting slide unit and track combination device are located at the two ends of many guide rails and the slide rest device of alinement, be a pair of endways work, structure is identical, installation is towards different guide rails and slide rest device, and its structure is consistent with above-mentioned guide rail and slide unit composite set.
Described lifting slide unit and track combination device 501 comprise: riser guide upper bracket 35, riser guide undersetting 36, riser guide 37, lift cylinder support plate 38, lift cylinder 39, auxiliary cylinder 40, lifting slide unit support 41, cylindrical bar 42, lifting slide unit accessory plate 43 and the lifting slide unit of pushing.Described riser guide upper bracket 35 tie-plate shapes are fixed on the lower plane of bearing plate plate 31 by screw.Described riser guide undersetting 36 side direction have two through holes, and two screws pass this through hole, twist the side direction screwed hole that is combined in return bearing plate 33, and riser guide undersetting 36 is fixed on the return bearing plate 33.Described riser guide 37 is fixedly connected with upper and lower bearing respectively by screw.Riser guide 37 lower ends are fixedly connected with lifting gas bar support plate 38, and lifting gas bar support plate 38 is fixedlyed connected with the workbench lathe bed.Described lift cylinder 39 is fixed on the lifting gas bar support plate 38 by screw, the cylinder rod head of the lift cylinder 39 lifting slide unit support 41 of fixedly ining succession.Described lifting slide unit support 41 tie-plate shape parts are fixedlyed connected with the cylindrical bar 42 that is fixed on lifting slide unit both sides.
The plane is installed with secondary track-type facilities 502 on the described lifting slide unit.The lifting slide unit fixedly is equipped with lifting slide unit accessory plate 43 away from table slide one side, and the auxiliary cylinder 40 that pushes is fixed on the lifting slide unit accessory plate 43, and the center position of cylinder is facing to the side direction center of slide unit panel 5.
Described lifting slide unit and track combination device, when lift cylinder 39 reaches, be fixed on secondary guide rail one end of the secondary track-type facilities above the lifting slide unit, with the 4 one-tenth mated condition of guide rail on adjacent guide rail and the slide unit composite set, when lift cylinder 39 shrinks when putting in place, then become mated condition with the return guide rail with guide rail on the slide unit composite set.
Embodiment 2:
As Figure 15, use working slider described in the utility model to move the another kind of scheme of the automatic intermittent cyclic workbench of stopping means, this automatic intermittent cyclic workbench is the plane loop structure, the guide rail and the slide unit composite set 100 that adopt even-even to be arranged in parallel, be installed in the pneumatic pulling in below of guide rail and slide unit composite set 100 and thrust unit assembly 200 and working slider and move the stopping means 300 common cross track devices of forming, the two ends of described cross track device also be connected with respectively be provided with can with its vertical rail set 600 that connects to form the horizontal cyclic rotary track dock, described vertical rail set comprises horizontal slide unit and guide rail conveying device 601 and secondary track-type facilities 602, and the plane is installed with secondary track-type facilities 602 on horizontal slide unit and guide rail conveying device 601.
When described automatic intermittent cyclic workbench is the plane loop structure, at first, guide rail will become even number with the group number of slide unit composite set, being divided into two row and parallel aligned arranges, every guide rail rear and front end and the adjacent guide rail row that run in pairs, be installed in pneumatic pulling and thrust unit assembly on two row guide rails and the slide unit composite set respectively, the integral installation direction is opposite.
As Figure 16, described horizontal slide unit and guide rail conveying device, be located at and line up two guide rails that are listed as and the two ends of slide unit composite set, be in the plane a pair of, structure is identical, installation is linked to be a rectangle integral body towards different guide rails and slide unit conveying device with guide rail and the slide unit composite set of lining up two row.Its structure is consistent with above-mentioned guide rail and slide unit composite set.
Described horizontal slide unit and guide rail conveying device comprise cross slide way 44, cross slide way base plate 45, cross slide way bearing 46, Rodless cylinder 47, horizontal auxiliary cylinder 48, horizontal slide unit accessory plate 49 and the horizontal slide unit of pushing.Described cross slide way base plate 45 is that rectangle is tabular, is fixed on the board bedstead.Described Rodless cylinder 47 two ends are fixed on the cross slide way base plate 45, and the slide block of Rodless cylinder 47 is fixed on the plane of horizontal slide unit bottom.One groove is arranged in the middle of the described cross slide way bearing 46, upper end, and when the slide block of Rodless cylinder 47 drove the slide unit operation, the slide block of Rodless cylinder 47 can pass this groove, was not interfered, and other structure consistent with bearing 3 structures of organizing on guide rails and the slide unit composite set more.Described horizontal slide unit accessory plate 49 is fixed on the horizontal slide unit, is positioned at the side away from guide rail and slide unit composite set, and laterally the auxiliary cylinder 48 that pushes is fixed on the horizontal slide unit accessory plate 49, and the center position of cylinder is facing to the side direction center of slide unit panel 5.The plane is installed with secondary track-type facilities on the described horizontal slide unit, the slide block of the Rodless cylinder 47 horizontal slide unit of ining succession advances when putting in place, guide rail one end on the secondary track-type facilities becomes mated condition with guide rail with the wherein adjacent guide rail of row of slide unit composite set, retreat when putting in place, then adjacent with the slide unit composite set with another row guide rail guide rail becomes mated condition.
Embodiment 3:
As Figure 17 and 21, be to use working slider described in the utility model to move the another kind of scheme of automatic intermittent cyclic workbench of stopping means, device when described automatic intermittent cyclic workbench is the work of single workbench independent loops, can adopt some groups guide rail and slide unit composite set 100, pneumatic pulling and thrust unit assembly 200, working slider moves stopping means 300 and forms, its middle guide and slide unit composite set 100, pneumatic pulling and thrust unit assembly 200, it is basic identical that working slider moves stopping means 300, difference is to confirm earlier the groove of the fixed block 17 on pneumatic pulling and the thrust unit assembly, be positioned at the top during installation, again being in this fixed block 17 with tearing next position block 11 near cylinder 12 on the slide unit on one side open, this position block 11 is as spacing projection, face the slide unit direction, an inclined-plane is arranged, and this inclined-plane acutangulates with the plane of big base plate 1.The groove of these position block 11 insertion fixed blocks 17, Mobile Slide is fixed on position block 11 on the slide unit again.Pull down that be in fixed block 17 need not with another slide unit position block 11 on one side.At this moment, pulling piece 14 on pneumatic pulling and the thrust unit assembly, pushing block 19 and pin, spring are all inoperative, owing to twist to close on the cylinder rod head of cylinder 12 sliding seat 13 is arranged fixedly, be inconjunction with fixed block 17, position block 11 and slide unit, it is mobile that cylinder 12 can directly be controlled the slide unit advance and retreat.
As Figure 18, described automatic its operation principle of intermittent cyclic workbench is as follows:
1, when automatic intermittent cyclic workbench be up and down during loop structure:
With two groups of workbench polyphones, each workbench has 2 working positions, forms automatic intermittent cyclic workbench below, circulation up and down, and (as Figure 19) is the example principle of specification as the automatic drilling in the machining:
Before the start, the same anchor clamps are installed on all slide units, and the position on slide unit is also identical.
All automatic drilling unit heads are installed and are adjusted to the right place.
Slide unit of each group guide rail and slide unit composite set sets in advance between two workbench, between two groups, slide unit set in advance afterwards one group foremost, the slide unit of original position is located on the secondary guide rail in advance.
First spacing centering block 23 on every stopping means is located at blocking position, and a back moving spacing centering block 50 is located at open position.As a workbench a plurality of working positions are arranged, then just have a plurality of spacingly, spacing centering block 23 and moving spacing centering block 50 are alternately and arrange, and also stop successively--open-minded--stop--open-minded---stop ... be arranged alternately.
All cylinders rest on punctured position, install a same slide unit and anchor clamps additional endways on the secondary guide rail, and the secondary guide rail in two ends rests on the return guide rail and becomes mated condition with guide rail on the slide unit composite set.
Because when not switching on air feed, the lifting slide unit of original position, be arranged on the lifting travel switch of compressing original position, during start, behind the energising air feed, the lifting travel switch connection of original position, controlling two lift cylinders, 39 air inlets simultaneously of original position, the secondary track-type facilities that is pushing away the lifting slide unit and be fixed in the above rises, when first guide rail in guide rail one end on the secondary track-type facilities and guide rail and the slide unit composite set runs in row in pairs, stroke puts in place (as Figure 19), operation principle (as 1 among Figure 18).Enter duty, step is as follows:
One, the anchor clamps at the slide unit (A) of original position install part to be processed, press starting switch, and the outside electrical equipment that links comprises that the external time relay 1 picks up counting.
What be subjected to that outside electrical equipment control works simultaneously has:
1, auxiliary propelling movement cylinder 40 air inlets of original position promote slide unit (A) to first guide rail and slide unit composite set advance (as 2 among Figure 18);
2, auxiliary propelling movement cylinder 40 air inlets of terminal position promote slide unit (E) to first return guide rail and slide unit composite set advance (as 6.1 among Figure 18);
3, the 12 synchronous air inlets of the cylinder on the pneumatic pull unit assembly are stretched out, be with pull unit (LA/LC) to advance, the position block 11 of slide unit (A/C) is run on pulling piece 14 inclined-planes of pull unit (LA/LC) respectively, spring 16 compressions, pulling piece 14 is crossed the position block 11 of slide unit (A/C), enters respectively between former and later two position blocks 11 of slide unit (A/C) (as 2 among Figure 18);
4, cylinder 12 synchronous air inlets on the pneumatic thrust unit assembly are stretched out, be with thrust unit (TB/TD) to advance, because the pushing block 19 of thrust unit (TB/TD) is just between former and later two position blocks 11 of slide unit (B/D) during initial setting, thrust unit (TB/TD) is when advancing, after running into the position block 11 of slide unit (B/D), pushing away slide unit (B/D) advances simultaneously, when the position block 11 of slide unit (B/D) is run into working slider and is moved stop screw 24 on the stopping means, the working slider that is stressed moves stopping means integral body and retreats, buffer spring 28 by compression, play and reduce the damping action of impacting, till cylinder support plate 22 was run into buffer casting 27, slide unit put in place and stops.(as 3 among Figure 18);
5, the synchronous air inlet of first cylinder of the pneumatic pull unit of return is stretched out, be with return pull unit (HE1) to advance, equally, put in place after the pulling piece of return pull unit (HE1) enters between former and later two position blocks 11 of slide unit (E) (as 6.1 among Figure 18);
Two, all stretch out when putting in place when the cylinder of the auxiliary propelling movement cylinder 40 at two ends, pneumatic pull unit (LA/LC) and the pneumatic pull unit of return (HE1), the time relay 1 then, the outside electrical equipment that links comprises that interlock external time relay 2 picks up counting.
What be subjected to that outside electrical equipment control works simultaneously has:
1, initial position is got back in the auxiliary propelling movement cylinder 40 reverse air inlets at two ends.
2, the 12 reverse air inlets of the cylinder on the pneumatic pull unit (LA/LC), shrink, be with pneumatic pull unit (LA/LC), hauling slide unit (A/C) respectively and advance, when the position block 11 of slide unit (A/C) is run into working slider and moved stop screw 24 on the stopping means, be stressed, working slider moves stopping means integral body and retreats, and buffer spring 28 plays and reduces the damping action of impacting by compression, till cylinder support plate 22 was run into buffer casting 27, slide unit put in place and stops.(as 3 among Figure 18).
3, the reverse air inlet of cylinder of the control pneumatic pull unit of return (HE1) is shunk, and is being with the pneumatic pull unit of return (HE1), hauls slide unit (E) and advances.
Three, all put in place when slide unit (A/B/C/D), when halting, external time relay 2 then, outside electrical equipment links.
What be subjected to that outside electrical equipment control works simultaneously has:
1, the automatic drilling unit head of all slide unit top positions is started working.Just having begun to have only on first slide unit has part processed, and the automatic drilling unit head sky of other slide unit top position advances, and does not influence following process.Do not work at the automatic drilling unit head of slide unit top position.
2, two of original position lift cylinder 39 oppositely air inlets simultaneously drive secondary track-type facilities and drop to initial position.
Four, the cylinder contraction when the pneumatic pull unit of return (HE1) puts in place, touches return-stroke switch 1, is controlling two lift cylinders, 39 air inlets simultaneously of terminal position, is pushing away terminal lifting slide unit and is putting in place with the secondary track-type facilities rising that is fixed in the above.Simultaneously, the outside return time relay 1 that links picks up counting, the reverse air inlet of cylinder of the control pneumatic pull unit of return (HE1), stretch out, when the position block 11 of slide unit (E) is run on pulling piece 14 inclined-planes of the pneumatic pull unit of return (HE1), spring 16 compressions, after being in pulling piece 14 between two position blocks 11 of slide unit (E) and crossing the position block 11 that slide unit is in end direction, the outside return time relay 1 then, the cylinder of the pneumatic pull unit of outside electrical equipment control return (HE1) that links is oppositely air inlet again, hauling slide unit (E) advances, make a position block 11 of slide unit (E) cross the pneumatic thrust unit of the return that rests on the cylinder punctured position (HE2), touch return-stroke switch 2, the cylinder intake of the pneumatic thrust unit of (as 6.2 among Figure 18) return (HE2), pushing away slide unit (E) advances and puts in place, touch return-stroke switch 3, the reverse air inlet of cylinder of the pneumatic thrust unit of return (HE2), simultaneously, the return time relay 2 picks up counting, when the cylinder of the pneumatic thrust unit of return (HE2) is retracted to the back that pushing block 19 is in slide unit (E) direction of advance, the return time relay 2 then, the cylinder of the control pneumatic thrust unit of return (HE2) is oppositely air inlet again, pushing away slide unit (E) advances, make a position block 11 of slide unit (E) cross the pneumatic pull unit of the return that rests on the cylinder punctured position (HE3), the cylinder of (as 6.3 among Figure 18) pneumatic thrust unit (HE2) reverse air inlet is again got back to initial position.
The return principle of back and above consistent (as 6.5 among 6.4 18 among Figure 18).The pneumatic pulling of return and each cylinder of thrust unit are carried slide unit (E) by relay, when shifting onto slide unit (E) on the secondary guide rail of the original position lifting slide unit that rests on the there already, touch the lifting travel switch, initial position is got back in the reverse air inlet of cylinder of pneumatic thrust unit (HE4), two lift cylinders, 39 air inlets simultaneously of original position, pushing away lifting slide unit and the slide unit (E) that rests on the secondary track-type facilities, rising puts in place, at this moment slide unit (E) is exactly to rest on the position that original slide unit (A) stops when initial, equally, the anchor clamps at slide unit (E) install part to be processed.
Five, when automatic drilling unit head successively during the process finishing return, touch the travel switch that stops on the automatic drilling unit head, (as 3 among Figure 18) the outside electrical equipment that links, comprise interlock separately independently external time relay 3 pick up counting.
Be subjected to having of outside electrical equipment control synchronous working:
1, the reverse air inlet of all cylinders on pneumatic pulling and the thrust unit assembly is in pneumatic pulling and thrust unit (LA/TB/LC/TD) between former and later two position blocks of slide unit (A/B/C/D), advances to prime direction, crosses position block.
2, each slide unit moves spacing cylinder 21 air inlets simultaneously of on the stopping means two and stretches out, and drives gag lever post 20 and rotates, and causes spacing centering block 23 to turn to open position from blocking position, and moving spacing centering block 50 turns to blocking position from open position.
Six, when pneumatic pulling and thrust unit (LA/TB/LC/TD), after crossing position block, and each slide unit is when moving moving spacing centering block 50 on the stopping means and turning to blocking position from open position, separately independently external time relay 3 successively then, the outside electrical equipment that links, comprise interlock separately independently external time relay 4 pick up counting.
Be subjected to the oppositely air inlet again of the pneumatic pulling of outside electrical equipment control work and all cylinders 12 on the thrust unit assembly, being with pneumatic pulling and thrust unit (LA/TB/LCTD) to spur or promoting slide unit (A/B/C/D) advances to moving spacing centering block 50 directions, when the position block of slide unit (A/B/C/D) is run into the stop screw 55 that moves on the spacing centering block 50 (as 4 among Figure 18), be stressed, working slider moves stopping means integral body and retreats, buffer spring 28 by compression, play and reduce the damping action of impacting, till cylinder support plate 22 was run into buffer casting 27, slide unit put in place and stops.At this moment, external time relay 4 then, the outside electrical equipment that links is being controlled the automatic drilling unit head of all slide unit tops and is being started working.
Seven, when the slowest process finishing return of automatic drilling unit head processing, touch the travel switch that stops on the automatic drilling unit head, the outside electrical equipment that links comprises that interlock external time relay 5 picks up counting.
Be subjected to having of outside electrical equipment control synchronous working:
1, all cylinders on pneumatic pulling and the thrust unit assembly lose heart, and thrust or pulling force that pneumatic pulling and thrust unit act on the slide unit disappear.
2, each slide unit moves two the spacing cylinders 21 oppositely air inlet simultaneously on the stopping means, cylinder rod shrinks, drive gag lever post 20 and rotate, cause moving spacing centering block 50 to turn to open position from blocking position, spacing centering block 23 rotates from open position and gets back to blocking position.
Eight, when each working slider moves moving spacing centering block 50 on the stopping means and turns to open position from blocking position, external time relay 5 then, the outside electrical equipment that links comprises that interlock external time relay 6 picks up counting.Be subjected to the pneumatic pulling of outside electrical equipment control work and all cylinders 12 on the thrust unit assembly again to the air inlet of control slide unit direction of advance, be cylinder 12 contractions on the pneumatic pull unit, the cylinder 12 of pneumatic thrust unit stretches out, and drives slide unit advance (as 5 among Figure 18)
Pneumatic pull unit (LA) is moved slide unit (A) to the position at slide unit (B) place when initial.
The position at slide unit (C) place when initial shifted slide unit (B) onto by pneumatic thrust unit (TB).
Pneumatic pull unit (LC) is moved slide unit (C) to the position at slide unit (D) place when initial.
Pneumatic thrust unit (TD) is shifted slide unit (D) on the secondary guide rail of lifting slide unit of the terminal position that rests on the there already onto.
Nine, stretch out or shrink when putting in place when the cylinder rod of all cylinders 12 on pneumatic pulling and the thrust unit assembly, external time relay 6 then, outside electrical equipment links, controlling the cylinder 12 reverse air inlets of pneumatic thrust unit, be with thrust unit (TB/TD) to retreat, pushing block 19 enters between former and later two position blocks 11 of slide unit (A/C).Simultaneously, control two lift cylinders, the 39 reverse air inlets of terminal position, with the lifting slide unit with rest on slide unit (D) on the secondary track-type facilities, dropping to the position at slide unit (E) place when initial.(as 6.0 among Figure 18) at this moment, work period finishes.
Ten, when the lifting slide unit of terminal position drops to position when initial, touch travel switch, the trip switch is connected with starting switch, and one of them is not touched these two switches, and the next one work period all can not carry out.So, (E) runs to original position when slide unit, when being exactly the position of original slide unit (A) stop, the working procedure of other slide unit does not also finish, can be earlier install part to be processed at the anchor clamps of slide unit (E), directly press starting switch, when the lifting slide unit for the treatment of terminal position drops to when initial the position, touch travel switch, enter next work period operation automatically.Can save the stand-by period like this, accomplish to run without interruption.
When the slide unit of original position circulates when a week getting back to original position, the part on the slide unit has lived through each road drilling program, has finished procedure.Like this, during circular flow, as long as constantly take off processing parts in original position, changes a new parts after, all click starting switch at every turn, automatic intermittent cyclic workbench automatic drilling just can move continuously.
2, when automatic intermittent cyclic workbench is the plane loop structure:
Below with four parallel two row of lining up of workbench, two polyphones of every row, each workbench has 2 working positions, forms automatic intermittent cyclic workbench, the plane circulation, (as Figure 20) is the example principle of specification as the automatic drilling in the machining:
Before the start, with the periodic duty platform is different up and down local time, need not to install additional a slide unit, the secondary guide rail at two ends rests on respectively on the diagonal angle of two row workbench, become mated condition with table slide, on the secondary guide rail working slider is housed respectively, the position that other slide unit sets in advance is the same with the position that periodic duty platform up and down sets in advance.
During start, the energising air feed, slide unit anchor clamps on the secondary guide rail of original position install part to be processed, press starting switch, this is equivalent to two groups does not have the automatic intermittent cyclic workbench of the loop structure up and down of return mechanism to move simultaneously, at the beginning, auxiliary propelling movement cylinder 40 air inlets of initial sum diagonal position, the slide unit that is promoting on the secondary guide rail of initial sum diagonal position advances to separately first guide rail and slide unit composite set, after the slide unit on the secondary guide rail in two ends enters first working position, be subjected to the two ends cross slide way of outside electrical equipment control and Rodless cylinder 47 air inlets on the slide rest device, because the slide block of Rodless cylinder 47 is fixed on the horizontal slide unit, the slide block secondary guide rail that drives on the horizontal slide unit that advances docks with the table slide of another row, ensuing operation is consistent with the automatic intermittent cyclic workbench of loop structure up and down, slide unit is shifted onto on the secondary track-type facilities of horizontal slide unit up to last pneumatic thrust unit of two groups periodic duty platforms, behind the return, be subjected to two ends cross slide way and the 47 reverse air inlets of the Rodless cylinder on the slide rest device of outside electrical equipment control, the secondary guide rail that drives on the horizontal slide unit is got back to initial position, and a work period finishes.
3, the automatic intermittent cyclic workbench of device when automatic intermittent cyclic workbench is the work of single workbench independent loops is for circulating up and down or the plane circulation time can switch to the work of single workbench independent loops.
Below with one group of workbench wherein, a workbench has 3 working positions, the automatic drilling that is used as in the machining is that example illustrates automatic intermittent cyclic workbench principle: before (as Figure 21) start, install anchor clamps on the slide unit, the automatic drilling unit head is installed and is adjusted to the right place.
In one group two workbench, a slide unit that is pneumatic pull unit is connecting is the slide unit that pneumatic thrust unit is being connected with another, circulation back and forth on workbench separately, starting switch is installed separately, the workbench that is equivalent to two separate units is worked alone respectively, different parts can be installed respectively process.
Two unanimities first spacing centering block 23 on stopping means is located at open position, and a back moving spacing centering block 50 is located at blocking position, and a back spacing centering block 23 is located at open position again again.
The cylinder 12 of controlling pneumatic pull unit is being with slide unit to set in advance to stretch out extreme position, controlling the cylinder 12 of pneumatic thrust unit and be with slide unit to set in advance at punctured position.
The slide unit list workbench independent loops operation principle that pneumatic pull unit is connecting:
During start, the energising air feed, install part to be processed at slide unit, press starting switch, cylinder 12 cylinder rods of the outside electrical equipment control that links shrink, and are being with slide unit to advance, simultaneously, spacing cylinder 21 air inlets that slide unit moves on the stopping means are stretched out, drive gag lever post 20 and rotate, be fixed on the spacing centering block of on the gag lever post 20 first 23 from open position, turn to blocking position, when the position block 11 of slide unit is run into stop screw 24 on the spacing centering block 23, be stressed, working slider moves stopping means integral body and retreats, and buffer spring 28 by compression, till cylinder support plate 22 was run into buffer casting 27, slide unit put in place and stops.It is the same that operation control and above-mentioned pneumatic pull unit band that slide unit advances, up to the 3rd the automatic drilling unit head process finishing of last station just, touch the travel switch that stops on the automatic drilling unit head, at this moment, spacing centering block 23 is motionless, is subjected to the cylinder 12 reverse air inlets of outside electrical equipment control, directly is being with the slide unit return, simultaneously, spacing cylinder 21 pressure releases at two ends and logical atmosphere.
Moving spacing centering block 50 that is located at open position in the middle of the slide unit return is crossed, advance to first the spacing centering block 23 that is in blocking position, the fixing slide carriage 7 of slide unit or adjusting slide 8 and position block 11, hit the inclined-plane (as Figure 17) of pressing to this spacing centering block 23, the inclined-plane corresponding with inclined-plane on this spacing centering block 23 also arranged on the position block 11, owing to also lead to atmosphere at this moment after spacing cylinder 21 pressure releases at two ends, the spacing cylinder 21 extraneous cylinder rod of ining succession, be stressed or pulling force can freely stretch, and again with spacing centering block 23 interlocks, the inclined-plane hits the downward horizontal component of pressing spacing centering block 23 to form, make spacing centering block 23 turn to open position from blocking position, slide unit moves on, and rests on until the cylinder rod of cylinder 12 and stretches out extreme position, and namely slide unit is got back to the position that sets in advance when initial.A work period finishes, and behind the renewal part, presses starting switch, and second work period begins.
The slide unit list workbench independent loops operation principle that slide unit list workbench independent loops operation principle and the pneumatic pull unit that pneumatic thrust unit is connecting connecting is consistent, difference be since cylinder 12 install towards on the contrary, during operation, promote the slide unit operation of advancing by stretching out cylinder rod, then shrink cylinder rod during return.
Claims (8)
1. the working slider of an automatic intermittent cyclic workbench moves stopping means, it is characterized in that: comprise gag lever post, spacing cylinder, cylinder support plate, spacing centering block, stop screw and nut, rocking arm, cylinder rod joint, buffer casting, buffer spring, hold-down screw, pad, pin and moving spacing swing-block mechamism; Described gag lever post, two of one pairs, be cylindric, the two ends head is provided with step axle and flat position, and there is screwed hole at the center, passes the circular hole on each bearing and becomes movingly with circular hole on the bearing, respectively be set with two blocks of cylinder support plates on the step axle of two ends, each two cylinder support plate below, two ends, each fixedly is equipped with spacing cylinder, and has the formation constant spacing corresponding with the flat position of gag lever post between two blocks of cylinder support plates; Per two of described rocking arm partners, and has a flat groove position to be installed on the flat position of gag lever post on the rocking arm, and the other end of two rocking arms all is provided with pin hole, and becomes movingly with the pin external diameter.
2. working slider according to claim 1 moves stopping means, it is characterized in that: described moving spacing swing-block mechamism comprises moving spacing centering block, connecting rod, connecting rod pin, connecting rod base, movable pendulum piece holder and stop screw and nut; On the described moving spacing centering block inclined-plane is arranged, side direction has a circular hole, spacing centering block is the same with installing, be linked on the same gag lever post, on gag lever post, can rotate flexibly, side direction also has a screwed hole parallel with this circular hole with pin hole, twists merging in the screwed hole and stop screw and nut tightly is housed, pin hole and pin stationary fit; Described movable pendulum piece holder, two of pairs, there is a circular hole at the center, and fit is fixed on the gag lever post of moving spacing centering block both sides; Described connecting rod base, center have a circular hole, the position of corresponding moving spacing centering block, and fit is fixed on the another gag lever post: be provided with pin hole on the center hole next door, parallel with center hole, with the pin stationary fit; Described connecting rod, two ends head respectively have a pin hole to become movingly with pin, and pin has two in a mechanism, and moving spacing centering block, connecting rod and connecting rod base are connected together.
3. working slider according to claim 1 moves stopping means, it is characterized in that: described cylinder rod joint one end becomes the thread spindle shape, twists to be combined on the cylinder club head of spacing cylinder, and the other end becomes flat, side direction has a pin hole, becomes stationary fit with the pin external diameter.
4. working slider according to claim 1 moves stopping means, it is characterized in that: described spacing centering block, on an inclined-plane is arranged, side direction has a circular hole, fit is fixed on the gag lever post, and side direction also has a screwed hole parallel with this circular hole, and stop screw and nut tightly are equipped with in stubborn merging.
5. working slider according to claim 2 moves stopping means, it is characterized in that: that root gag lever post of spacing centering block and moving spacing centering block is installed on described each workbench, and pneumatic pulling or the thrust unit with this workbench is in on one side all the time.
6. working slider according to claim 1 moves stopping means, it is characterized in that: by the traffic direction of slide unit in proper order, all be provided with two circular holes on first bearing of each workbench, fit fixedly is equipped with buffer casting respectively; Described buffer casting is to be stepped hole in one, and profile is the part of step axle; Buffer casting facing to cylinder support plate one to, and a segment distance is arranged between the cylinder support plate, the buffer spring wedging ring is contained between buffer casting and the cylinder support plate.
7. working slider according to claim 1 moves stopping means, it is characterized in that: described hold-down screw and pad are twisted and are combined on the screwed hole of centre at gag lever post two ends, push down the extroversion of two ends cylinder support plate, each part that working slider is moved on the stopping means is combined into an integral body.
8. working slider according to claim 6 moves stopping means, it is characterized in that: described buffer casting and buffering spring, can be substituted by the buffer of a standard, and be fixed on equally on first bearing of each workbench.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220703532 CN203209998U (en) | 2012-12-19 | 2012-12-19 | Work sliding table movement limiting device of automatic intermittent circulation work table |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220703532 CN203209998U (en) | 2012-12-19 | 2012-12-19 | Work sliding table movement limiting device of automatic intermittent circulation work table |
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| Publication Number | Publication Date |
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| CN203209998U true CN203209998U (en) | 2013-09-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220703532 Expired - Lifetime CN203209998U (en) | 2012-12-19 | 2012-12-19 | Work sliding table movement limiting device of automatic intermittent circulation work table |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103028952A (en) * | 2012-12-19 | 2013-04-10 | 林雄 | Work sliding table movement limiting device of automatic intermittent circulation work table |
| CN103522081A (en) * | 2013-10-21 | 2014-01-22 | 芜湖鼎恒材料技术有限公司 | Infinite splicing type working table |
| CN103802176A (en) * | 2014-03-04 | 2014-05-21 | 成都浪度家私有限公司 | Pressure forming machine used for wood plate splicing |
| CN103802177A (en) * | 2014-03-04 | 2014-05-21 | 成都浪度家私有限公司 | Pressing machine |
-
2012
- 2012-12-19 CN CN 201220703532 patent/CN203209998U/en not_active Expired - Lifetime
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103028952A (en) * | 2012-12-19 | 2013-04-10 | 林雄 | Work sliding table movement limiting device of automatic intermittent circulation work table |
| CN103028952B (en) * | 2012-12-19 | 2016-01-27 | 林雄 | The working slider of automatic intermittent circulating work platform moves stopping means |
| CN103522081A (en) * | 2013-10-21 | 2014-01-22 | 芜湖鼎恒材料技术有限公司 | Infinite splicing type working table |
| CN103522081B (en) * | 2013-10-21 | 2015-07-08 | 芜湖鼎恒材料技术有限公司 | Infinite splicing type working table |
| CN103802176A (en) * | 2014-03-04 | 2014-05-21 | 成都浪度家私有限公司 | Pressure forming machine used for wood plate splicing |
| CN103802177A (en) * | 2014-03-04 | 2014-05-21 | 成都浪度家私有限公司 | Pressing machine |
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