CN105241763A - Hydraulic rotary table glass testing machine with zinc alloy impact hammer and wheel pressing plate - Google Patents
Hydraulic rotary table glass testing machine with zinc alloy impact hammer and wheel pressing plate Download PDFInfo
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- CN105241763A CN105241763A CN201510754835.0A CN201510754835A CN105241763A CN 105241763 A CN105241763 A CN 105241763A CN 201510754835 A CN201510754835 A CN 201510754835A CN 105241763 A CN105241763 A CN 105241763A
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Abstract
The invention relates to an armored glass testing and checking rack, in particular to a hydraulic rotary table glass testing machine with a zinc alloy impact hammer and a wheel pressing plate. According to the improvement, a T-shaped guide rail is arranged in the center of the lower plane of the rear end of a testing table plate, a hydraulic lifting mechanism is arranged between the T-shape guide rail and a supporting bottom plate, an impact stand column is arranged on the upper plane of a platy rack at one side, a rotary impactor is fixed to an impact cross rod in a slipping mode, a coplanar wheel pressing plate assembly is fixed to the upper plane of the testing table plate, a rack front middle pull rod is arranged between a rack front upper pull rod and a rack front lower pull rod, and the rack front middle pull rod, the rack front upper pull rod and a rack rear upper pull rod fix a broken glass recovery container together. A servo motor on the rotary impactor can control the risk step of smashing armor plate glass remotely, and therefore accidental splashing injuries to site operators at the moment of glass breaking are avoided; by the application of the rotary impactor, hammering force is uniform every time, and standardization and uniformity of breaking tests are ensured.
Description
Technical field
The present invention relates to a kind of tempered glass test verification frame, particularly relating to so a kind of clamping plate surrounding can zoom in or out, and the hydraulic swivel kirsite ram hammer wheel pressuring plate glass utilizing turning worktable to carry out tested glass technical indicator tests a machine.
Background technology
Chinese Patent Application No.: 2009203050079, toughened glass falling sphere test bed, for solving tempered glass when testing, glass fragment can be caused everywhere to splash, adopt the way of carriage case, although can effective mobile phone glass fragment, the reading of inconvenient glass fragment, and also the installation effectiveness doing multi-disc tempered glass is continuously lower.
Another number of patent application: the 201420595067.X of China, tempered glass fragmentation status test unit, propose the clamping plate that some brand-new method and measures deal with brittle glass, but cannot accomplish that arbitrary dimension regulates, also cannot accomplish to allow four limit clamping plate all at grade.At least to have in this patent while be cannot contact with experiment work table top.Simultaneously the unsettled barricade 5 that is referred to as in embodiment cannot contact with base 1 together with other three side bumpers wall, has to use catch 4 to make up the space between unsettled barricade 5 and base 1, cause surrounding discontinuity.In addition, catch 4 local width is fixing, polylith can only be adopted to splice, cannot accomplish the consecutive variations of different in width.
Fragmentation test is a kind of major way detecting tempered glass quality, according to national standard requirement, fragment after the fragmentation of the tempered glass that 3mm is thick in any 50*50mm should be greater than 30, fragment after the fragmentation of the tempered glass that 4mm ~ 12mm is thick in any 50*50mm should be greater than 40, allowed a small amount of strip fragment, its length is no more than 75mm.The trend of strip fragment and glass edge should be almost parallel, and as not parallel, angle can not more than 45 degree, if having one not up to standard, be substandard product.
Existing tempered glass fragmentation test method is freely lain on testing table by tempered glass sample, and retrain glass periphery by adhesive tape or other modes, or cover thin film on tempered glass, splashes to prevent glass fragment.The position of distance periphery about 20mm on the longest edge center line of sample, be that the pane hammer of 0.2mm scholar 0.05mm or drift impact with tip curvature radius, making sample broken, is that the fragment number in center of circle radius 75mm circle does not conduct a survey within the scope of product edges 20mm and with shock point.The measure retaining fragment pattern should start after 10s after the blow and terminate in 3min after the blow.This method not only operates inconvenience, spended time is longer, and adhesive tape is disposable product, easily cause waste and pollute, and the tape residue on test platen must be removed clean after each test, could remove clean cullet, otherwise residual chopped glass will affect experiment test operation next time.
Simultaneously adhesive tape also has and is burst by tempered glass the possibility that strength collapses out, and causing operating personnel injured, therefore, is very necessary to the improvement of tempered glass fragmentation test device.
Along with expanding economy, glass is more and more extensive in the application of all trades and professions.At present, much important glass component, such as large glass curtain wall and glass zenith, the windshield of aerospace vehicle is all adopt the special glasss such as tempered glass, requires very strict, therefore check the performance of glass just to seem more and more important to glass properties.From 1 day May in 2003, China implements mandatory inspection system to automobile, train, architectural safety glass used, and the safety glass product not obtaining Compulsory Certification of Products certificate and do not apply China Compulsory Product Certification mark must not dispatch from the factory, import and sale.
Summary of the invention
For above prior art Problems existing, the present invention adopts hydraulic cylinder Turnover testing platen, fastening in conjunction with long handle control lever, be equipped with cullet guides and import cullet collecting cart, be particularly also configured with isoplanar V-type groove Anchor plate kit and revolution knocker, achieve the tempered glass for sizes different size, the tempered glass fragmentation test of different size can be made of a kind of verification test device, and each hammer weight is consistent, guarantees that crushing test is unified and standard, specific as follows:
Hydraulic swivel kirsite ram hammer wheel pressuring plate glass tests a machine, and comprises test platen and plate frame, has five structure cover pull bars between two plate frames, and every structure cover pull bar two ends are combined with pull-rod nut; There is platen rotating shaft described test platen both sides, and the platen rotating shaft of both sides is rotatable to be respectively fixed in platen support, and platen support is fixed on plane on plate frame; There is segmentation brace summer described position, plate frame upper back, and segmentation brace summer holds lower plane after test platen, and two plate frames are integrally fixed, as improvement by five structures cover pull bars together:
Turn web joint lower end under on segmentation brace summer described in both sides and be jointly fixed wtih support baseboard, there are T-shaped guide rail in described test platen rear end lower plane central authorities, have hydraulicefficiency elevation structure between T-shaped guide rail and described support baseboard; Described hydraulicefficiency elevation structure comprises: on support baseboard, plane lays hydraulic tensioning cylinder, there is hydraulic cylinder jaw liquid presses piston pole upper end, two sides, hydraulic cylinder jaw top are static respectively fixes a top stub axle pin, two top stub axle pin extend all to the inside, all rotatablely on two top stub axle pin cylindricals are combined with the short pulley endoporus in top; Both sides, hydraulic cylinder jaw bottom are jointly static is fixed wtih major axis pin two ends, bottom, rotatablely on the major axis pin interlude cylindrical of bottom is combined with lower minister's pulley endoporus; The short pulley in top of described both sides, hydraulic cylinder jaw top slidably coordinates with T-shaped guide rail together with described lower minister's pulley; T-shaped rail upright plate on T-shaped guide rail is connected to test platen, and T-shaped rail transverse slat is arranged at T-shaped rail upright plate bottom; The short pulley in top of described both sides, hydraulic cylinder jaw top is positioned at the T-shaped rail upright plate both sides described in T-shaped and is positioned at above described T-shaped rail transverse slat, and described lower minister's pulley is positioned at below described T-shaped rail transverse slat;
On the plate frame of side, plane has impact column, impacts liftable on column and is fixed wtih impact cross bar, and impact slip on cross bar and be fixed wtih revolution knocker, revolution knocker comprises knocker frame, servomotor and quadrangular guide rail; Described knocker frame has impact frame vertical square hole and, impacting the horizontal square hole of frame, impacting between four faceted pebbles on the horizontal square hole of frame and described impact cross bar for being slidably matched; Described servomotor base holes is fixed in the upper plane of knocker frame, and servomotor output port is fixed with rotating disk; Rotating disk there is revolution pivot pin; For liftable is slidably matched between described quadrangular guide rail and the described vertical square hole of impact frame, described quadrangular guide rail lower end is ram hammer cone point, quadrangular guide rail upper end is horizontal concrete chute, for being slidably matched between horizontal concrete chute inwall and described revolution pivot pin;
There is plug lockhole described test platen both sides, and light beam lock pin cylindrical coordinates with lock pin bearing endoporus slideway, and lock pin bearing is fixed on plane on plate frame, and the light beam lock pin of both sides can enter in described plug lockhole and carry out locking positioning to test platen; Described light beam lock pin outer end is outside lock pin, has lock pin elongated slot on outside lock pin, and operation stock passes through described lock pin elongated slot; There is operation lever operation stock one end, and can rotation be connected and fixed between the operation stock other end and operation bearing, the operation rest base of both sides is fixed on plate frame two lateral surface;
Plane is fixed wtih isoplanar wheel Anchor plate kit to described test platen, go back pull bar in before organic frame before frame before upper connecting rod and frame between lower link, in before frame, before pull bar and described frame, after upper connecting rod and described frame, upper connecting rod is fixed wtih cullet returnable jointly;
Described ram hammer cone point is 60 degree of circular cones, the material of ram hammer cone point is kirsite, the material composition of described kirsite is made up of the element of following percentage by weight: Zn:33-35%, Ni:3-5%, Cr:3-5%, Mo:1.6-1.8%, Co:1.7-1.9%, Al:3-5%, Sn:1-3%, and surplus is Fe and inevitable impurity; The weight percent content of described impurity is: C is less than 0.05%, Si is less than 0.20%, Mn is less than 0.25%, S is less than 0.0l0%, P and is less than 0.015%, and the rockwell superficial hardness number of this kirsite is HRC64.
As further improvement: described test platen has pressing plate fixing threaded hole, in described isoplanar wheel Anchor plate kit at least one clamp portion pressing plate on plane has pressing plate step through-hole, sunk screw passes through described pressing plate step through-hole and matches with described pressing plate fixing threaded hole;
On every only described plate frame, plane is respectively arranged with two platen seat screws and two locking pin seat screws, go up through hole after lower through-hole and frame after lower through-hole, frame before the plate side of plate frame having through hole in before the front upper through hole of horizontally disposed frame, frame, frame, the plate frame of both sides has respectively two horizontally disposed operation support screws.
As further improvement: have return pulley forked standard respectively before and after bottom described plate frame, mobile return pulley is had in the middle of return pulley forked standard, being rotatable clearance fit between mobile return pulley center pit and return pulley pivot pin cylindrical, is interference fit between the through hole on return pulley pivot pin two ends and return pulley forked standard.
As further improvement: described cullet returnable comprises end swash plate, container header board, container biside plate after container, and after container, end swash plate has container discharge mouth between being connected with container header board, after container, end swash plate highest point has upper hook after container, and after container, upper hook fixedly hangs over the casing tube of tension rod position after frame on upper connecting rod, container header board highest point has the front upper hook of container, and the front upper hook of container fixedly hangs over the casing tube of tension rod position before frame on upper connecting rod, container header board is lower draw-bar before there is container the both sides being positioned at container discharge mouth coboundary position, container discharge door is had between lower draw-bar before the container of both sides, container discharge door there is bin gate to link up with, before the container of bin gate hook and both sides, lower draw-bar is on coaxial cable, container bin gate spring is had respectively between lower draw-bar before the container of bin gate hook and both sides, casing tube of tension rod in before frame on pull bar runs through lower draw-bar and container bin gate spring and bin gate hook before described container, before the frame that in before frame, on pull bar, the pull rod stud at two ends passes through on biside plate open frame respectively after mesopore, it is fastening that pull rod stud is furnished with pull-rod nut.
As further improvement: described isoplanar wheel Anchor plate kit is made up of the wheel isoplanar clamping plate that four physical dimensions are identical, be respectively: on the right of pressing plate deckle, the pressing plate left side, pressing plate opposite side and pressing plate, every wheel isoplanar pressing plate comprises clamp portion and slippage part, pressing plate deckle comprises deckle clamp portion and deckle slippage part, the pressing plate left side comprises left side clamp portion and left side slippage part, pressing plate opposite side comprises opposite side clamp portion and opposite side slippage part, comprises the right clamp portion and the right slippage part on the right of pressing plate;
Described slippage part is positioned at described clamp portion one end and is overlapped on plane on clamp portion; The lower surface of described slippage part is slippage lower plane, the upper surface of described clamp portion is plane on pressing plate, and pressing plate plane has wheel chute, and wheel chute and pressing plate have transition to slot between plane, have living space bottom wheel chute groove, and the described single-ended opening of wheel chute;
Described slippage lower plane there is slippage wheel, and having step pivot pin between slippage wheel and slippage lower plane, step pivot pin has the outer section of pivot pin, pivot pin is outer is pivot pin step between section and described step pivot pin, the outer section outer end of described pivot pin is pivot pin outer end, and there is pivot pin screw at center, pivot pin outer end; Rotatablely on the outer section cylindrical of described pivot pin be combined with slippage wheel endoporus, slippage wheel inner side plane againsts described pivot pin step; Described pivot pin screw is combined with wheel screw, wheel screw spiral shell brain againsts described pivot pin outer end, wheel screw spiral shell brain blocks slippage wheel inner side plane, and wheel screw exposes spiral shell brain and can be positioned among described space groove, and wheel screw exposes between spiral shell brain and space groove space; For being slidably matched between described slippage wheel and described wheel chute;
On described slippage lower plane and described pressing plate, plane is in sustained height; On pressing plate, planar inner has pressing plate slope, and the angle on pressing plate slope and pressing plate between plane is 57-59 to spend; Pressing plate slope is also adhered to the rubber compressing tablet of one deck 2.7-2.9 millimeters thick, its material composition is: styrene-butadiene rubber 36-38%, sulphur 1.6-1.8%, zinc paste 2-4%, stearic acid 1.3-1.5%, medium accelerator 1-3%, dag: 4.4-4.6%, aging resister 1.2-1.4%, antistatic agent SP:4.5-5.5%, softening oil 5-7%, rubber powder 15-17%, coupling agent 1.6-1.8%, all the other are inserts.
beneficial effect of the present invention is:
(1), hydraulic tensioning cylinder drives test platen can rotation vibrational power flow in conjunction with T-shaped guide rail, be convenient to remove chunk glass remove, be equipped with cullet returnable, guarantee that chunk glass does not scatter, segmentation brace summer hold test platen after lower plane, in conjunction with light beam lock pin by test platen both sides plug lockhole in locking positioning, whole hydraulic system is without the need to pressurize, make in the armourplate glass process of whole test, test platen keeps firmly solid.On the plate frame of particularly side, plane has impact column, impacts liftable on column and is fixed wtih impact cross bar, impacts slip on cross bar and is fixed wtih revolution knocker; Servomotor on revolution knocker can realize the dangerous step that Long-distance Control smashes armourplate glass, avoids site operation personnel to suffer the unexpected injury of splashing of glass breaking moment.It is consistent that application revolution knocker realizes each hammer weight, guarantees that crushing test is unified and standard.
(2), container bin gate spring is set respectively between lower draw-bar before the container of bin gate hook and both sides, guarantees that container discharge door can touch container discharge mouth tightly, do not allow chunk glass scatter.
(3), isoplanar wheel Anchor plate kit is adopted, particularly slippage part is positioned at clamp portion one end and is overlapped on plane on clamp portion, and plane is in sustained height on described slippage lower plane and described pressing plate, guarantee that tested armourplate glass surrounding is in same plane and is fixed, guarantee glass surrounding uniform force.
(4), between the slippage wheel of every limit pressing plate and adjacent wheel chute for being slidably matched, realize can regulating arbitrarily continuously the armourplate glass of different specification size.
(5) angle on, described pressing plate slope and pressing plate between plane is 57-59 to spend, and described pressing plate slope is bonded with one deck rubber compressing tablet, adjustment width armourplate glass carried out plane spacing while, a downward component can be produced, make tested armourplate glass touch test platen, avoid the uneven generation explosion of armourplate glass local pressure.
(6), achieve detection experiment overall process and save disposable product adhesive tape, not only save test consumables cost, avoid contaminated environment; Also shorten the activity duration, the tape residue on test platen need not be removed clean after each test, only need to remove clean cullet, just can implement experiment test operation next time, make work efficiency improve twice; Priorly thoroughly avoid because adhesive tape is burst by tempered glass the possibility that strength collapses out, the personal safety of operating personnel is more secure.
Accompanying drawing explanation
Fig. 1 is that the revolution knocker 570 in stereoscopic appearance figure, figure of the present invention is positioned at above test platen 190, in running order.
Fig. 2 be light beam lock pin in Fig. 1 189 with plug lockhole 198 binding site along light beam lock pin 189 axial line vertical cross section.
Fig. 3 is light beam lock pin in Fig. 2 189 and plug lockhole 198 disengaged condition.
Fig. 4 is the plate frame 200 stereoscopic appearance figure separately in Fig. 1.
Fig. 5 is the test platen 190 stereoscopic appearance figure separately in Fig. 1.
Fig. 6 is the independent stereoscopic appearance figure of lower link 175 before the frame in Fig. 1.
Fig. 7 is cullet returnable in Fig. 1 140 and the stereoscopic appearance figure of container discharge door 146 assembly.
Fig. 8 is that the cullet returnable 140 in Fig. 7 unloads the independent stereoscopic appearance figure after except container discharge door 146.
Work stereoscopic appearance figure when Fig. 9 is removing test platen 190 rotation in Fig. 1, in figure, isoplanar wheel Anchor plate kit 500 unloads except on the right of pressing plate opposite side 530 and pressing plate 540, remove armourplate glass 600, revolution knocker 570 shifts out above test platen 190, is in off working state.
Figure 10 is segmentation brace summer 717 stereographic map separately in Fig. 9.
Figure 11 is the enlarged drawing at revolution knocker 570 position in Figure 10.
Figure 12 is the stereoscopic appearance figure test platen 190 in Fig. 1 unloaded except isoplanar wheel Anchor plate kit 500 and armourplate glass 600 state, and revolution knocker 570 shifts out above test platen 190, is in off working state.
Figure 13 is the partial enlarged drawing support baseboard 711 on the segmentation brace summer 717 in Figure 10 being fixed wtih hydraulic tensioning cylinder 712 position.
Figure 14 be hydraulic tensioning cylinder in Figure 10 712 with test platen 190 after the partial enlarged drawing of back side connecting portion.
Working state figure when Figure 15 is hydraulic tensioning cylinder 712 drop-down test platen 190.
Figure 16 is working state figure when hydraulic tensioning cylinder 712 being inferred test stand plate 190.
Figure 17 is the vertical view that the isoplanar wheel Anchor plate kit 500 in Fig. 1 is combinationally using.
Figure 18 is the A-A cut-open view in Figure 17.
Figure 19 is the B-B cut-open view in Figure 17, is placed on test platen 190 after armourplate glass 600 is fixed.
Figure 20 is the vertical view of the pressing plate deckle 510 in Figure 17.
Figure 21 is the partial enlarged drawing in Figure 18.
Figure 22 is the right slippage part 548 partial enlarged drawing in Figure 21.
Figure 23 is deckle clamp portion 519 partial enlarged drawing in Figure 21.
Figure 24 is the isometric front view of Figure 20.
Figure 25 is the rear isometric view of Figure 20.
Embodiment
The present invention is described in detail below in conjunction with the drawings and specific embodiments:
In Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Figure 14, Figure 15, Figure 16 and Figure 17: hydraulic swivel kirsite ram hammer wheel pressuring plate glass tests a machine, comprise test platen 190 and plate frame 200, have five structure cover pull bars between two plate frames 200, every structure cover pull bar two ends are combined with pull-rod nut 178; There is platen rotating shaft 196 described test platen 190 both sides, and the platen rotating shaft 196 of both sides is rotatable to be respectively fixed in platen support 163, and platen support 163 is fixed on plane on plate frame 200; There is segmentation brace summer 717 described position, plate frame 200 upper back, and segmentation brace summer 717 holds the rear lower plane of test platen 190, and two plate frames 200 are integrally fixed, as improvement by five structures cover pull bars together:
In Fig. 9, Figure 10, Figure 12, Figure 13, Figure 14, Figure 15 and Figure 16, turn web joint 777 lower end under on segmentation brace summer 717 described in both sides and be jointly fixed wtih support baseboard 711, there are T-shaped guide rail 730 in described test platen 190 rear end lower plane central authorities, have hydraulicefficiency elevation structure between T-shaped guide rail 730 and described support baseboard 711;
Described hydraulicefficiency elevation structure comprises: on support baseboard 711, plane lays hydraulic tensioning cylinder 712, there is hydraulic cylinder jaw 714 liquid presses piston pole 722 upper end, two sides, hydraulic cylinder jaw 714 top are static respectively fixes a top stub axle pin 720, two top stub axle pin 720 extend all to the inside, all rotatablely on two top stub axle pin 720 cylindricals are combined with top short pulley 716 endoporus; Both sides, hydraulic cylinder jaw 714 bottom are jointly static is fixed wtih major axis pin 719 two ends, bottom, rotatablely on the major axis pin 719 interlude cylindrical of bottom is combined with lower minister's pulley 715 endoporus;
The short pulley in top 716 of described both sides, hydraulic cylinder jaw 714 top slidably coordinates with T-shaped guide rail 730 together with described lower minister's pulley 715; T-shaped rail upright plate 731 on T-shaped guide rail 730 is connected to test platen 190, and T-shaped rail transverse slat 732 is arranged at T-shaped rail upright plate 731 bottom; The short pulley in top 716 of described both sides, hydraulic cylinder jaw 714 top is positioned at T-shaped rail upright plate 731 both sides described in T-shaped and is positioned at above described T-shaped rail transverse slat 732, and described lower minister's pulley 715 is positioned at below described T-shaped rail transverse slat 732;
In Fig. 1, Fig. 9, Figure 11 and Figure 12, on the plate frame 200 of side, plane has impact column 566, impact liftable on column 566 and be fixed wtih impact cross bar 562, impact slip on cross bar 562 and be fixed wtih revolution knocker 570, revolution knocker 570 comprises knocker frame 567, servomotor 581 and quadrangular guide rail 575;
Described knocker frame 567 having and impacts frame vertical square hole 565 He, impact the horizontal square hole 564 of frame, impacting between four faceted pebbles on the horizontal square hole of frame 564 and described impact cross bar 562 for being slidably matched;
Described servomotor 581 base holes is fixed in the upper plane of knocker frame 567, and servomotor 581 output port is fixed with rotating disk 572; Rotating disk 572 there is revolution pivot pin 573;
For liftable is slidably matched between described quadrangular guide rail 575 square hole 565 vertical with described impact frame,
Described quadrangular guide rail 575 lower end is ram hammer cone point 576, and quadrangular guide rail 575 upper end is horizontal concrete chute 584, for being slidably matched between horizontal concrete chute 584 inwall and described revolution pivot pin 573;
In Fig. 1, Fig. 2, Fig. 3, Fig. 9 and Figure 12, there is plug lockhole 198 described test platen 190 both sides, light beam lock pin 189 cylindrical coordinates with lock pin bearing 180 endoporus slideway, lock pin bearing 180 is fixed on plane on plate frame 200, and the light beam lock pin 189 of both sides can enter in described plug lockhole 198 and carry out locking positioning to test platen 190;
Described light beam lock pin 189 outer end is outside lock pin 135, and have lock pin elongated slot 134 on 135 outside lock pin, operation stock 133 passes through described lock pin elongated slot 134; There is operation lever 136 operation stock 133 one end, rotation can be connected and fixed, be fixed on plate frame 200 liang of lateral surfaces bottom the operation bearing 131 of both sides between operation stock 133 other end and operation bearing 131;
Plane is fixed wtih isoplanar wheel Anchor plate kit 500 to described test platen 190, go back pull bar 177 in before organic frame before frame before upper connecting rod 174 and frame between lower link 175, in before frame, before pull bar 177 and described frame, after upper connecting rod 174 and described frame, upper connecting rod 179 is fixed wtih cullet returnable 140 jointly.
Described ram hammer cone point 576 is 60 degree of circular cones, the material of ram hammer cone point 576 is kirsite, the material composition of described kirsite is made up of the element of following percentage by weight: Zn:34%, Ni:4%, Cr:4%, Mo:1.7%, Co:1.8%, Al:4%, Sn:2%, and surplus is Fe and inevitable impurity; The weight percent content of described impurity is: C is 0.04%, Si is 0.18%, Mn is 0.22%, S is 0.008%, P is 0.013%, and the rockwell superficial hardness number of this kirsite is HRC64.
As further improvement: described test platen 190 has pressing plate fixing threaded hole 197, in described isoplanar wheel Anchor plate kit 500 at least one clamp portion pressing plate on plane 516 has pressing plate step through-hole 501, sunk screw 195 passes through described pressing plate step through-hole 501 and matches with described pressing plate fixing threaded hole 197.
As further improvement: on every only described plate frame 200, plane is respectively arranged with two platen seat screws 160 and two locking pin seat screws 186, go up through hole 279 after lower through-hole 276 and frame after lower through-hole 275, frame before the plate side of plate frame 200 having through hole 277 in before the front upper through hole 274 of horizontally disposed frame, frame, frame, the plate frame 200 of both sides has respectively two horizontally disposed operation support screws 232.
As further improvement: have return pulley forked standard 124 respectively before and after bottom described plate frame 200, mobile return pulley 400 is had in the middle of return pulley forked standard 124, being rotatable clearance fit between mobile return pulley 400 center pit and return pulley pivot pin 122 cylindrical, is interference fit between the through hole on return pulley pivot pin 122 two ends and return pulley forked standard 124.
As further improvement: in Fig. 1, Fig. 7 and Fig. 8: described cullet returnable 140 comprises end swash plate 141, container header board 143, container biside plate 142 after container, and after container, end swash plate 141 has container discharge mouth 147 between being connected with container header board 143, after container, end swash plate 141 highest point has upper hook 184 after container, and after container, upper hook 184 fixedly hangs over casing tube of tension rod 171 position after frame on upper connecting rod 179, container header board 143 highest point has the front upper hook 148 of container, and the front upper hook 148 of container fixedly hangs over casing tube of tension rod 171 position before frame on upper connecting rod 174, container header board 143 is lower draw-bar 149 before there is container the both sides being positioned at container discharge mouth 147 coboundary position, container discharge door 146 is had between lower draw-bar 149 before the container of both sides, container discharge door 146 there is bin gate link up with 245, before the container of bin gate hook 245 and both sides, lower draw-bar 149 is on coaxial cable, container bin gate spring 145 is had respectively between lower draw-bar 149 before the container of bin gate hook 245 and both sides, casing tube of tension rod 171 in before frame on pull bar 177 runs through lower draw-bar 149 and container bin gate spring 145 and bin gate hook 245 before described container, before the frame that in before frame, on pull bar 177, the pull rod stud 172 at two ends passes through on biside plate open frame 200 respectively after mesopore 277, it is fastening that pull rod stud 172 is furnished with pull-rod nut 178.
As further improvement: Fig. 1, Figure 17, Figure 18, Figure 19, Figure 20, Figure 21, Figure 22, Figure 23, in Figure 24 with Figure 25: described isoplanar wheel Anchor plate kit 500 is made up of the wheel isoplanar clamping plate that four physical dimensions are identical, be respectively: pressing plate deckle 510, the pressing plate left side 520, on the right of pressing plate opposite side 530 and pressing plate 540, every wheel isoplanar pressing plate comprises clamp portion and slippage part, pressing plate deckle 510 comprises deckle clamp portion 519 and deckle slippage part 518, the pressing plate left side 520 comprises left side clamp portion 529 and left side slippage part 528, pressing plate opposite side 530 comprises opposite side clamp portion 539 and opposite side slippage part 538, on the right of pressing plate, 540 comprise the right clamp portion 549 and the right slippage part 548,
Described slippage part is positioned at described clamp portion one end and is overlapped on plane on clamp portion; The lower surface of described slippage part is slippage lower plane 561, the upper surface of described clamp portion is plane 516 on pressing plate, plane 516 there is wheel chute 514 with pressing plate, wheel chute 514 and pressing plate there is transition to slot 571 between plane 516, have living space bottom wheel chute 514 groove 517, and the described single-ended opening of wheel chute 514;
Described slippage lower plane 561 there is slippage wheel 541, and have step pivot pin 574 between slippage wheel 541 and slippage lower plane 561, step pivot pin 574 there is the outer section 578 of pivot pin, pivot pin is outer is pivot pin step 536 between section 578 and described step pivot pin 574, outer section 578 outer end of described pivot pin is pivot pin outer end 535, and there is pivot pin screw 579 at center, pivot pin outer end 535; Rotatablely on outer section 578 cylindrical of described pivot pin be combined with slippage wheel 541 endoporus, slippage wheel 541 inner side plane againsts described pivot pin step 536; Described pivot pin screw 579 is combined with wheel screw 511, wheel screw 511 spiral shell brain againsts described pivot pin outer end 535, wheel screw 511 spiral shell brain blocks slippage wheel 541 inner side plane, wheel screw 511 exposes spiral shell brain and can be positioned among described space groove 517, and wheel screw 511 exposes between spiral shell brain and space groove 517 space; For being slidably matched between described slippage wheel 541 and described wheel chute 514;
Described slippage lower plane 561 is in sustained height with plane 516 on described pressing plate; Pressing plate has pressing plate slope 515 inside plane 516, and the angle on pressing plate slope 515 and pressing plate between plane 516 is 57-59 to spend; Pressing plate slope 515 is also adhered to the rubber compressing tablet 551 of one deck 2.8 millimeters thick.
As further improvement: described rubber compressing tablet 551 adopts synthesizing butadiene styrene rubber, its material composition is: styrene-butadiene rubber 37%, sulphur 1.7%, zinc paste 3%, stearic acid 1.4%, medium accelerator 2%, dag: 4.5%, aging resister 1.3%, antistatic agent SP:5%, softening oil 6%, rubber powder 16%, coupling agent 1.7%, all the other are inserts.
Described medium accelerator is sulfenamide medium accelerator, and described aging resister is p phenylenediamine type antioxidant, and described coupling agent is silane coupling agent, and described softening oil is petroleum softening oil.Described inserts is for being 1284 object talcum powder.
As further improvement: for being slidably matched between the slippage wheel 541 in the wheel chute 514 on described deckle clamp portion 519 and the right slippage part 548, between the transition fluting 571 on described deckle clamp portion 519 and the step pivot pin 574 in the right slippage part 548, there are 1.2 to 1.4 millimeters of gaps;
For being slidably matched between slippage wheel 541 in wheel chute 514 on described the right clamp portion 549 and opposite side slippage part 538, between the transition fluting 571 on described the right clamp portion 549 and the step pivot pin 574 in opposite side slippage part 538, there are 1.2 to 1.4 millimeters of gaps;
For being slidably matched between slippage wheel 541 in wheel chute 514 on described left side clamp portion 529 and deckle slippage part 518, between the transition fluting 571 on described left side clamp portion 529 and the step pivot pin 574 in deckle slippage part 518, there are 1.2 to 1.4 millimeters of gaps;
For being slidably matched between slippage wheel 541 in wheel chute 514 on described opposite side clamp portion 539 and left side slippage part 528, between the transition fluting 571 on described opposite side clamp portion 539 and the step pivot pin 574 in left side slippage part 528, there are 1.2 to 1.4 millimeters of gaps.
In embodiment, described test platen 190 there are four pressing plate fixing threaded holes 197, in described isoplanar wheel Anchor plate kit 500 at least deckle clamp portion 519 pressing plate on plane 516 has four pressing plate step through-holes 501, four sunk screws 195 pass through described pressing plate step through-hole 501 successively and match with described pressing plate fixing threaded hole 197, described deckle clamp portion 519 is fixed on described test platen 190, use the immobilizing foundation of deckle clamp portion 519, isoplanar wheel Anchor plate kit 500 entirety is all fixed on described test platen 190.
Described five structures cover pull bars are respectively: before frame before upper connecting rod 174, frame in pull bar 177, upper connecting rod 179 after lower link 176 and frame after lower link 175, frame before frame, before frame, before upper connecting rod 174, the front middle pull bar 177 of frame, frame, after lower link 175, frame, lower link 176 is all the same with the geomery of upper connecting rod after frame 179, is all made up of the pull rod stud 172 at casing tube of tension rod 171 and two ends.
Casing tube of tension rod 171 outside dimension is than large 7 to 9 millimeters of pull rod stud 172 outside dimension, and the pull rod stud 172 at two ends is all furnished with pull-rod nut 178.In before the front upper through hole of frame 274, frame, before through hole 277, frame, after lower through-hole 275, frame, lower through-hole 276 is all the same with the through-hole diameter size of through hole 279 upper after frame, above-mentioned through-hole diameter size all with pull rod stud 172 clearance fit.
Device assembling process:
Before frame before upper connecting rod 174, frame after lower link 175, frame after lower link 176 and frame on upper connecting rod 179 pull rod stud 172 at two ends to pass through after lower through-hole 275 before the front upper through hole 274 of frame of both sides, frame, frame upper through hole 279 after lower through-hole 276 and frame respectively, there is pull-rod nut 178 immovable fitting each pull rod stud 172 outer end, described casing tube of tension rod 171 two ends are box face 702, and biside plate open frame 200 is fastened in described box face 702 by pull-rod nut 178.
The lock pin bearing 180 of both sides is fixed on locking pin seat screw 186 by four locking pin seat screws respectively, and the light beam lock pin 189 of both sides can enter in the plug lockhole 198 of test platen 190 both sides, will test platen 190 locking positioning.
Hydraulic cylinder base plate 713 on hydraulic tensioning cylinder 712 is fixed on plane on support baseboard 711, the short pulley 716 in two tops above liquid presses piston pole 722 is positioned at above the T-shaped rail transverse slat 732 of T-shaped rail upright plate 731 both sides, controls test platen 190 rear end and moves downward; Lower minister's pulley 715 above liquid presses piston pole 722 is positioned at below the T-shaped rail transverse slat 732 of T-shaped rail upright plate 731 lower end, controls test platen 190 rear end and moves upward.The special contribution of said structure is: solve liquid presses piston pole 722 do rectilinear motion and test platen 190 do the error produced between swinging motion, two short pulleys 716 in top control while T-shaped guide rail 730 does swinging motion centered by platen rotating shaft 196 together with lower minister's pulley 715, and the T-shaped rail transverse slat 732 that two short pulleys 716 in top control on T-shaped guide rail 730 together with lower minister's pulley 715 does slippage rolling movement.
Pass in and out oil pipe 718 and the enterprising flowline 728 of hydraulic cylinder under hydraulic tensioning cylinder 712 having respectively hydraulic cylinder, pass in and out oil pipe 718 under hydraulic cylinder and the enterprising flowline 728 of hydraulic cylinder is connected respectively to hydraulic cylinder oil supply system.
The platen rotating shaft 196 of described test platen 190 both sides coordinates with platen support 163 endoporus is rotatable, and the platen support 163 of both sides is fixed on platen seat screw 160 by four platen seat screws respectively.
Operation stock 133 passes through described lock pin elongated slot 134; Have between operation stock 133 lower end and operation bearing 131 and operate pivot pin 132, operation pivot pin 132 two ends are fixed on operation bearing 131, and the endoporus of the operation stock other end coordinates for rotatable with between operation pivot pin 132 cylindrical.Both sides respectively have two to operate screws by being fixed on plate frame 200 liang of lateral surfaces bottom operation bearing 131 operation support screw 232.
The cross bar circular hole impacting cross bar 562 one end is inserted in and impacts on column 566 external cylindrical surface, and fix; The horizontal square hole of impact frame 564 in knocker frame 567 is inserted on the rectangle straight-bar on described impact cross bar 562, and fixes; Laid by servomotor 581 and be fixed on described by the upper plane of knocker frame 567, rotating disk 572 is fixed on the output shaft end on servomotor 581; Quadrangular guide rail 575 is inserted among the vertical square hole 565 of impact frame in knocker frame 567, allow the revolution pivot pin 573 on described rotating disk 572 insert described quadrangular guide rail 575 upper end horizontal concrete chute 584 simultaneously.
When one, will do fragmentation test to tempered glass, step is as follows:
(1), hydraulic cylinder oil supply system is to hydraulic cylinder enterprising flowline 728 fuel feeding, oil pipe 718 is passed in and out to the oil return of hydraulic cylinder oil supply system under hydraulic cylinder, liquid presses piston pole 722 moves downward, Figure 19, Tu20Zhong, two short pulleys in top 716 control while T-shaped guide rail 730 drives test platen 190 to do clockwise swinging motion centered by platen rotating shaft 196, and two short pulleys 716 in top do slippage rolling movement along plane on T-shaped rail transverse slat 732.Test platen 190 rear end lower plane pushes down segmentation brace summer 717; The operation lever 136 with the hands holding both sides is respectively pressed against to centre, makes light beam lock pin 189 enter locking positioning in the plug lockhole 198 of test platen 190 both sides, and test platen 190 presents horizontality.
(2), by pressing plate deckle 510 identical for four physical dimensions, the pressing plate left side 520, on the right of pressing plate opposite side 530 and pressing plate, 540 are placed on above test platen 190, for being slidably matched between slippage wheel 541 in wheel chute 514 on deckle clamp portion 519 and the right slippage part 548, the right clamp portion 549 on wheel chute 514 and the slippage wheel 541 in opposite side slippage part 538 between for being slidably matched, for being slidably matched between slippage wheel 541 in wheel chute 514 on left side clamp portion 529 and deckle slippage part 518, for being slidably matched between slippage wheel 541 in wheel chute 514 on opposite side clamp portion 539 and left side slippage part 528, make the pressing plate deckle 510 that four physical dimensions are identical, the pressing plate left side 520, the surrounding ambient in besieged city between 540 on the right of pressing plate opposite side 530 and pressing plate,
(3), above-mentioned surrounding ambient size is greater than the physical dimension of the armourplate glass 600 wanting tested, armourplate glass 600 that will be tested is placed on above the test platen 190 in above-mentioned surrounding ambient, on the right of the pressing plate deckle 510 that mobile four physical dimensions are identical successively, the pressing plate left side 520, pressing plate opposite side 530 and pressing plate 540, the rubber compressing tablet 551 on every pressing plate is made to touch four limit outer rims of the armourplate glass 600 wanting tested;
(4), want after tested armourplate glass 600 is fixed, to regulate impact cross bar 562 height impacted on column 566, revolution knocker 570 along with impact cross bar 562 together, rotate above armourplate glass 600 around impact column 566 cylindrical; Start servomotor 581, rotating disk 572 is driven to rotate, when the revolution pivot pin 573 on rotating disk 572 is while work rotates, the slippage in the horizontal concrete chute 584 of quadrangular guide rail 575 upper end again of revolution pivot pin 573, drive quadrangular guide rail 575 to move up and down, make the ram hammer of quadrangular guide rail 575 lower end bore point 576 and also move up and down; When ram hammer cone point 576 is displaced downwardly to extreme lower position, armourplate glass 600 can just be touched, and armourplate glass 600 is smashed; The dangerous step that Long-distance Control smashes armourplate glass 600 can be realized, avoid the unexpected splashing of glass breaking moment to injure site operation personnel;
(5) after, armourplate glass 600 is crashed to pieces, ram hammer cone point 576 is extremely high-order along with quadrangular guide rail 575 gos up, servomotor 581 quits work, and turns round knocker 570 along with impacting cross bar 562 together, above impact column 566 cylindrical rotated away armourplate glass 600; Require to detect according to national standard, complete the fragmentation status test of tempered glass;
(6), 540 will to remove on the right of pressing plate opposite side 530 and pressing plate, the operation lever 136 again with the hands holding both sides is respectively broken into two with one's hands to both sides, makes light beam lock pin 189 exit locking positioning in the plug lockhole 198 of test platen 190 both sides, removes locking positioning.Hydraulic cylinder oil supply system passes in and out oil pipe 718 fuel feeding under hydraulic cylinder, the enterprising flowline 728 of hydraulic cylinder is to the oil return of hydraulic cylinder oil supply system, liquid presses piston pole 722 moves upward, Figure 19, Tu21Zhong, two short pulleys in top 716 control while T-shaped guide rail 730 drives test platen 190 to do counterclockwise swinging motion centered by platen rotating shaft 196, and two short pulleys 716 in top do slippage rolling movement along plane on T-shaped rail transverse slat 732.Test platen 190 rear end lower plane is away from segmentation brace summer 717.After being spent by inclination 10 to 20 by test platen 190, dispose tempered glass fragment and call among cullet returnable 140.
(7), hydraulic cylinder oil supply system again to hydraulic cylinder enterprising flowline 728 fuel feeding, pass in and out oil pipe 718 under hydraulic cylinder to the oil return of hydraulic cylinder oil supply system, liquid presses piston pole 722 moves downward, test platen 190 again present horizontality.The operation lever 136 again with the hands holding both sides is respectively pressed against to centre, makes light beam lock pin 189 enter locking positioning in the plug lockhole 198 of test platen 190 both sides, as long as prepare for next tested armourplate glass 600.
(8), when the chunk glass in cullet returnable 140 is many to when will rafting, car will be raftinged and be placed on below container discharge mouth 147, with the bin gate handle 246 pulled out on container discharge door 146, rafting the chunk glass in cullet returnable 140.Unclamp bin gate handle 246, under the accumulation of energy counter-force effect of container bin gate spring 145, container discharge door 146 can touch container discharge mouth 147 tightly, does not allow chunk glass scatter.
Two, the above-mentioned outstanding substantive distinguishing features of the present invention, guarantees to bring following significant progressive effect:
(1), hydraulic tensioning cylinder 712 drives test platen 190 can rotation vibrational power flow in conjunction with T-shaped guide rail 730, be convenient to remove chunk glass remove, be equipped with cullet returnable 140, guarantee that chunk glass does not scatter, segmentation brace summer 717 holds the rear lower plane of test platen 190, in conjunction with light beam lock pin 189 by locking positioning in the plug lockhole 198 of test platen 190 both sides, whole hydraulic system is without the need to pressurize, make in armourplate glass 600 process of whole test, test platen 190 keeps firmly solid.On the plate frame 200 of particularly side, plane has and impacts column 566, impacts liftable on column 566 and is fixed wtih and impacts cross bar 562, impact slip on cross bar 562 and be fixed wtih revolution knocker 570; Servomotor 581 on revolution knocker 570 can realize the dangerous step that Long-distance Control smashes armourplate glass 600, avoids site operation personnel to suffer the unexpected injury of splashing of glass breaking moment.It is consistent that application revolution knocker 570 realizes each hammer weight, guarantees that crushing test is unified and standard.
(2), container bin gate spring 145 is set respectively between lower draw-bar 149 before the container of bin gate hook 245 and both sides, guarantees that container discharge door 146 can touch container discharge mouth 147 tightly, do not allow chunk glass scatter.
(3), isoplanar wheel Anchor plate kit 500 is adopted, particularly slippage part is positioned at clamp portion one end and is overlapped on plane on clamp portion, and described slippage lower plane 561 is in sustained height with plane 516 on described pressing plate, guarantee that tested armourplate glass 600 surrounding is in same plane and is fixed, guarantee glass surrounding uniform force.
(4), between the slippage wheel 541 of every limit pressing plate and adjacent wheel chute 514 for being slidably matched, realize can regulating arbitrarily continuously the armourplate glass 600 of different specification size.
(5) angle on, described pressing plate slope 515 and pressing plate between plane 516 is 57-59 to spend, and described pressing plate slope 515 is bonded with one deck rubber compressing tablet 551, adjustment width armourplate glass 600 carried out plane spacing while, a downward component can be produced, make tested armourplate glass 600 touch test platen 190, avoid the uneven generation explosion of armourplate glass 600 local pressure.
(6), achieve detection experiment overall process and save disposable product adhesive tape, not only save test consumables cost, avoid contaminated environment; Also shorten the activity duration, the tape residue on test platen 190 need not be removed clean after each test, only need to remove clean cullet, just can implement experiment test operation next time, make work efficiency improve twice; Priorly thoroughly avoid because adhesive tape is burst by tempered glass the possibility that strength collapses out, the personal safety of operating personnel is more secure.
Three, table 1 present invention employs isoplanar wheel Anchor plate kit 500 to compare with the data using disposable product adhesive tape conventionally test to do.
The data of (table 1) operating efficiency operating efficiency compare
As can be drawn from Table 1: the rubber compressing tablet 551 adopting synthesizing butadiene styrene rubber, its specific material composition physical characteristics that formula has, guarantee to go through hundred experiment test operations without breakage, and sharp 576 global shapes of ram hammer cone are intact, hammer weight unanimously guarantees that crushing test is unified and standard.
Claims (5)
1. hydraulic swivel kirsite ram hammer wheel pressuring plate glass tests a machine, comprise test platen (190) and plate frame (200), have five structure cover pull bars between two plate frames (200), every structure cover pull bar two ends are combined with pull-rod nut (178); There is platen rotating shaft (196) described test platen (190) both sides, the platen rotating shaft (196) of both sides is rotatable to be respectively fixed in platen support (163), and platen support (163) is fixed on the upper plane of plate frame (200); There is segmentation brace summer (717) described plate frame (200) position, upper back, segmentation brace summer (717) holds test platen (190) lower plane afterwards, two plate frames (200) are integrally fixed by five structure cover pull bars together, it is characterized in that:
Turn web joint (777) lower end under on segmentation brace summer (717) described in both sides and be jointly fixed wtih support baseboard (711), there are T-shaped guide rail (730) in described test platen (190) rear end lower plane central authorities, have hydraulicefficiency elevation structure between T-shaped guide rail (730) and described support baseboard (711); Described hydraulicefficiency elevation structure comprises: the upper plane of support baseboard (711) lays hydraulic tensioning cylinder (712), there is hydraulic cylinder jaw (714) liquid presses piston pole (722) upper end, hydraulic cylinder jaw (714) two sides, top are static respectively fixes a top stub axle pin (720), two top stub axle pin (720) extend all to the inside, all rotatablely on two top stub axle pin (720) cylindricals are combined with top short pulley (716) endoporus; Hydraulic cylinder jaw (714) both sides, bottom are jointly static is fixed wtih major axis pin (719) two ends, bottom, rotatablely on major axis pin (719) the interlude cylindrical of bottom is combined with lower minister's pulley (715) endoporus; The short pulley in the top (716) of described hydraulic cylinder jaw (714) both sides, top slidably coordinates with T-shaped guide rail (730) together with described lower minister's pulley (715); T-shaped rail upright plate (731) on T-shaped guide rail (730) is connected to test platen (190), and T-shaped rail transverse slat (732) is arranged at T-shaped rail upright plate (731) bottom; The short pulley in the top (716) of described hydraulic cylinder jaw (714) both sides, top is positioned at T-shaped rail upright plate (731) both sides described in T-shaped and is positioned at above described T-shaped rail transverse slat (732), and described lower minister's pulley (715) is positioned at below described T-shaped rail transverse slat (732);
The upper plane of plate frame (200) of side has impact column (566), impact the upper liftable of column (566) and be fixed wtih impact cross bar (562), impact the upper slip of cross bar (562) and be fixed wtih revolution knocker (570), revolution knocker (570) comprises knocker frame (567), servomotor (581) and quadrangular guide rail (575); Described knocker frame (567) has impact the vertical square hole of frame (565) and, impacting the horizontal square hole of frame (564), impacting between four faceted pebbles on the horizontal square hole of frame (564) and described impact cross bar (562) for being slidably matched; Described servomotor (581) base holes is fixed in the upper plane of knocker frame (567), servomotor (581) output port is fixed with rotating disk (572); Rotating disk (572) there is revolution pivot pin (573); For liftable is slidably matched between described quadrangular guide rail (575) and the described vertical square hole of impact frame (565), described quadrangular guide rail (575) lower end is ram hammer cone point (576), quadrangular guide rail (575) upper end is horizontal concrete chute (584), for being slidably matched between horizontal concrete chute (584) inwall and described revolution pivot pin (573);
There is plug lockhole (198) described test platen (190) both sides, light beam lock pin (189) cylindrical coordinates with lock pin bearing (180) endoporus slideway, lock pin bearing (180) is fixed on the upper plane of plate frame (200), and the light beam lock pin (189) of both sides can enter in described plug lockhole (198) and carry out locking positioning to test platen (190); Described light beam lock pin (189) outer end is (135) outside lock pin, (135) have lock pin elongated slot (134) outside lock pin, described lock pin elongated slot (134) is passed through in operation stock (133); There is operation lever (136) operation stock (133) one end, can rotation be connected and fixed between operation stock (133) other end and operation bearing (131), operation bearing (131) bottom of both sides is fixed on plate frame (200) two lateral surface;
The upper plane of described test platen (190) is fixed wtih isoplanar wheel Anchor plate kit (500), go back pull bar (177) in before organic frame before frame before upper connecting rod (174) and frame between lower link (175), in before frame, before pull bar (177) and described frame, after upper connecting rod (174) and described frame, upper connecting rod (179) is fixed wtih cullet returnable (140) jointly;
Described ram hammer cone point (576) is 60 degree of circular cones, the material of ram hammer cone point (576) is kirsite, the material composition of described kirsite is made up of the element of following percentage by weight: Zn:33-35%, Ni:3-5%, Cr:3-5%, Mo:1.6-1.8%, Co:1.7-1.9%, Al:3-5%, Sn:1-3%, and surplus is Fe and inevitable impurity; The weight percent content of described impurity is: C is less than 0.05%, Si is less than 0.20%, Mn is less than 0.25%, S is less than 0.0l0%, P and is less than 0.015%, and the rockwell superficial hardness number of this kirsite is HRC64.
2. hydraulic swivel kirsite ram hammer wheel pressuring plate glass according to claim 1 tests a machine, it is characterized in that: described test platen (190) has pressing plate fixing threaded hole (197), in described isoplanar wheel Anchor plate kit (500) at least one clamp portion pressing plate on plane (516) has pressing plate step through-hole (501), sunk screw (195) passes through described pressing plate step through-hole (501) and matches with described pressing plate fixing threaded hole (197);
The upper plane of every only described plate frame (200) is respectively arranged with two platen seat screws (160) and two locking pin seat screws (186), go up through hole (279) after lower through-hole (276) and frame after lower through-hole (275), frame before the plate side of plate frame (200) having through hole (277) in before the front upper through hole of horizontally disposed frame (274), frame, frame, the plate frame (200) of both sides has respectively two horizontally disposed operation support screws (232).
3. hydraulic swivel kirsite ram hammer wheel pressuring plate glass according to claim 1 tests a machine, it is characterized in that: before and after described plate frame (200) bottom, have return pulley forked standard (124) respectively, mobile return pulley (400) is had in the middle of return pulley forked standard (124), being rotatable clearance fit between mobile return pulley (400) center pit and return pulley pivot pin (122) cylindrical, is interference fit between the through hole on return pulley pivot pin (122) two ends and return pulley forked standard (124).
4. hydraulic swivel kirsite ram hammer wheel pressuring plate glass according to claim 1 tests a machine, it is characterized in that: described cullet returnable (140) comprises end swash plate (141), container header board (143), container biside plate (142) after container, and after container, end swash plate (141) has container discharge mouth (147) between being connected with container header board (143), after container, end swash plate (141) highest point has upper hook (184) after container, and after container, upper hook (184) fixedly hangs over casing tube of tension rod (171) position after frame on upper connecting rod (179), container header board (143) highest point has the front upper hook of container (148), and the front upper hook of container (148) fixedly hangs over casing tube of tension rod (171) position before frame on upper connecting rod (174), container header board (143) is lower draw-bar (149) before there is container the both sides being positioned at container discharge mouth (147) coboundary position, container discharge door (146) is had between lower draw-bar (149) before the container of both sides, container discharge door (146) there is bin gate link up with (245), before the container of bin gate hook (245) and both sides, lower draw-bar (149) is on coaxial cable, container bin gate spring (145) is had respectively between lower draw-bar (149) before the container of bin gate hook (245) and both sides, before casing tube of tension rod (171) in before frame on pull bar (177) runs through described container, lower draw-bar (149) and container bin gate spring (145) and bin gate link up with (245), before the frame that in before frame, the pull rod stud (172) at the upper two ends of pull bar (177) passes through on biside plate open frame (200) respectively after mesopore (277), it is fastening that pull rod stud (172) is furnished with pull-rod nut (178).
5. hydraulic swivel kirsite ram hammer wheel pressuring plate glass according to claim 1 tests a machine, it is characterized in that: described isoplanar wheel Anchor plate kit (500) is made up of the wheel isoplanar clamping plate that four physical dimensions are identical, be respectively: pressing plate deckle (510), the pressing plate left side (520), on the right of pressing plate opposite side (530) and pressing plate (540), every wheel isoplanar pressing plate comprises clamp portion and slippage part, pressing plate deckle (510) comprises deckle clamp portion (519) and deckle slippage part (518), the pressing plate left side (520) comprises left side clamp portion (529) and left side slippage part (528), pressing plate opposite side (530) comprises opposite side clamp portion (539) and opposite side slippage part (538), on the right of pressing plate, (540) comprise the right clamp portion (549) and the right slippage part (548),
Described slippage part is positioned at described clamp portion one end and is overlapped on plane on clamp portion; The lower surface of described slippage part is slippage lower plane (561), the upper surface of described clamp portion is plane (516) on pressing plate, plane (516) there is wheel chute (514) with pressing plate, wheel chute (514) and pressing plate there is transition to slot (571) between plane (516), have living space bottom wheel chute (514) groove (517), and described wheel chute (514) single-ended opening;
Described slippage lower plane (561) there is slippage wheel (541), and have step pivot pin (574) between slippage wheel (541) and slippage lower plane (561), step pivot pin (574) there is the outer section (578) of pivot pin, pivot pin is outer is pivot pin step (536) between section (578) and described step pivot pin (574), outer section (578) outer end of described pivot pin is pivot pin outer end (535), and there is pivot pin screw (579) at pivot pin outer end (535) center; Rotatablely on outer section (578) cylindrical of described pivot pin be combined with slippage wheel (541) endoporus, slippage wheel (541) inner side plane againsts described pivot pin step (536); Described pivot pin screw (579) is combined with wheel screw (511), wheel screw (511) spiral shell brain againsts described pivot pin outer end (535), wheel screw (511) spiral shell brain blocks slippage wheel (541) inner side plane, wheel screw (511) exposes spiral shell brain and can be positioned among described space groove (517), and wheel screw (511) exposes between spiral shell brain and space groove (517) space; For being slidably matched between described slippage wheel (541) and described wheel chute (514);
Described slippage lower plane (561) is in sustained height with plane (516) on described pressing plate; On pressing plate, there is pressing plate slope (515) plane (516) inner side, and the angle on pressing plate slope (515) and pressing plate between plane (516) is 57-59 to spend; Pressing plate slope (515) is also adhered to the rubber compressing tablet (551) of one deck 2.7-2.9 millimeters thick, described rubber compressing tablet (551) adopts synthesizing butadiene styrene rubber, its material composition is: styrene-butadiene rubber 36-38%, sulphur 1.6-1.8%, zinc paste 2-4%, stearic acid 1.3-1.5%, medium accelerator 1-3%, dag: 4.4-4.6%, aging resister 1.2-1.4%, antistatic agent SP:4.5-5.5%, softening oil 5-7%, rubber powder 15-17%, coupling agent 1.6-1.8%, all the other are inserts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510754835.0A CN105241763A (en) | 2015-11-09 | 2015-11-09 | Hydraulic rotary table glass testing machine with zinc alloy impact hammer and wheel pressing plate |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510754835.0A CN105241763A (en) | 2015-11-09 | 2015-11-09 | Hydraulic rotary table glass testing machine with zinc alloy impact hammer and wheel pressing plate |
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| Publication Number | Publication Date |
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| CN105241763A true CN105241763A (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510754835.0A Withdrawn CN105241763A (en) | 2015-11-09 | 2015-11-09 | Hydraulic rotary table glass testing machine with zinc alloy impact hammer and wheel pressing plate |
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| CN (1) | CN105241763A (en) |
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| CN105651592A (en) * | 2016-03-09 | 2016-06-08 | 温州经济技术开发区滨海雄杰机电研发工作室 | Copper-alloy glass detecting instrument with hydraulic rotary table, screw camera and circular rotary angle pressing plates |
| CN105842090A (en) * | 2016-04-09 | 2016-08-10 | 温州经济技术开发区滨海雄杰机电研发工作室 | A glass detection system provided with hydraulic pressure, a rotary table, light ring camera shooting, an aluminum alloy, bearing slideways and corner backup plates |
| CN105910887A (en) * | 2016-04-09 | 2016-08-31 | 温州经济技术开发区滨海雄杰机电研发工作室 | Glass detection apparatus with handle-mounted rotary table, aperture shooting assembly and zinc alloy wheel corner leaning clamp assembly |
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Application publication date: 20160113 |