CN201191252Y - Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus - Google Patents
Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus Download PDFInfo
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- CN201191252Y CN201191252Y CNU2008200805138U CN200820080513U CN201191252Y CN 201191252 Y CN201191252 Y CN 201191252Y CN U2008200805138 U CNU2008200805138 U CN U2008200805138U CN 200820080513 U CN200820080513 U CN 200820080513U CN 201191252 Y CN201191252 Y CN 201191252Y
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Abstract
The utility model relates to a multiple parameter adjustable bending die with a springback measuring device, which comprises a connection shaft, an upper die pressing board, an upper die, a lower die insert, a lower die holder, a die carrier upright column, a die carrier bottom plate, a pad, a photoelectric length-measuring device and a device seat. The multiple parameter adjustable bending die mounted on an electronic universal testing machine can realize a multiple combination of technical parameters, such as radiuses of the lower die and the upper die, upper die shape, lower die span and the like, and the bending die has strong universality and can reduce cost. Beams of the electronic universal machine move downwards to apply sufficient pressure for bending, thereby deforming work pieces under stress, the photoelectric length-measuring device located at the center of the work piece can record the displacement of points at real time, thereby calculating the springback of formation. The multiple parameter adjustable bending die is simple in operation and high in measuring precision. Further, the upper die load and displacement can be recorded at any time in the whole course of bending and springback, thereby providing complete data for research.
Description
One, technical field:
The utility model relates to a kind of multi-parameter adjustable bending die of taking back cartridge measuring apparatus, refers in particular to a kind of three-point bending mould of taking back cartridge measuring apparatus.Belong to plate or shape bending shaping dies.
Two, background technology:
In the three-point bending shaping research of plate, the springback capacity after the bending is the emphasis place of research.Traditional bending is carried out on pressing machine or electronic universal tester usually, adopts hand dipping workpiece deformation parameter in the BENDING PROCESS, the big and complicated operation of gained resilience data error.Find through retrieval existing document, people (M.L.Garcia-Romeu et al. such as Spain M.L.Garcia-Romeu, Springback determination of sheet metals in an air bendingprocess based on an experimental work, J.Mater.Process.Tech. (2007), doi:10.1016/j.jmatprotec.2007.03.019) designed the v-shaped bending mould that has displacement transducer, its principle is certain the point measurement vertical direction displacement that is away from patrix at the plate straight portion, thereby calculates spring back angle by geometric relationship.Straight portion was difficult to guarantee strict straight inside and outside the counterdie fillet when this mould weak point was sheet metal bending, thereby cause the result's that measures at straight portion calculated value to have than big-difference with true springback capacity, and measured material point constantly changes in BENDING PROCESS, can't with finite element analogy comparative analysis as a result.In addition, mould commonly used at present is single fixing, and the mould versatility is poor, and manufacturing cost is higher.
Three, utility model content
The purpose of this utility model is to provide a kind of multi-parameter adjustable bending die of taking back cartridge measuring apparatus, to overcome deficiency of the prior art, from curved workpieces outside centre Displacement Measurement data, design and accurately to measure springback capacity and have mold radius, mold shape, the three-point bending mould of counterdie span adjustable function, and make it and this comparatively accurate and energy real time record load of electronic universal tester, the isoparametric instrument of displacement combines, solve the bending mould springback capacity and measure inaccurate problem, and realize the bending forming of differing formed parameter combinations.
The technical solution of the utility model is as follows:
This mould comprises three chief components: patrix integral body, counterdie integral body and resilience measurement mechanism.The patrix integral installation is on the crossbeam of electronic universal tester, and counterdie integral body and resilience measurement mechanism are installed on the electronic universal tester work top, are reference field with this work top.The whole part of transmission crossbeam pressure during for mold work of patrix, the whole supporting workpiece and apply the part of reacting force during for mold work of counterdie, the resilience measurement mechanism is installed on the bottom of counterdie integral body, is used for measuring in real time and writing down the displacement data of bending of workpiece calibration point and springback process.The utility model by electronic universal tester crossbeam sleeve center and work top upper screwed hole to neutrality guarantee the mould geometric center to neutrality, and then the balance of pressure applies when guaranteeing mold work.
Described patrix integral body comprises that coupling shaft, upper molded plate, patrix insert; Wherein, coupling shaft is the axis body with different-diameter shaft part, connects upper molded plate and electronic universal tester crossbeam sleeve; Upper molded plate is a rectangular slab, connects patrix and inserts and coupling shaft, and this upper molded plate centre is provided with a big stepped hole, and coupling shaft can be penetrated, and the small stair hole is arranged all around; It is a cylinder that patrix is inserted, and cylinder two vertical sides are the plane, and end face is a surface level, and the bottom surface is that working surface is the semicircle cambered surface, and end face is equipped with threaded hole in corresponding positions, is connected with upper molded plate by the patrix socket head cap screw;
Described counterdie integral body comprises that counterdie is inserted, counterdie die holder, mould framing plate; It is a cylinder that counterdie is inserted, and it is a greater part of footpath arc surface with the patrix corresponding face of inserting, with centrosymmetric of this large radius arc face be a little arc surface, its lap is the plane, two perpendiculars are provided with threaded hole, are used for being connected with the counterdie die holder; The counterdie die holder is a U-shaped base, and two vertically partly and between the horizontal component have a chamfering, and the counterdie die holder is inserted to being threaded with counterdie; And there is a circular hole in counterdie die holder centre, in order to the photoelectricity horizontal metroscope to be installed; Mould framing plate is a rectangular slab, and the centre is provided with circular hole, and is distributed with six stepped holes along the annular direction of this centre circular hole, in order to counterdie integral body accurately is positioned on the work top of electronic universal tester, and is connected with electronic universal tester;
Described resilience measurement mechanism comprises photoelectricity horizontal metroscope and gauge stand; The photoelectricity horizontal metroscope is inverted and is installed on the gauge stand, wherein, and the dead in line of the sounding rod of photoelectricity horizontal metroscope and counterdie die holder center hole, and the upper horizontal plane that the gauge head of the sounding rod of photoelectricity horizontal metroscope is inserted a little more than counterdie.
Wherein, described coupling shaft is made up of shaft part with holes, threaded shaft part, transition shaft part and maximum gauge shaft part, described shaft part with holes inserts electronic universal tester crossbeam sleeve and by the pin location, and threaded shaft part and the threaded collar of joining work connect firmly coupling shaft and electronic universal tester crossbeam sleeve.
Wherein, the big stepped hole in described upper molded plate centre is provided with a large diameter hole and a small diameter bore.
Wherein, the shape of cross section of the cylinder that patrix is inserted also can be designed to trapezoidal and rectangle as required, and rounding.
Wherein, described counterdie integral body further comprises the mould bases column, and this mould bases column is a rectangular parallelepiped, and all there are threaded hole and cylinder pin hole in its end face and bottom surface, is connected with mould framing plate with the counterdie die holder by counterdie socket head cap screw and straight pin.
Wherein, described counterdie integral body further comprises the even number pad, and pad is a rectangular thin plate, at the insert position fluting of perpendicular threaded hole of corresponding counterdie, the insertion counterdie of pad correspondence insert and the counterdie die holder between realize the change of counterdie span.
The accurate location and installation of mould quilt of the present utility model is on electronic universal tester, select required shaping dies radius and counterdie span, moving down to bending of electronic universal tester crossbeam applies enough pressure, make the distortion of workpiece bend by pressure, be positioned at this displacement of Centromedian photoelectricity horizontal metroscope real time record of the workpiece outside, these data can preserve and export, thereby draw the shaping springback capacity.But patrix load and the equal real time record of displacement crooked and the resilience overall process provide the data that are equipped with entirely for research.
A kind of multi-parameter adjustable bending die of taking back cartridge measuring apparatus of the utility model, its advantage and effect are: first, resilience is measured and is carried out in real time, easy and simple to handle, and because resilience is measured directly from curved workpieces outside centre image data, prevented that precision is very high because workpiece outside straight portion is out of shape the measuring error that causes.The second, upper and lower mould radius, patrix shape, counterdie span are easy to adjust, and can realize the Multiple Combination of technological parameter, and highly versatile can reduce cost.The 3rd, be installed on the pressing machine differently with mould in the past, this mould is installed on electronic universal tester, data acquisition A wide selection of colours and designs, precision height.The 4th, patrix is whole all to have adopted insert structure with counterdie integral body, except that being easy to realize the bending forming of differing formed parameter, also make a whole set of mould can be by the different materials manufacturing, promptly select the better performances material for use at the place of inserting, and select general material for use at other positions, reduced die manufacturing cost.In addition, after the die insert wearing and tearing, needn't change a whole set of mould and only need change die insert, reduce the mold repair cost.
Four, description of drawings
Fig. 1 is one-piece construction figure of the present utility model;
Fig. 2 is an one-piece construction exploded view of the present utility model;
Fig. 3 is the whole exploded view of patrix shown in Figure 1;
Fig. 4 is the whole exploded view of counterdie shown in Figure 1;
Fig. 5 is a resilience measurement mechanism exploded view shown in Figure 1;
Concrete label is among the figure:
1, patrix integral body 2, counterdie integral body 3, resilience measurement mechanism
4, electronic universal tester crossbeam sleeve 5, electronic universal tester work top
6, coupling shaft 7, counterdie die holder 8, counterdie die holder circular hole
9, photoelectricity horizontal metroscope 10, sounding rod 11, pin 12, threaded collar
13, upper molded plate 14, patrix insert 15, patrix socket head cap screw 16, shaft part with holes
17, threaded shaft part 18, transition shaft part 19, maximum gauge shaft part 20, small diameter bore
21, insert threaded hole 24, counterdie of large diameter hole 22, small stair hole 23, patrix inserted
25, pad 26, studs 27, plain washer 28, nut
29, mould bases column 30, mould framing plate 31, straight pin 32, counterdie socket head cap screw
33, large radius arc face 34, small-radius arc face 35, upper horizontal plane 36, lower horizontal plane
37, insert threaded hole 38, chamfering 39, counterdie die holder end face 40, groove of counterdie
41, pad end face 42, pad bottom surface 43, mould framing plate circular hole
44, gauge stand 45, installation shaft part 46, mounting hole
47, little knob 48, transverse arm 49, big knob 50, gauge head
Five, embodiment
Below in conjunction with the drawings and specific embodiments, the technical solution of the utility model is described further.
Referring to Fig. 1, take back the multi-parameter adjustable bending die of cartridge measuring apparatus, comprise three chief components: patrix integral body 1, counterdie whole 2 and resilience measurement mechanism 3.Patrix integral body 1 is fixed on the crossbeam of electronic universal tester by linking to each other with electronic universal tester crossbeam sleeve 4, electronic universal tester work top 5 has six tapped blind holes that circumferencial direction is uniform, counterdie integral body 2 is fixed on the electronic universal tester work top 5 by being threaded, resilience measurement mechanism 3 also is installed on the electronic universal tester work top 5, and counterdie whole 2 and resilience measurement mechanism 3 are reference field with this work top.During mold work, patrix whole 1 contact with workpiece, transmission crossbeam pressure, and the driving workpiece occurs bending and deformation.Whole 2 supporting workpieces of counterdie this moment also apply reacting force, and provide enough spaces for the installation of resilience measurement mechanism 3.Resilience measurement mechanism 3 is installed on counterdie integral body 2 bottoms, is used for measuring in real time and writing down the displacement data of bending of workpiece calibration point and springback process.The utility model by the center of electronic universal tester crossbeam sleeve 4 and electronic universal tester work top 5 upper screwed holes to neutrality guarantee the mould geometric center to neutrality, and then pressure does not have unbalance loading, the workpiece deformation symmetry when guaranteeing mold work.
Referring to accompanying drawing 2, take back the sounding rod 10 axis three conllinear of the photoelectricity horizontal metroscope 9 of whole 2 center lines (being the axis of the counterdie die holder circular hole 8 of counterdie die holder 7) of whole 1 center line (being the axis of coupling shaft 6) of patrix, counterdie of multi-parameter adjustable bending die of cartridge measuring apparatus and resilience measurement mechanism 3.The patrix integral body 1 of the utility model mould, counterdie whole 2 and resilience measurement mechanism 3 all are package assemblies, and each parts is easy to dismounting, is convenient to the manufacturing and the transportation of mould.Patrix whole 1 and counterdie integral body 2 have all adopted insert structure, except that realizing flexibly the bending forming of differing formed parameter, also make a whole set of mould select the better performances material for use at the place of inserting by the different materials manufacturing, and select general material for use at other positions, thereby reduce die manufacturing cost.In addition, the part of inserting frequently contacts with workpiece for the mould main working parts, is easy to damage.After the die insert wearing and tearing, needn't change a whole set of mould and only need change die insert, reduce the mold repair cost.
Referring to accompanying drawing 3, patrix integral body 1 comprises that coupling shaft 6, pin 11, threaded collar 12, upper molded plate 13, patrix insert 14 and patrix socket head cap screw 15.The axis body that coupling shaft 6 is made up of shaft part 16 with holes, threaded shaft part 17, transition shaft part [18] and 19 4 different-diameter shaft parts of maximum gauge shaft part, its function is that upper molded plate 13 and electronic universal tester crossbeam sleeve 4 are coupled together, thereby patrix integral body 1 is fixed on the electronic universal tester crossbeam.Shaft part with holes 16 on the coupling shaft 6 inserts electronic universal tester crossbeam sleeves 4 and by pin 11 location, and the threaded collar 12 of utilizing threaded shaft part 17 on the coupling shaft 6 and joining work connects firmly coupling shaft 6 and electronic universal tester crossbeam sleeve 4.The function of upper molded plate 13 is coupling shaft 6 and patrix to be inserted 14 couple together securely, and guarantees the pressure of stable delivery electronic universal tester.Upper molded plate 13 is a rectangular slab, connect patrix insert 14 with coupling shaft 6, there is a big stepped hole in these top die plate 13 centres, this big stepped hole is provided with a small diameter bore 20 last, a large diameter hole 21 is down.The diameter of the slightly larger in diameter of small diameter bore 20 threaded shaft part 17 on coupling shaft 6, and less than the diameter of maximum gauge shaft part 19, make the threaded shaft part 17 of coupling shaft 6 can pass small diameter bore 20 smoothly, and maximum gauge shaft part 19 can't pass, and is positioned at large diameter hole 21 only.The degree of depth of large diameter hole [21] is slightly less than the width of maximum gauge shaft part 19 on the coupling shaft 6, and purpose is to make upper molded plate 13 more tightly coupling shaft 6 is pressed in patrix to insert on 14, prevent relatively rotating of the two and when causing mold work patrix insert and 14 rotate.Patrix insert 14 with upper molded plate 13 between for being threaded.Four small stair holes 22 are arranged around the big stepped hole of upper molded plate 13, and the distribution in small stair hole 22 is as far as possible near coupling shaft 6,14 compresses so that threaded fastener can provide bigger power that upper molded plate 13 and patrix are inserted.Threaded fastener is selected patrix socket head cap screw 15 for use, because of its take up room and required spanner space little, it is more concentrated to distribute.It 14 is a cylinder that patrix is inserted, and cylinder two vertical sides are the plane, and end face is a surface level, and the bottom surface is that working surface is the semicircle cambered surface, because contact gradually with workpiece during the work of semicircle cambered surface, can not stay corner angle sample impression at surface of the work.The cross sectional shape of cylinder also can be designed to trapezoidal and rectangle as required, and rounding.Referring to accompanying drawing 2, patrix 14 end faces of inserting are equipped with four patrixes threaded hole 23 of inserting in corresponding positions, are connected with upper molded plate 13 by patrix socket head cap screw 15.Whole 1 structure of this patrix is easy to realize the replacing of the patrix of different radii or shape.
Referring to accompanying drawing 4, counterdie integral body 2 comprises that counterdie inserts 24, counterdie die holder 7, pad 25, studs 26, plain washer 27, nut 28, mould bases column 29, mould framing plate 30, straight pin 31 and counterdie socket head cap screw 32.It 24 is cylinders that counterdie is inserted, and damaged surface comprises level and perpendicular, and at the large radius arc face 33 and the small-radius arc face 34 of centrosymmetric two positions.Two arc surfaces are all tangent with the plane, the groundwork surface when large radius arc face 33 is mold work with upper horizontal plane 35 under installment state as shown in the figure, and counterdie the insert arc surface of 24 same radius in both sides should match use.The counterdie of both sides is inserted 24 simultaneously by reverse direction Rotate 180 degree, and then working surface is the small-radius arc face 34 and the lower horizontal plane 36 of the different radii of opposite side, can realize the variation of mode radius under the bending forming.Two counterdies threaded hole 37 of inserting on inserting on two perpendiculars of 24, counterdie is arranged respectively, the counterdie of the both sides threaded hole 37 of inserting equates with vertical range apart from its nearer horizontal surface, guarantees that counterdie is inserted 24 all can be threaded with the vertical part of counterdie die holder 7 both sides under different installment states.The main effect of counterdie die holder 7 is that fixedly counterdie inserts 24, inserts 24 for being threaded with counterdie.Counterdie die holder 7 is a U-shaped base, and counterdie die holder 7 vertically partly and between the horizontal component has chamfering 38, and the possibility that takes place to the both sides distortion is divided in counterdie die holder 7 vertical portions when being used for reducing bending forming.Respectively there are two through holes counterdie die holder 7 both sides vertically part, be used for counterdie insert 24 with counterdie die holder 7 between be connected.Because mould of the present utility model has the function of adjusting the counterdie span, counterdie insert 24 with counterdie die holder 7 between employing studs 26, plain washer 27, nut 28 implement to be threaded.In order to reduce the Mould Machining difficulty, make counterdie die holder 7 vertically the counterdie die holder end faces 39 of part be lower than counterdie 24 the upper horizontal planes 35 after assembling of inserting, thereby the counterdie die holder 7 vertically counterdie die holder end faces 39 of part does not contact with workpiece, and the requirement of machining precision and surfaceness is reduced greatly.There is a counterdie die holder circular hole 8 in counterdie die holder 7 centres, in order to photoelectricity horizontal metroscope 9 to be installed.Be distributed with four cylinder pin holes and four stepped holes around the counterdie die holder 7, be used for and being connected of mould bases column 29.Pad 25 is a rectangular thin plate, be distributed with two grooves 40 at counterdie die holder 7 and counterdie threaded hole 37 opposite positions of inserting, the end face of groove 40 is the semicircle cambered surface, and two sides are vertical plane, can insert easily counterdie insert 24 and counterdie die holder 7 between realize the change of counterdie span.The quantity of pad can increase simultaneously or reduce in both sides as required.The pad end face 41 that assembles is contour with the counterdie die holder end face 39 of counterdie die holder 7 vertical parts, and pad bottom surface 42 does not contact counterdie die holder 7 horizontal components, in case interfere with chamfering 38.Mould bases column 29 is a rectangular parallelepiped, and major function is to provide the space on the short transverse for being installed in of photoelectricity horizontal metroscope 9.Mould bases column 29 has two threaded holes and two cylinder pin holes respectively at end face and bottom surface, in order to realize being connected of counterdie die holder 7 and mould framing plate 30.Mould framing plate 30 is a rectangular slab, the centre with the corresponding partial design stepped hole of six threaded holes of electronic universal tester work top 5 annular direction, be threaded in order to implementing, counterdie integral body 2 accurately be positioned on the work top of electronic universal tester and fixing.Be distributed with four cylinder pin holes and four stepped holes around the mould framing plate 30, be used for and being connected of mould bases column 29.For further economical with materials, make full use of the space, 30 central authorities also are provided with mould framing plate circular hole 43 at mould framing plate.
Referring to accompanying drawing 5, resilience measurement mechanism 3 comprises photoelectricity horizontal metroscope 9 and gauge stand 44.Photoelectricity horizontal metroscope 9 is important instrument that nanoscale is measured, be widely used among the scientific research of cutting edge technology of new and high technology and the industrial automatic online manufacturing of various modernization and measurement, the opertaing device system, in many industrial circles as the core match part or the tool for transmitting of computer utility.Photoelectricity horizontal metroscope 9 and gauge stand 44 are supporting purchase device, and supporting use just can guarantee measuring accuracy.In the utility model, the inversion of photoelectricity horizontal metroscope 9 is installed on the gauge stand 44, and the installation shaft part 45 of photoelectricity horizontal metroscope 9 inserts in the mounting hole 46 of gauge stand 44 from bottom to top, is screwed and is fixed by little knob 47.The transverse arm 48 of gauge stand 44 can move up and down, and is screwed and is fixed by big knob 49.The installation site need guarantee the dead in line of sounding rod 10 with the counterdie die holder circular hole 8 of photoelectricity horizontal metroscope 9, and the gauge head 50 of sounding rod 10 that makes photoelectricity horizontal metroscope 9 is a little more than counterdie 24 the upper horizontal plane 35 of inserting.Photoelectricity horizontal metroscope 9 inner flexible resetting-mechanisms, gauge head 50 under the elastic force effect automatically on the top, so gauge head 50 workpiece motion s of can in flexural deformation and springback process, stably fitting, thereby the crooked displacement data with resilience of real time record.Photoelectricity horizontal metroscope 9 can transfer to control computer with measurement data by data line, and then calculates springback capacity.
Under the not high situation of accuracy requirement, photoelectricity horizontal metroscope 9 can be substituted by dial gauge or clock gauge, the installation method electric horizontal metroscope 9 of sharing the same light.Or design guide pillar guide sleeve device, it is contacted with workpiece outside central authorities, extensometer is installed is come the Displacement Measurement data.
Claims (6)
1, a kind of multi-parameter adjustable bending die of taking back cartridge measuring apparatus, comprise patrix integral body, counterdie integral body and resilience measurement mechanism, the patrix integral installation is on the crossbeam of electronic universal tester, counterdie integral body and resilience measurement mechanism are installed on the electronic universal tester work top, with this work top is reference field, is characterised in that: described patrix integral body comprises that coupling shaft, upper molded plate, patrix insert; Wherein, coupling shaft is the axis body with different-diameter shaft part, connects upper molded plate and electronic universal tester crossbeam sleeve; Upper molded plate is a rectangular slab, connects patrix and inserts and coupling shaft, and this upper molded plate centre is provided with a big stepped hole, and coupling shaft can be penetrated, and the small stair hole is arranged all around; It is a cylinder that patrix is inserted, and cylinder two vertical sides are the plane, and end face is a surface level, and the bottom surface is that working surface is the semicircle cambered surface, and end face is equipped with threaded hole in corresponding positions, is connected with upper molded plate by the patrix socket head cap screw;
Described counterdie integral body comprises that counterdie is inserted, counterdie die holder, mould framing plate; It is a cylinder that counterdie is inserted, and it is a greater part of footpath arc surface with the patrix corresponding face of inserting, with centrosymmetric of this large radius arc face be a little arc surface, its lap is the plane, two perpendiculars are provided with threaded hole, are used for being connected with the counterdie die holder; The counterdie die holder is a U-shaped base, and two vertically partly and between the horizontal component have a chamfering, and the counterdie die holder is inserted to being threaded with counterdie; And there is a circular hole in counterdie die holder centre, in order to the photoelectricity horizontal metroscope to be installed; Mould framing plate is a rectangular slab, and the centre is provided with circular hole, and is distributed with six stepped holes along the annular direction of this centre circular hole, in order to counterdie integral body accurately is positioned on the work top of electronic universal tester, and is connected with electronic universal tester;
Described resilience measurement mechanism comprises photoelectricity horizontal metroscope and gauge stand; The photoelectricity horizontal metroscope is inverted and is installed on the gauge stand, wherein, and the dead in line of the sounding rod of photoelectricity horizontal metroscope and counterdie die holder center hole, and the upper horizontal plane that the gauge head of the sounding rod of photoelectricity horizontal metroscope is inserted a little more than counterdie.
2, the multi-parameter adjustable bending die of taking back cartridge measuring apparatus according to claim 1, it is characterized in that: described coupling shaft is made up of shaft part with holes, threaded shaft part, transition shaft part and maximum gauge shaft part, described shaft part with holes inserts electronic universal tester crossbeam sleeve and by the pin location, and threaded shaft part and the threaded collar of joining work connect firmly coupling shaft and electronic universal tester crossbeam sleeve.
3, the multi-parameter adjustable bending die of taking back cartridge measuring apparatus according to claim 1, it is characterized in that: the big stepped hole in described upper molded plate centre is provided with a large diameter hole and a small diameter bore.
4, the multi-parameter adjustable bending die of taking back cartridge measuring apparatus according to claim 1, it is characterized in that: the shape of cross section of the cylinder that patrix is inserted also can be designed to trapezoidal and rectangle as required, and rounding.
5, the multi-parameter adjustable bending die of taking back cartridge measuring apparatus according to claim 1, it is characterized in that: described counterdie integral body further comprises the mould bases column, this mould bases column is a rectangular parallelepiped, all there are threaded hole and cylinder pin hole in its end face and bottom surface, are connected with mould framing plate with the counterdie die holder by counterdie socket head cap screw and straight pin.
6, the multi-parameter adjustable bending die of taking back cartridge measuring apparatus according to claim 1, it is characterized in that: described counterdie integral body further comprises the even number pad, pad is a rectangular thin plate, at the insert position fluting of perpendicular threaded hole of corresponding counterdie, the insertion counterdie of pad correspondence insert and the counterdie die holder between realize the change of counterdie span.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200805138U CN201191252Y (en) | 2008-05-13 | 2008-05-13 | Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200805138U CN201191252Y (en) | 2008-05-13 | 2008-05-13 | Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201191252Y true CN201191252Y (en) | 2009-02-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200805138U Expired - Lifetime CN201191252Y (en) | 2008-05-13 | 2008-05-13 | Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus |
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| CN (1) | CN201191252Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101281106B (en) * | 2008-05-13 | 2011-07-06 | 北京航空航天大学 | Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus |
| CN102240706A (en) * | 2011-05-09 | 2011-11-16 | 江苏同力机械有限公司 | Cold-bending forming process of F-shaped cover plate |
| CN102284612A (en) * | 2011-04-26 | 2011-12-21 | 江苏同力机械有限公司 | Special mold for F-type cover plate cold-bending formation |
| CN104070111A (en) * | 2013-03-29 | 2014-10-01 | 宝山钢铁股份有限公司 | Method and die for testing high-strength steel plate turnup rebounding characteristics |
| CN110779468A (en) * | 2019-10-17 | 2020-02-11 | 浙江工业大学之江学院 | Metal pipe bending resilience measuring device |
| CN111633115A (en) * | 2020-06-05 | 2020-09-08 | 湖南大学 | Die structure of plate resilience experiment capable of realizing switching of various stamping processes |
-
2008
- 2008-05-13 CN CNU2008200805138U patent/CN201191252Y/en not_active Expired - Lifetime
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101281106B (en) * | 2008-05-13 | 2011-07-06 | 北京航空航天大学 | Multi-parameter adjustable press-bending mold with back cartridge measuring apparatus |
| CN102284612A (en) * | 2011-04-26 | 2011-12-21 | 江苏同力机械有限公司 | Special mold for F-type cover plate cold-bending formation |
| CN102284612B (en) * | 2011-04-26 | 2013-02-27 | 江苏同力机械有限公司 | Special mold for F-type cover plate cold-bending formation |
| CN102240706A (en) * | 2011-05-09 | 2011-11-16 | 江苏同力机械有限公司 | Cold-bending forming process of F-shaped cover plate |
| CN102240706B (en) * | 2011-05-09 | 2013-02-27 | 江苏同力机械有限公司 | Cold-bending forming process of F-shaped cover plate |
| CN104070111A (en) * | 2013-03-29 | 2014-10-01 | 宝山钢铁股份有限公司 | Method and die for testing high-strength steel plate turnup rebounding characteristics |
| CN104070111B (en) * | 2013-03-29 | 2016-01-27 | 宝山钢铁股份有限公司 | A kind of method of testing high strength steel plate flange rebound characteristics |
| CN110779468A (en) * | 2019-10-17 | 2020-02-11 | 浙江工业大学之江学院 | Metal pipe bending resilience measuring device |
| CN110779468B (en) * | 2019-10-17 | 2024-05-07 | 浙江工业大学之江学院 | Bending rebound measuring device for metal pipe fitting |
| CN111633115A (en) * | 2020-06-05 | 2020-09-08 | 湖南大学 | Die structure of plate resilience experiment capable of realizing switching of various stamping processes |
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