CN103743953A - Thermal bimetal band material resistance following synchronous continuous measuring system - Google Patents
Thermal bimetal band material resistance following synchronous continuous measuring system Download PDFInfo
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- CN103743953A CN103743953A CN201310743420.4A CN201310743420A CN103743953A CN 103743953 A CN103743953 A CN 103743953A CN 201310743420 A CN201310743420 A CN 201310743420A CN 103743953 A CN103743953 A CN 103743953A
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Abstract
The invention belongs to the technical field of band material resistance measuring equipment, and particularly relates to a thermal bimetal band material resistance following synchronous continuous measuring system, which solves the technical problems of design unreasonableness and the like in the prior art. The system comprises an uncoiling platform and a coiling platform in opposite arrangement, wherein a band material uncoiling mechanism is arranged on the uncoiling platform, and a band material coiling mechanism is arranged on the coiling platform. The system also comprises a continuous resistance measuring mechanism, the continuous resistance measuring mechanism is connected with the band material uncoiling mechanism or the band material coiling mechanism and can be used for continuously measuring the resistance of band materials when the band material uncoiling mechanism conveys the band materials to the band material coiling mechanism, the continuous resistance measuring mechanism is connected with a resistance test terminal, and a following upward lifting device capable of synchronously and continuously driving the continuous resistance measuring mechanism to do arc-shaped upward moving in the vertical direction when the band material uncoiling mechanism conveys the band materials to the band material coiling mechanism is arranged between the uncoiling platform and the coiling platform. The thermal bimetal band material resistance following synchronous continuous measuring system has the advantage that the resistance of the band materials can be continuously measured.
Description
Technical field
The invention belongs to band and survey resistance equipment technical field, especially relate to the servo-actuated synchronous continuous measurement system of a kind of twin metal strip resistance.
Background technology
Twin metal strip is the compounded with strip material together of metal or alloy constituent element layer strong bonded that has a different heat expansion coefficient by two or more, has many superior characteristics, is automatically controlling and instrument field has a wide range of applications.By measuring the size of the twin metal strip resistance of certain length, can judge the quality of twin metal strip combined strength bination.Existing measuring method is by precision resister tester, to remove to measure manually the resistance of fixed length band.This method error is large, efficiency is low, cannot meet the demand that automatic high-efficiency is produced, secondly, precision resister tester generally adopts four-wire method measuring resistance, use two wire output currents, use again other two tracerse survey voltages, then according to Kirchhoff's law, obtain resistance, thereby when measuring, have four contacts and contact with twin metal strip simultaneously.
Literature search discovery, Chinese patent literature [application number: 201120118365.6] discloses a kind of novel alloy silk material, band rice electric resistance measuring apparatus, platform, gauge length plate, set bolt, measurement guide card, tester and measure traverse line, consists of.Gauge length plate is set in parallel in the centre position of platform one side, is fixedly connected with platform bolt.Measure guide card and arrange altogether two, be parallel to each other respectively and be symmetricly set on the two ends of gauge length plate, its spacing is 1M, is fixedly connected with gauge length crab bolt.Tester is arranged on the center of gauge length plate one side, and the two ends of measure traverse line are electrically connected to measurement guide card and tester respectively by connector.
Such scheme is realized and is measured band resistance with two line method, but this scheme cannot realize the continuous coverage to band resistance, and it is lower to survey resistance efficiency, cannot meet Production requirement; Secondly, this scheme is not suitable for the measurement of four-wire method, in addition, and the higher and complex structure of existing band its cost of resistance-meter device by four-wire method measuring resistance, poor practicability.
Summary of the invention
The object of the invention is for the problems referred to above, provide a kind of and survey resistance efficiently and can survey continuously the servo-actuated synchronous continuous measurement system of twin metal strip resistance of resistance.
For achieving the above object, the present invention has adopted following technical proposal: the servo-actuated synchronous continuous measurement system of this twin metal strip resistance comprises opposed uncoiling platform and rolling platform, on uncoiling platform, be provided with strip uncoiler structure, on rolling platform, be provided with band rolling-up mechanism, it is characterized in that, native system also comprises the continuous Ce Zu mechanism that at least one is connected with strip uncoiler structure or band rolling-up mechanism and can this band resistance of continuous coverage when strip uncoiler structure is carried band to band rolling-up mechanism, described continuous Ce Zu mechanism is connected with resistance test terminal, carry device being provided with between uncoiling platform and rolling platform when strip uncoiler structure can synchronously drive continuously in servo-actuated that described continuous Ce Zu mechanism moves up at vertical direction arc when band rolling-up mechanism is carried band.When measuring, strip uncoiler structure is carried band to band rolling-up mechanism, band is at the uniform velocity carried, because constantly increasing, the band winding diameter of band rolling-up mechanism side on servo-actuated, carries under the effect of device again simultaneously, Ce Zu mechanism can move up at vertical direction arc (variation with band changes) continuously, realizes synchronous continuous coverage.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described carry the cross bar that device comprises horizontally set on servo-actuated, on uncoiling platform, be provided with the first support, on rolling platform, be provided with the second support, between the first described support and the second support, be provided with and when band rolling-up mechanism is carried band, can synchronously drive continuously described cross bar two ends in the reverse drive structure of vertical direction backswing when strip uncoiler structure.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described continuous Ce Zu mechanism comprises the supporting seat being arranged on cross bar, on supporting seat, be provided with upper and lower two opposed electrical resistance collection assemblies, an electrical resistance collection assembly in two electrical resistance collection assemblies is connected with strip uncoiler structure or band rolling-up mechanism by the first band drive mechanism, between described electrical resistance collection assembly, by the second band drive mechanism, is connected.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, each electrical resistance collection assembly comprises respectively the rotating disk being arranged on supporting seat, on each rotating disk, be respectively equipped with conducting slip ring, between described conducting slip ring, be electrically connected, at the sidepiece of rotating disk, be provided with that some even circumferentials distribute and the elasticity that is electrically connected with described conducting slip ring is respectively surveyed resistance contact, and the elasticity described in when strip uncoiler structure is carried band to band rolling-up mechanism is surveyed resistance contact and is resisted against respectively in the upper and lower surface of band opposed and end between two, described conducting slip ring and resistance test terminal are electrically connected.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described elasticity is surveyed resistance contact and is comprised cylindrical body, one end of cylindrical body is fixed on rotating disk, the other end suspends, in cylindrical body, away from one end of rotating disk, be provided with and survey resistance probe, in cylindrical body, be provided with and survey resistance spring, described survey resistance spring one end is resisted against to be surveyed on resistance probe, and the other end is resisted against on rotating disk.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described reverse drive structure comprises the first support bar being vertically arranged on the first support, on the second support, be provided with the second support bar of vertical setting, in the lower end of the first support bar, be provided with first roller that can rotate relative to band when strip uncoiler structure when band rolling-up mechanism is carried band, in the lower end of the second support bar, be provided with second roller that can rotate relative to band when strip uncoiler structure when band rolling-up mechanism is carried band, described cross bar two ends are fixed between described the first support bar and the second support bar by universal connection structure respectively.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described universal connection structure comprises Hooks coupling universal coupling; Described the first roller and the second roller are made by elastomeric material; The first described support is provided with the first limited block, between the first limited block and the first support bar, is provided with the first guide frame, is provided with the second limited block on the second support, between the second limited block and the second support bar, is provided with the second guide frame.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, native system also comprises the pedestal being arranged between uncoiling platform and rolling platform, between described supporting seat and pedestal, be provided with the telescoping mechanism that can synchronously extend during in vertical direction backswing when cross bar two ends, between described telescoping mechanism and pedestal, be provided with guiding slide construction.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described guiding slide construction comprises the guide rail being arranged on pedestal, on guide rail, be provided with slide block, described telescoping mechanism comprises at least one expansion link vertically arranging, described expansion link upper end is connected to supporting seat bottom, and lower end is connected on slide block.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described continuous Ce Zu mechanism is two and is connected with band rolling-up mechanism with strip uncoiler structure respectively.This scheme is applicable to the measurement of four-wire method.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described uncoiling platform and rolling platform be shape triangular in shape all, and strip uncoiler structure comprises the mounting groove that is arranged on uncoiling table top, on uncoiling platform, be provided with that two ends are located in mounting groove two side and one end extends to the rotating shaft outside uncoiling platform, in rotating shaft, be provided with the band rotating disk that is positioned at mounting groove, this rotating shaft is connected with driving the drive motor of its rotation, between drive motor and rotating shaft, by shaft coupling, be connected, drive motor is fixed on the electric machine support of uncoiling platform; The band rolling-up mechanism structure of the present embodiment is identical with strip uncoiler structure, just band rolling-up mechanism structure is not carried out to repeating one by one here.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, described supporting seat is triangular in shape and at its top, be provided with the suspension ring that are set on cross bar.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, in described rotating shaft, be arranged with the big belt pulley that is positioned at band rotating disk one end, one end at each rotating disk is respectively equipped with small belt pulley, above-mentioned first comprises the large belt of winding on described big belt pulley and one of them small belt pulley with drive mechanism, switched in opposite between this big belt pulley and small belt pulley, second comprises the belt lace of winding between two small belt pulleys with drive mechanism, and the switched in opposite between two small belt pulleys.
In the servo-actuated synchronous continuous measurement system of above-mentioned twin metal strip resistance, the first described guide frame comprises the first pilot hole that is arranged on the first limited block axial centre, the first support bar inserts in the first pilot hole, on the second support, be provided with the second limited block, between the second limited block and the second support bar, be provided with the second guide frame, this second guide frame comprises the second pilot hole that is arranged on the second limited block axial centre, and the second support bar inserts in the second pilot hole.
Compared with prior art, the invention has the advantages that: 1, design is more reasonable, carry the synchronous continuous Ce Zu mechanism continuous coverage band resistance that drives continuously of device on servo-actuated, guarantee the continuity of band resistance measurement and the accuracy of measurement result; 2, structure is simpler, is easy to Production and application in actual production is measured; 3, survey resistance efficiency is high and practical.
Accompanying drawing explanation
Fig. 1 is structural representation provided by the invention.
Fig. 2 is continuous survey resistance mechanism structure schematic diagram provided by the invention.
Fig. 3 is that elasticity provided by the invention is surveyed resistance structure of contact terminal schematic diagram.
Fig. 4 is open/rolling-up mechanism of band provided by the invention structural representation.
In figure, band a, uncoiling platform 1, rolling platform 2, strip uncoiler structure 3, mounting groove 32, rotating shaft 33, big belt pulley 33a, large belt 33b, band rotating disk 34, drive motor 35, shaft coupling 36, electric machine support 37, band rolling-up mechanism 4, continuous Ce Zu mechanism 5, supporting seat 51, suspension ring 51a, electrical resistance collection assembly 52, rotating disk 52a, conducting slip ring 52b, small belt pulley 52c, belt lace 52d, elasticity is surveyed resistance contact 53, cylindrical body 53a, survey resistance probe 53b, survey resistance spring 53c, resistance test terminal 6, on servo-actuated, carry device 7, cross bar 71, the first support 72a, the second support 72b, reverse drive structure 73, the first support bar 73a, the second support bar 73b, the first roller 73c, the second roller 73d, Hooks coupling universal coupling 74, the first limited block 75, the first pilot hole 75a, the second limited block 76, the second pilot hole 76a, pedestal 8, telescoping mechanism 81, expansion link 81a, guiding slide construction 82, guide rail 82a, slide block 82b.
Embodiment
As Figure 1-4, the servo-actuated synchronous continuous measurement system of this twin metal strip resistance comprises opposed uncoiling platform 1 and rolling platform 2, on uncoiling platform 1, be provided with strip uncoiler structure 3, on rolling platform 2, be provided with band rolling-up mechanism 4, concrete, the uncoiling platform 1 of the present embodiment and rolling platform 2 be shape triangular in shape all, and strip uncoiler structure 3 comprises the mounting groove 32 that is arranged on uncoiling platform 1 top, on uncoiling platform 1, be provided with that two ends are located in mounting groove 32 two sides and one end extends to the rotating shaft 33 outside uncoiling platform 1, in rotating shaft 33, be provided with the band rotating disk 34 that is positioned at mounting groove 32, this rotating shaft 33 is connected with driving the drive motor 35 of its rotation, between drive motor 35 and rotating shaft 33, by shaft coupling 36, be connected, drive motor 35 is fixed on the electric machine support 37 of uncoiling platform 1, band rolling-up mechanism 4 structures of the present embodiment are identical with strip uncoiler structure 3, just the structure of band rolling-up mechanism 4 do not carried out to repeating one by one here.
Native system also comprises the continuous Ce Zu mechanism 5 that at least one is connected with strip uncoiler structure 3 or band rolling-up mechanism 4 and can this band of continuous coverage a resistance when strip uncoiler structure 3 is carried band a to band rolling-up mechanism 4, described continuous Ce Zu mechanism 5 is connected with resistance test terminal 6, carries device 7 being provided with between uncoiling platform 1 and rolling platform 2 when strip uncoiler structure 3 can synchronously drive continuously in servo-actuated that described continuous Ce Zu mechanism 5 moves up at vertical direction arc when band rolling-up mechanism 4 is carried band a.
Concrete, in the present embodiment servo-actuated, carry the cross bar 71 that device 7 comprises horizontally set, on uncoiling platform 1, be provided with the first support 72a, on rolling platform 2, be provided with the second support 72b, between the first described support 72a and the second support 72b, be provided with and when band rolling-up mechanism 4 is carried band a, can synchronously drive continuously described cross bar 71 two ends in the reverse drive structure 73 of vertical direction backswing when strip uncoiler structure 3.
In addition, Ce Zu mechanism 5 comprises the supporting seat 51 being arranged on cross bar 71 continuously, this supporting seat 51 is triangular in shape and at its top, be provided with the suspension ring 51a being set on cross bar 71, on supporting seat 51, be provided with upper and lower two opposed electrical resistance collection assemblies 52, an electrical resistance collection assembly 52 in two electrical resistance collection assemblies 52 is connected with strip uncoiler structure 3 or band rolling-up mechanism 4 by the first band drive mechanism, between described electrical resistance collection assembly 52, by the second band drive mechanism, is connected.
Further, each electrical resistance collection assembly 52 here comprises respectively the rotating disk 52a being arranged on supporting seat 51, on each rotating disk 52a, be respectively equipped with conducting slip ring 52b, between described conducting slip ring 52b, be electrically connected, at the sidepiece of rotating disk 52a, be provided with that some even circumferentials distribute and the elasticity that is electrically connected with described conducting slip ring 52b is respectively surveyed resistance contact 53, and the elasticity described in when strip uncoiler structure 3 is carried band a to band rolling-up mechanism 4 is surveyed resistance contact 53 and is resisted against respectively in the upper and lower surface of band a opposed and end between two, described conducting slip ring 52b and resistance test terminal 6 are electrically connected.
Concrete, in rotating shaft 33, be arranged with the big belt pulley 33a that is positioned at band rotating disk 34 one end, in one end of each rotating disk 52a, be respectively equipped with small belt pulley 52c, above-mentioned first comprises the large belt 33b of winding on described big belt pulley 33a and one of them small belt pulley 52c with drive mechanism, switched in opposite between this big belt pulley 33a and small belt pulley 52c, second comprises the belt lace 52d of winding between two small belt pulley 52c with drive mechanism, and the switched in opposite between two small belt pulley 52c.
Elasticity is surveyed resistance contact 53 and is comprised cylindrical body 53a, one end of cylindrical body 53a is fixed on rotating disk 52a, the other end suspends, at cylindrical body 53a, away from one end of rotating disk 52a, be provided with and survey resistance probe 53b, in cylindrical body 53a, be provided with and survey resistance spring 53c, described survey resistance spring 53c one end is resisted against surveys resistance probe 53b above, and the other end is resisted against on rotating disk 52a.
The reverse drive structure 73 of the present embodiment comprises the first support bar 73a being vertically arranged on the first support 72a, on the second support 72b, be provided with the second support bar 73b of vertical setting, in the lower end of the first support bar 73a, be provided with the first roller 73c that can rotate relative to band a when strip uncoiler structure 3 when band rolling-up mechanism 4 is carried band a, in the lower end of the second support bar 73b, be provided with the second roller 73d that can rotate relative to band a when strip uncoiler structure 3 when band rolling-up mechanism 4 is carried band a, described cross bar 71 two ends are fixed between described the first support bar 73a and the second support bar 73b by universal connection structure respectively.Concrete, the universal connection structure here comprises Hooks coupling universal coupling 74, in upper end and cross bar 71 one end of the first support bar 73a, is provided with Hooks coupling universal coupling 74, at upper end and cross bar 71 other ends of the second support bar 73b, is provided with Hooks coupling universal coupling 74; And the first roller 73c and the second roller 73d make by elastomeric material, when strip uncoiler structure 3 is carried band a to band rolling-up mechanism 4, this first roller 73c and the second roller 73d all roll on strip uncoiler structure 3 and band rolling-up mechanism 4 positive negative sides' band a, because thereby band rolling-up mechanism 4 sides constantly become the large second support bar 73b of driving around coil diameter, move up, and the first support bar 73a moves down relatively.
Stability when guaranteeing that the first support bar 73a and the second support bar 73b in the vertical direction move, on the first support 72a, be provided with the first limited block 75, between the first limited block 75 and the first support bar 73a, be provided with the first guide frame, this first guide frame comprises the first pilot hole 75a that is arranged on the first limited block 75 axial centre, the first support bar 73a inserts in the first pilot hole 75a, on the second support 72b, be provided with the second limited block 76, between the second limited block 76 and the second support bar 73b, be provided with the second guide frame, this second guide frame comprises the second pilot hole 76a that is arranged on the second limited block 76 axial centre, the second support bar 73b inserts in the second pilot hole 76a.
In addition, native system also comprises the pedestal 8 being arranged between uncoiling platform 1 and rolling platform 2, between described supporting seat 51 and pedestal 8, be provided with the telescoping mechanism 81 that can synchronously extend during in vertical direction backswing when cross bar 71 two ends, between described telescoping mechanism 81 and pedestal 8, be provided with guiding slide construction 82; Prioritization scheme, the guiding slide construction 82 here comprises the guide rail 82a being arranged on pedestal 8, on guide rail 82a, be provided with slide block 82b, described telescoping mechanism 81 comprises at least one expansion link 81a vertically arranging, described expansion link 81a upper end is connected to supporting seat 51 bottoms, and it is two that lower end is connected to the upper expansion link 81a quantity of slide block 82b.When supporting seat 51 expansion link 81a when vertical direction arc moves up is synchronous, extends and can also prevent that this supporting seat 51 from rocking.
As the optimized scheme of the present embodiment, the continuous Ce Zu mechanism 5 of the present embodiment is two and is connected with band rolling-up mechanism 4 with strip uncoiler structure 3 respectively.Can meet the test request of four-wire method like this.
The principle of work of the present embodiment is as follows: when measuring, strip uncoiler structure 3 carries band a and this band a at the uniform velocity to be carried to band rolling-up mechanism 4, 52 interlocks of an electrical resistance collection assembly in strip uncoiler structure 3 or band rolling-up mechanism 4 and two electrical resistance collection assemblies 52 simultaneously, accordingly, interlock between two electrical resistance collection assemblies 52, continuous conveying along with band a, the continuous change greatly of band a winding diameter due to band rolling-up mechanism 4, thereby drive the second described support bar 73b to move on vertical direction is continuous, and the moving direction of the first support bar 73a is contrary with the second support bar 73b, corresponding cross bar 71 two ends are also just along with the first support bar 73a and the second support bar 73b in the vertical direction arc swing, because two electrical resistance collection assemblies 52 are arranged on supporting seat 51, and supporting seat 51 is set on cross bar 71 by suspension ring 51a, the swing of cross bar 71 just drives the movement of supporting seat 51, telescoping mechanism 81 also synchronously extends, thereby automatically adapt to the variation of twin metal strip a position, realize the servo-actuated synchronous continuous coverage of band a resistance,
In like manner, if continuously Ce Zu mechanism 5 is that two and the structure that is connected with band rolling-up mechanism 4 with strip uncoiler structure 3 are respectively also same principle of work, just do not repeat one by one here.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various modifications or supplement or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Although more used band a herein, uncoiling platform 1, rolling platform 2, strip uncoiler structure 3, mounting groove 32, rotating shaft 33, big belt pulley 33a, large belt 33b, band rotating disk 34, drive motor 35, shaft coupling 36, electric machine support 37, band rolling-up mechanism 4, continuous Ce Zu mechanism 5, supporting seat 51, suspension ring 51a, electrical resistance collection assembly 52, rotating disk 52a, conducting slip ring 52b, small belt pulley 52c, belt lace 52d, elasticity is surveyed resistance contact 53, cylindrical body 53a, survey resistance probe 53b, survey resistance spring 53c, resistance test terminal 6, on servo-actuated, carry device 7, cross bar 71, the first support 72a, the second support 72b, reverse drive structure 73, the first support bar 73a, the second support bar 73b, the first roller 73c, the second roller 73d, Hooks coupling universal coupling 74, the first limited block 75, the first pilot hole 75a, the second limited block 76, the second pilot hole 76a, pedestal 8, telescoping mechanism 81, expansion link 81a, guiding slide construction 82, guide rail 82a, the terms such as slide block 82b, but do not get rid of the possibility of using other term.Use these terms to be only used to describe more easily and explain essence of the present invention; They are construed to any additional restriction is all contrary with spirit of the present invention.
Claims (10)
1. the servo-actuated synchronous continuous measurement system of twin metal strip resistance, comprise opposed uncoiling platform (1) and rolling platform (2), on uncoiling platform (1), be provided with strip uncoiler structure (3), on rolling platform (2), be provided with band rolling-up mechanism (4), it is characterized in that, native system also comprises the continuous Ce Zu mechanism (5) that at least one is connected with strip uncoiler structure (3) or band rolling-up mechanism (4) and can this band of continuous coverage (a) resistance when strip uncoiler structure (3) is carried band (a) to band rolling-up mechanism (4), described continuous Ce Zu mechanism (5) is connected with resistance test terminal (6), carry device (7) being provided with between uncoiling platform (1) and rolling platform (2) can synchronously drive continuously in servo-actuated that described continuous Ce Zu mechanism (5) moves up at vertical direction arc when strip uncoiler structure (3) is carried band (a) to band rolling-up mechanism (4).
2. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 1, it is characterized in that, described carry the cross bar (71) that device (7) comprises horizontally set on servo-actuated, on uncoiling platform (1), be provided with the first support (72a), on rolling platform (2), be provided with the second support (72b), between described the first support (72a) and the second support (72b), be provided with and when band rolling-up mechanism (4) is carried band (a), can synchronously drive continuously described cross bar (71) two ends in the reverse drive structure (73) of vertical direction backswing when strip uncoiler structure (3).
3. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 2, it is characterized in that, described continuous Ce Zu mechanism (5) comprises the supporting seat (51) being arranged on cross bar (71), on supporting seat (51), be provided with upper and lower two opposed electrical resistance collection assemblies (52), an electrical resistance collection assembly (52) in two electrical resistance collection assemblies (52) is connected with strip uncoiler structure (3) or band rolling-up mechanism (4) by the first band drive mechanism, between described electrical resistance collection assembly (52), by the second band drive mechanism, is connected.
4. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 3, it is characterized in that, each electrical resistance collection assembly (52) comprises respectively the rotating disk (52a) being arranged on supporting seat (51), on each rotating disk (52a), be respectively equipped with conducting slip ring (52b), between described conducting slip ring (52b), be electrically connected, at the sidepiece of rotating disk (52a), be provided with that some even circumferentials distribute and the elasticity that is electrically connected with described conducting slip ring (52b) is respectively surveyed resistance contact (53), and the elasticity described in when strip uncoiler structure (3) is carried band (a) to band rolling-up mechanism (4) is surveyed resistance contact (53) and is resisted against respectively in the upper and lower surface of band (a) opposed and end between two, described conducting slip ring (52b) is electrically connected with resistance test terminal (6).
5. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 4, it is characterized in that, described elasticity is surveyed resistance contact (53) and is comprised cylindrical body (53a), one end of cylindrical body (53a) is fixed on rotating disk (52a), the other end suspends, in cylindrical body (53a), away from one end of rotating disk (52a), be provided with and survey resistance probe (53b), in cylindrical body (53a), be provided with and survey resistance spring (53c), described survey resistance spring (53c) one end is resisted against surveys resistance probe (53b) above, and the other end is resisted against on rotating disk (52a).
6. according to the servo-actuated synchronous continuous measurement system of twin metal strip resistance described in claim 2 or 3 or 4 or 5, it is characterized in that, described reverse drive structure (73) comprises the first support bar (73a) being vertically arranged on the first support (72a), on the second support (72b), be provided with second support bar (73b) of vertical setting, in the lower end of the first support bar (73a), be provided with first roller (73c) that can rotate relative to band (a) when strip uncoiler structure (3) when band rolling-up mechanism (4) is carried band (a), in the lower end of the second support bar (73b), be provided with second roller (73d) that can rotate relative to band (a) when strip uncoiler structure (3) when band rolling-up mechanism (4) is carried band (a), described cross bar (71) two ends are fixed between described the first support bar (73a) and the second support bar (73b) by universal connection structure respectively.
7. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 6, is characterized in that, described universal connection structure comprises Hooks coupling universal coupling (74); Described the first roller (73c) and the second roller (73d) are made by elastomeric material; Described the first support (72a) is provided with the first limited block (75), between the first limited block (75) and the first support bar (73a), be provided with the first guide frame, on the second support (72b), be provided with the second limited block (76), between the second limited block (76) and the second support bar (73b), be provided with the second guide frame.
8. according to the servo-actuated synchronous continuous measurement system of twin metal strip resistance described in claim 3 or 4 or 5, it is characterized in that, native system also comprises the pedestal (8) being arranged between uncoiling platform (1) and rolling platform (2), between described supporting seat (51) and pedestal (8), be provided with the telescoping mechanism (81) that can synchronously extend during in vertical direction backswing when cross bar (71) two ends, between described telescoping mechanism (81) and pedestal (8), be provided with guiding slide construction (82).
9. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 8, it is characterized in that, described guiding slide construction (82) comprises the guide rail (82a) being arranged on pedestal (8), on guide rail (82a), be provided with slide block (82b), described telescoping mechanism (81) comprises at least one expansion link (81a) vertically arranging, described expansion link (81a) upper end is connected to supporting seat (51) bottom, and lower end is connected on slide block (82b).
10. the servo-actuated synchronous continuous measurement system of twin metal strip resistance according to claim 8, is characterized in that, described continuous Ce Zu mechanism (5) is two and is connected with band rolling-up mechanism (4) with strip uncoiler structure (3) respectively.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106289577A (en) * | 2015-05-27 | 2017-01-04 | 宝钢特钢有限公司 | For detecting the device of metal material flexivity performance |
| CN108181509A (en) * | 2017-12-08 | 2018-06-19 | 重庆材料研究院有限公司 | Metal wire material rice resistance continuous precision test device and method |
| CN109100569A (en) * | 2018-10-22 | 2018-12-28 | 安徽省宁国市海伟电子有限公司 | Capacitor metallized film Precision measurement tooling |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1598602A (en) * | 2004-09-21 | 2005-03-23 | 菏泽天宇科技开发有限责任公司 | Equipment for continuous automatic measuring resistance of conducting material |
| EP2109510A1 (en) * | 2006-09-25 | 2009-10-21 | SMS Siemag AG | Method and apparatus for winding up metal strips onto a winding mandrel |
| CN202041582U (en) * | 2011-04-21 | 2011-11-16 | 江苏新华合金电器有限公司 | Novel meter-resistance measuring device made of alloy wire materials and alloy strip materials |
| CN203772960U (en) * | 2013-12-29 | 2014-08-13 | 中国计量学院 | Thermal bimetal band material resistance servo-actuated synchronous and continuous measuring system |
-
2013
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1598602A (en) * | 2004-09-21 | 2005-03-23 | 菏泽天宇科技开发有限责任公司 | Equipment for continuous automatic measuring resistance of conducting material |
| EP2109510A1 (en) * | 2006-09-25 | 2009-10-21 | SMS Siemag AG | Method and apparatus for winding up metal strips onto a winding mandrel |
| CN202041582U (en) * | 2011-04-21 | 2011-11-16 | 江苏新华合金电器有限公司 | Novel meter-resistance measuring device made of alloy wire materials and alloy strip materials |
| CN203772960U (en) * | 2013-12-29 | 2014-08-13 | 中国计量学院 | Thermal bimetal band material resistance servo-actuated synchronous and continuous measuring system |
Non-Patent Citations (1)
| Title |
|---|
| 严锋: "能够同步测量带材厚度和电阻的测量系统", 《世界金属导报》, 6 September 2005 (2005-09-06), pages 1 - 2 * |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106289577A (en) * | 2015-05-27 | 2017-01-04 | 宝钢特钢有限公司 | For detecting the device of metal material flexivity performance |
| CN106289577B (en) * | 2015-05-27 | 2018-12-14 | 宝钢特钢有限公司 | For detecting the device of metal material flexivity performance |
| CN108181509A (en) * | 2017-12-08 | 2018-06-19 | 重庆材料研究院有限公司 | Metal wire material rice resistance continuous precision test device and method |
| CN109100569A (en) * | 2018-10-22 | 2018-12-28 | 安徽省宁国市海伟电子有限公司 | Capacitor metallized film Precision measurement tooling |
| CN109100569B (en) * | 2018-10-22 | 2020-10-16 | 安徽省宁国市海伟电子有限公司 | Metallized film precision detection tool for capacitor |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103743953B (en) | 2017-01-04 |
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