CN103743953B - Twin metal strip resistance servo-actuated synchronization continuous measurement system - Google Patents
Twin metal strip resistance servo-actuated synchronization continuous measurement system Download PDFInfo
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- CN103743953B CN103743953B CN201310743420.4A CN201310743420A CN103743953B CN 103743953 B CN103743953 B CN 103743953B CN 201310743420 A CN201310743420 A CN 201310743420A CN 103743953 B CN103743953 B CN 103743953B
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Abstract
The invention belongs to band and survey resistance equipment technical field, especially relate to a kind of twin metal strip resistance servo-actuated synchronization continuous measurement system.It solve the technical problems such as prior art design is unreasonable.Native system includes opposed uncoiling platform and rolling platform, uncoiling platform is provided with strip uncoiler structure, rolling platform is provided with band rolling-up mechanism, native system also includes that at least one is connected with strip uncoiler structure or band rolling-up mechanism and can measure the continuous Ce Zu mechanism of this band resistance when strip uncoiler structure is to band rolling-up mechanism conveying band continuously, described continuous Ce Zu mechanism is connected with resistance test terminal, be provided with between uncoiling platform and rolling platform when strip uncoiler structure is to band rolling-up mechanism conveying band can synchronize continuous Ce Zu mechanism described in continuous drive vertical direction arc move up servo-actuated on carry device.It is an advantage of the current invention that: band resistance can be measured continuously.
Description
Technical field
The invention belongs to band and survey resistance equipment technical field, especially relate to a kind of thermo bimetal
Band resistance servo-actuated synchronization continuous measurement system.
Background technology
Twin metal strip be by two or more have different heat expansion coefficient metal or
Alloy constituent element layer strong bonded compounded with strip material together, has many superior spies
Property, have a wide range of applications with instrument field automatically controlling.By measuring a fixed length
The size of the twin metal strip resistance of degree may determine that twin metal strip combined strength bination
Quality.Existing measuring method is to go to measure by precision resister tester manually to determine
The resistance of long band.This method error is big, efficiency is low, it is impossible to meet automatic high-efficiency raw
The demand produced, secondly, precision resister tester typically uses four-wire method to measure resistance, i.e.
Electric currents are exported with two wires, then with other two traverse survey voltages, then according to Kiel
Hoff's law obtains resistance, thus has four contacts when measuring simultaneously and heat bimetallic strip
Material contacts.
Literature search finds, Chinese patent literature [application number: 201120118365.6] is open
A kind of novel alloy silk material, band rice electric resistance measuring apparatus, by platform, gauge length plate, solid
Determine bolt, measure guide card, tester and measure traverse line composition.Gauge length plate is set in parallel in flat
The centre position of platform side, fixes with platform bolt and is connected.Measure guide card and two panels be set altogether,
Being parallel to each other respectively and be symmetricly set on the two ends of gauge length plate, its spacing is 1M, with gauge length plate
Bolt is fixing to be connected.Tester is arranged on the center of gauge length plate side, measure traverse line
Two ends are electrically connected with measurement guide card and tester respectively by connector.
Such scheme with two line method realize measure band resistance, but the program cannot realize right
The continuous measurement of band resistance, and it is inefficient to survey resistance, it is impossible to meet Production requirement；Its
Secondary, the program is not suitable for the measurement of four-wire method, it addition, existing band passes through four-wire method
Measuring the resistance-meter device of resistance, it is relatively costly and structure is complicated, poor practicability.
Summary of the invention
It is an object of the invention to for the problems referred to above, it is provided that a kind of survey hinders efficiently and can be continuous
Survey the twin metal strip resistance servo-actuated synchronization continuous measurement system of resistance.
For reaching above-mentioned purpose, present invention employs following technical proposal: this heat bimetallic strip
Material resistance servo-actuated synchronization continuous measurement system includes opposed uncoiling platform and rolling platform,
Uncoiling platform is provided with strip uncoiler structure, is provided with band rolling-up mechanism on rolling platform,
It is characterized in that, native system also includes at least one and strip uncoiler structure or band winder
Structure is connected and can measure continuously when strip uncoiler structure is to band rolling-up mechanism conveying band
The continuous Ce Zu mechanism of this band resistance, described continuous Ce Zu mechanism and resistance test terminal
It is connected, is provided with between uncoiling platform and rolling platform when strip uncoiler structure is to band rolling
The continuous Ce Zu mechanism described in driving continuously can be synchronized at vertical direction during mechanism's conveying band
Arc move up servo-actuated on carry device.When measuring, strip uncoiler structure is to band
Rolling-up mechanism conveying band, band is at the uniform velocity carried, due to the band of band rolling-up mechanism side
Winding diameter constantly increases under the effect simultaneously carrying again device on servo-actuated, continuous Ce Zu mechanism
Can move up at vertical direction arc (changing with the change of band), it is achieved the company of synchronization
Continuous measurement.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Servo-actuated on carry device and include the cross bar of horizontally set, uncoiling platform is provided with first
Frame, rolling platform is provided with the second support, the first described support and the second support it
Between be provided with when strip uncoiler structure to band rolling-up mechanism conveying band time can synchronize continuous band
Dynamic described cross bar two ends are in the reverse drive structure of vertical direction backswing.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Continuous Ce Zu mechanism include the support seat that is arranged on cross bar, be provided with on seat supporting
Lower two opposed electrical resistance collection assemblies, a resistance in two electrical resistance collection assemblies is adopted
Collection assembly is by the first V belt translation structure and strip uncoiler structure or band rolling-up mechanism phase
Even, it is connected by the second V belt translation structure between described electrical resistance collection assembly.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, each
Electrical resistance collection assembly includes being arranged on the rotating disk supported on seat respectively, divides on each rotating disk
Not being provided with conducting slip ring, be electrically connected between described conducting slip ring, the sidepiece at rotating disk is provided with
The distribution of some even circumferentials and the elastic survey resistance being electrically connected with described conducting slip ring respectively are touched
Head, and the elastic survey described in when strip uncoiler structure is to band rolling-up mechanism conveying band
Resistance contact is the most opposed and end is resisted against in the upper and lower surface of band respectively, and described leads
Electric slip ring is electrically connected with resistance test terminal.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Elastic resistance contact of surveying include cylindrical body, one end of cylindrical body is fixed on rotating disk, another
End suspension, is provided with survey resistance probe in cylindrical body away from one end of rotating disk, sets in cylindrical body
Having survey resistance spring, described survey resistance spring one end to be resisted against on survey resistance probe, the other end supports
Lean against on rotating disk.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Reverse drive structure include the first support bar of being vertically arranged on the first support,
Two supports are provided with the second support bar being vertically arranged, and are provided with in the lower end of the first support bar
When strip uncoiler structure is to band rolling-up mechanism conveying band can opposing webs rotate the
One roller, is provided with in the lower end of the second support bar when strip uncoiler structure is to band winder
The second roller that during structure conveying band, energy opposing webs rotates, described cross bar two ends are respectively
It is fixed between the first described support bar and the second support bar by universal connection structure.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Universal connection structure include Hooks coupling universal coupling；The first described roller and the second roller are equal
It is made up of elastomeric material；The first described support is provided with the first limited block, in the first limit
It is provided with the first guide frame between position block and the first support bar, is provided with the on the secondary support bracket
Two limited blocks, are provided with the second guide frame between the second limited block and the second support bar.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, this is
System also includes the pedestal being arranged between uncoiling platform and rolling platform, described support seat
And be provided with between pedestal when cross bar two ends are in vertical direction backswing can synchronize elongation
Telescoping mechanism, is provided with guiding slide construction between described telescoping mechanism and pedestal.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
The slide construction that guides include the guide rail that is arranged on pedestal, guide rail is provided with slide block,
Described telescoping mechanism includes at least expansion link being vertically arranged, described expansion link
Upper end is connected to support seat bottom portion, and lower end is connected on slide block.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Continuous Ce Zu mechanism be two and respectively with strip uncoiler structure and band rolling-up mechanism phase
Even.The program is applicable to the measurement of four-wire method.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Uncoiling platform and the equal triangular shape of rolling platform, and strip uncoiler structure include arrange
At the mounting groove of uncoiling table top, uncoiling platform is provided with two ends and is located in mounting groove
Two side and one end extend to the rotating shaft outside uncoiling platform, be provided with and be positioned at installation in rotating shaft
Band rotating disk in groove, this rotating shaft is connected with the driving motor that it can be driven to rotate, and drives
It is connected by shaft coupling between motor and rotating shaft, drives motor to be fixed on the electricity of uncoiling platform
On machine support；The band rolling-up mechanism structure of the present embodiment is identical with strip uncoiler structure,
Here just band rolling-up mechanism structure is not carried out repeating one by one.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
To support seat triangular in shape and be provided with the suspension ring being set on cross bar at its top.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
Rotating shaft on be arranged with the big belt pulley being positioned at band rotating disk one end, at the one of each rotating disk
End is respectively equipped with small belt pulley, and the first above-mentioned V belt translation structure includes around being located at described
Big belt on big belt pulley and one of them small belt pulley, this big belt pulley and belt lace
Turning between wheel is contrary, the second V belt translation structure include around be located at two small belt pulleys it
Between belt lace, and turning between two small belt pulleys is contrary.
In above-mentioned twin metal strip resistance servo-actuated synchronization continuous measurement system, described
The first guide frame include the first pilot hole of being arranged on the first limited block axial centre,
First support bar inserts in the first pilot hole, is provided with the second limited block on the secondary support bracket,
The second guide frame it is provided with, this second guiding between the second limited block and the second support bar
Structure includes the second pilot hole being arranged on the second limited block axial centre, the second support bar
Insert in the second pilot hole.
Compared with prior art, it is an advantage of the current invention that: 1, design is more reasonable, with
Carry device on Dong to synchronize to drive continuous Ce Zu mechanism to measure band resistance continuously continuously, it is ensured that
The seriality of band resistance measurement and the accuracy of measurement result；2, structure is simpler, easily
In making and being applied in actual production measurement；3, resistance efficiency is surveyed high and practical.
Accompanying drawing explanation
Fig. 1 is the structural representation that the present invention provides.
Fig. 2 is the resistance mechanism structure schematic diagram of survey continuously that the present invention provides.
Fig. 3 is that elastic survey that the present invention provides hinders structure of contact terminal schematic diagram.
Fig. 4 is that/rolling-up mechanism structural representation opened by the band that the present invention provides.
In figure, band a, uncoiling platform 1, rolling platform 2, strip uncoiler structure 3,
Mounting groove 32, rotating shaft 33, big belt pulley 33a, big belt 33b, band rotating disk 34,
Drive motor 35, shaft coupling 36, electric machine support 37, band rolling-up mechanism 4, survey continuously
Resistance mechanism 5, support seat 51, suspension ring 51a, electrical resistance collection assembly 52, rotating disk 52a,
Conducting slip ring 52b, small belt pulley 52c, belt lace 52d, elastic survey hinder contact 53, cylinder
Shape body 53a, survey resistance probe 53b, survey resistance spring 53c, resistance test terminal 6, servo-actuated
On carry device 7, cross bar the 71, first support 72a, the second support 72b, reverse drive knot
Structure the 73, first support bar 73a, the second support bar 73b, the first roller 73c, the second rolling
Wheel 73d, Hooks coupling universal coupling the 74, first limited block the 75, first pilot hole 75a, second
Limited block the 76, second pilot hole 76a, pedestal 8, telescoping mechanism 81, expansion link 81a,
Guide slide construction 82, guide rail 82a, slide block 82b.
Detailed description of the invention
As Figure 1-4, this twin metal strip resistance servo-actuated synchronization continuous measurement system bag
Include opposed uncoiling platform 1 and rolling platform 2, uncoiling platform 1 is provided with strip uncoiler
Structure 3, is provided with band rolling-up mechanism 4 on rolling platform 2, concrete, opening of the present embodiment
Volume platform 1 and the equal triangular shape of rolling platform 2, and strip uncoiler structure 3 includes being arranged on
The mounting groove 32 at uncoiling platform 1 top, is provided with two ends on uncoiling platform 1 and is located in mounting groove
32 two sides and one end extend to the rotating shaft 33 outside uncoiling platform 1, are provided with position in rotating shaft 33
Band rotating disk 34 in mounting groove 32, this rotating shaft 33 and the driving motor that it can be driven to rotate
35 are connected, and drive and are connected by shaft coupling 36 between motor 35 and rotating shaft 33, drive motor 35
It is fixed on the electric machine support 37 of uncoiling platform 1；Band rolling-up mechanism 4 structure of the present embodiment
Identical with strip uncoiler structure 3, just the structure of band rolling-up mechanism 4 is not carried out one by one here
Repeat.
Native system also includes at least one and strip uncoiler structure 3 or band rolling-up mechanism 4 phase
Even and can be measured this continuously when strip uncoiler structure 3 carries band a to band rolling-up mechanism 4
The continuous Ce Zu mechanism 5 of band a resistance, described continuous Ce Zu mechanism 5 is with resistance test eventually
End 6 is connected, and is provided with when strip uncoiler structure 3 is to band between uncoiling platform 1 and rolling platform 2
The continuous Ce Zu mechanism 5 described in driving continuously can be synchronized when material rolling-up mechanism 4 carries band a exist
Vertical direction arc move up servo-actuated on carry device 7.
Concrete, the present embodiment servo-actuated on carry device 7 and include the cross bar 71 of horizontally set,
Uncoiling platform 1 is provided with the first support 72a, rolling platform 2 is provided with second
Frame 72b, is provided with when band is opened between the first described support 72a and the second support 72b
Volume mechanism 3 can synchronize described in drive continuously when band rolling-up mechanism 4 carries band a
Cross bar 71 two ends are in the reverse drive structure 73 of vertical direction backswing.
It addition, Ce Zu mechanism 5 includes the support seat 51 being arranged on cross bar 71 continuously,
This support seat 51 is triangular in shape and is provided with the suspension ring being set on cross bar 71 at its top
51a, is provided with upper and lower two opposed electrical resistance collection assemblies 52 supporting on seat 51, two
An electrical resistance collection assembly 52 in electrical resistance collection assembly 52 is by the first V belt translation structure
It is connected with strip uncoiler structure 3 or band rolling-up mechanism 4, described electrical resistance collection assembly
It is connected by the second V belt translation structure between 52.
Further, each electrical resistance collection assembly 52 here includes being arranged on support respectively
Rotating disk 52a on seat 51, is respectively equipped with conducting slip ring 52b on each rotating disk 52a,
Being electrically connected between described conducting slip ring 52b, the sidepiece at rotating disk 52a is provided with some circumference
The elastic survey being uniformly distributed and be electrically connected with described conducting slip ring 52b respectively hinders contact 53,
And the elasticity described in when strip uncoiler structure 3 carries band a to band rolling-up mechanism 4
Survey resistance contact 53 is the most opposed and end is resisted against in the upper and lower surface of band a respectively, institute
The conducting slip ring 52b stated is electrically connected with resistance test terminal 6.
Concrete, rotating shaft 33 is arranged with the big belt being positioned at band rotating disk 34 one end
Wheel 33a, is respectively equipped with small belt pulley 52c in one end of each rotating disk 52a, and above-mentioned the
One V belt translation structure includes around being located at described big belt pulley 33a and one of them belt lace
Big belt 33b on wheel 52c, between this big belt pulley 33a and small belt pulley 52c
Turning to contrary, the second V belt translation structure includes around being located between two small belt pulley 52c
Turning between belt lace 52d, and two small belt pulley 52c is contrary.
Elastic resistance contact 53 of surveying includes cylindrical body 53a, and one end of cylindrical body 53a is fixed on
On rotating disk 52a, the other end suspends, and sets away from one end of rotating disk 52a in cylindrical body 53a
There is survey resistance probe 53b, in cylindrical body 53a, be provided with survey resistance spring 53c, described survey resistance
Spring 53c one end is resisted against on survey resistance probe 53b, and the other end is resisted against on rotating disk 52a.
The reverse drive structure 73 of the present embodiment includes being vertically arranged on the first support 72a
The first support bar 73a, the second support 72b is provided be vertically arranged second support
Bar 73b, is provided with when strip uncoiler structure 3 is to band in the lower end of the first support bar 73a
The first roller 73c that when rolling-up mechanism 4 carries band a, energy opposing webs a rotates,
The lower end of the second support bar 73b is provided with when strip uncoiler structure 3 is to band rolling-up mechanism 4
The second roller 73d that during conveying band a, energy opposing webs a rotates, described cross bar 71
Two ends are fixed on described the first support bar 73a and second by universal connection structure respectively
Between support bar 73b.Concrete, universal connection structure here includes Hooks coupling universal coupling
74, it is provided with Hooks coupling universal coupling 74 in the upper end of the first support bar 73a and cross bar 71 one end,
It is provided with Hooks coupling universal coupling 74 with cross bar 71 other end in the upper end of the second support bar 73b；
And the first roller 73c and the second roller 73d is made by elastomeric material, when band uncoiling
Mechanism 3 is this first roller 73c and second rolling when band rolling-up mechanism 4 carries band a
Wheel 73d is all on the band a of strip uncoiler structure 3 and the positive negative side of band rolling-up mechanism 4
Roll, owing to band rolling-up mechanism 4 side constantly becomes big around coil diameter thus drive second
Strut 73b moves up, and the first support bar 73a moves relatively downward.
In order to ensure that the first support bar 73a and the second support bar 73b in the vertical direction move
Stability time dynamic, is provided with the first limited block 75 on the first support 72a, in the first limit
It is provided with the first guide frame, this first guiding knot between the block 75 and the first support bar 73a of position
Structure includes the first pilot hole 75a being arranged on the first limited block 75 axial centre, first
Strut 73a inserts in the first pilot hole 75a, is provided with the second limit on the second support 72b
Position block 76, is provided with the second guiding between the second limited block 76 and the second support bar 73b
Structure, this second guide frame includes being arranged on the second of the second limited block 76 axial centre
Pilot hole 76a, the second support bar 73b insert in the second pilot hole 76a.
It addition, native system also includes being arranged between uncoiling platform 1 and rolling platform 2
Pedestal 8, is provided with between described support seat 51 and pedestal 8 when cross bar 71 two ends are perpendicular
Nogata can synchronize the telescoping mechanism 81 of elongation, described telescoping mechanism 81 when backswing
And it is provided with guiding slide construction 82 between pedestal 8；Prioritization scheme, guiding here is slided
Structure 82 includes the guide rail 82a being arranged on pedestal 8, is provided with slide block on guide rail 82a
82b, described telescoping mechanism 81 includes at least expansion link 81a being vertically arranged,
Described expansion link 81a upper end is connected to support bottom seat 51, and lower end is connected to slide block
82b upper expansion link 81a quantity is two.When supporting seat 51 at vertical direction arc upwards
Time mobile, expansion link 81a synchronizes elongation and can also prevent this support 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 be connected with strip uncoiler structure 3 and band rolling-up mechanism 4 respectively.So can accord with
Close the test request of four-wire method.
The operation principle of the present embodiment is as follows: when measuring, strip uncoiler structure 3 is to band
Material rolling-up mechanism 4 carries band a and this band a is at the uniform velocity carried, band uncoiling simultaneously
Mechanism 3 or band rolling-up mechanism 4 are adopted with a resistance in two electrical resistance collection assemblies 52
Collection assembly 52 links, and accordingly, links between two electrical resistance collection assemblies 52, along with
The continuous conveying of band a, owing to the band a winding diameter of band rolling-up mechanism 4 is continuous
Change big, thus the second support bar 73b described in driving vertical direction constantly on move,
And the moving direction of the first support bar 73a and the second support bar 73b are contrary, horizontal accordingly
Bar 71 two ends are the most just along with the first support bar 73a and the second support bar 73b is at vertical direction
Upper arcuate oscillating motion, owing to two electrical resistance collection assemblies 52 are provided in supporting on seat 51,
And support seat 51 and be set on cross bar 71 by suspension ring 51a, the swing of cross bar 71 is just
Driving the movement supporting seat 51, telescoping mechanism 81 also synchronizes elongation, thus automatically adapts to
The change of twin metal strip a position, it is achieved the servo-actuated synchronization of band a resistance is surveyed continuously
Amount；
In like manner, if continuously Ce Zu mechanism 5 be two and respectively with strip uncoiler structure 3 and
The structure that band rolling-up mechanism 4 is connected also is same operation principle, does not the most make one
One repeats.
Specific embodiment described herein is only to present invention spirit theory for example
Bright.Those skilled in the art can be to described specific embodiment
Make various amendment or supplement or use similar mode to substitute, but without departing from
The spirit of the present invention or surmount scope defined in appended claims.
Although the most more employing band a, uncoiling platform 1, rolling platform 2, band
Material uncoiling mechanism 3, mounting groove 32, rotating shaft 33, big belt pulley 33a, big belt 33b,
Band rotating disk 34, driving motor 35, shaft coupling 36, electric machine support 37, band rolling
Mechanism 4, continuous Ce Zu mechanism 5, support 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
Survey and hinder contact 53, cylindrical body 53a, survey resistance probe 53b, survey resistance spring 53c, resistance survey
Examination terminal 6, servo-actuated on carry device 7, cross bar the 71, first support 72a, the second support
72b, reverse drive structure the 73, first support bar 73a, the second support bar 73b, first
Roller 73c, the second roller 73d, Hooks coupling universal coupling the 74, first limited block 75, first
Pilot hole 75a, second limited block the 76, second pilot hole 76a, pedestal 8, telescoping mechanism
81, the term such as expansion link 81a, guiding slide construction 82, guide rail 82a, slide block 82b,
But it is not precluded from using the probability of other term.These terms are used to be only used to more
Describe and explain the essence of the present invention easily；It is construed as what any one was added
It is all contrary with spirit of the present invention for limiting.
Claims (6)
1. a twin metal strip resistance servo-actuated synchronization continuous measurement system, including opposed
Uncoiling platform (1) and rolling platform (2), be provided with band uncoiling on uncoiling platform (1)
Mechanism (3), is provided with band rolling-up mechanism (4) on rolling platform (2), and its feature exists
In, native system also includes at least one and strip uncoiler structure (3) or band rolling-up mechanism
(4) it is connected and works as strip uncoiler structure (3) to band rolling-up mechanism (4) conveying band
The continuous Ce Zu mechanism (5) of this band (a) resistance can be measured continuously time (a), described
Ce Zu mechanism (5) is connected with resistance test terminal (6), in uncoiling platform (1) continuously
And be provided with between rolling platform (2) when strip uncoiler structure (3) is to band rolling-up mechanism (4)
The continuous Ce Zu mechanism (5) described in driving continuously can be synchronized vertically during conveying band (a)
Direction arc move up servo-actuated on carry device (7), described servo-actuated on carry device (7)
Including the cross bar (71) of horizontally set, uncoiling platform (1) is provided with the first support (72a),
Rolling platform (2) is provided with the second support (72b), described the first support (72a)
With second be provided with when strip uncoiler structure (3) is to band rolling-up mechanism between support (72b)
(4) cross bar (71) two ends described in driving continuously can be synchronized during conveying band (a) perpendicular
Nogata is to the reverse drive structure (73) of backswing, described continuous Ce Zu mechanism (5)
Including the support seat (51) being arranged on cross bar (71), it is provided with on seat (51) supporting
Upper and lower two opposed electrical resistance collection assemblies (52), in two electrical resistance collection assemblies (52)
An electrical resistance collection assembly (52) by the first V belt translation structure and strip uncoiler structure (3)
Or band rolling-up mechanism (4) is connected, pass through between described electrical resistance collection assembly (52)
Second V belt translation structure is connected, and described reverse drive structure (73) includes being vertically arranged in
The first support bar (73a) on first support (72a), sets on the second support (72b)
There is the second support bar (73b) being vertically arranged, set in the lower end of the first support bar (73a)
There is the energy when strip uncoiler structure (3) is to band rolling-up mechanism (4) conveying band (a)
The first roller (73c) that opposing webs (a) rotates, under the second support bar (73b)
End is provided with when strip uncoiler structure (3) is to band rolling-up mechanism (4) conveying band (a)
Time can opposing webs (a) the second roller (73d) of rotating, described cross bar (71) two
End is fixed on described the first support bar (73a) and second by universal connection structure respectively
Between support bar (73b),
Native system also includes the base being arranged between uncoiling platform (1) and rolling platform (2)
Seat (8), is provided with when cross bar (71) between described support seat (51) and pedestal (8)
Two ends can synchronize the telescoping mechanism (81) of elongation when vertical direction backswing, described
Guiding slide construction (82) it is provided with between telescoping mechanism (81) and pedestal (8).
The servo-actuated synchronization of twin metal strip resistance the most according to claim 1 is measured continuously
System, it is characterised in that each electrical resistance collection assembly (52) includes being arranged on support respectively
Rotating disk (52a) on seat (51), is respectively equipped with conduction sliding on each rotating disk (52a)
Ring (52b), is electrically connected, in the side of rotating disk (52a) between described conducting slip ring (52b)
Portion is provided with the distribution of some even circumferentials and is electrically connected with described conducting slip ring (52b) respectively
Elastic survey hinders contact (53), and when strip uncoiler structure (3) is to band rolling-up mechanism (4)
Elastic described in during conveying band (a) survey that resistance contact (53) is the most opposed and end respectively
Being resisted against in the upper and lower surface of band (a), described conducting slip ring (52b) is surveyed with resistance
Examination terminal (6) is electrically connected.
The servo-actuated synchronization of twin metal strip resistance the most according to claim 2 is measured continuously
System, it is characterised in that described elastic survey resistance contact (53) includes cylindrical body (53a),
One end of cylindrical body (53a) is fixed on rotating disk (52a), and the other end suspends, at tubular
Body (53a) is provided with survey resistance probe (53b), in cylindrical body away from one end of rotating disk (52a)
(53a) be provided with survey resistance spring (53c) in, described survey resistance spring (53c) one end against
Surveying in resistance probe (53b), the other end is resisted against on rotating disk (52a).
The servo-actuated synchronization of twin metal strip resistance the most according to claim 1 is measured continuously
System, it is characterised in that described universal connection structure includes Hooks coupling universal coupling (74)；
Described the first roller (73c) and the second roller (73d) are made by elastomeric material；Institute
The first support (72a) stated is provided with the first limited block (75), in the first limited block (75)
With first be provided with the first guide frame, at the second support (72b) between support bar (73a)
It is provided with the second limited block (76), at the second limited block (76) and the second support bar (73b)
Between be provided with the second guide frame.
The servo-actuated synchronization of twin metal strip resistance the most according to claim 4 is measured continuously
System, it is characterised in that described guiding slide construction (82) includes being arranged on pedestal (8)
On guide rail (82a), guide rail (82a) is provided with slide block (82b), described is flexible
Mechanism (81) includes at least expansion link being vertically arranged (81a), described expansion link
(81a) upper end is connected to support seat (51) bottom, and lower end is connected on slide block (82b).
The servo-actuated synchronization of twin metal strip resistance the most according to claim 5 is measured continuously
System, it is characterised in that described continuous Ce Zu mechanism (5) be two and respectively with band
Material uncoiling mechanism (3) is connected with band rolling-up mechanism (4).
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| CN201310743420.4A CN103743953B (en) | 2013-12-29 | 2013-12-29 | Twin metal strip resistance servo-actuated synchronization continuous measurement system |
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| CN201310743420.4A CN103743953B (en) | 2013-12-29 | 2013-12-29 | Twin metal strip resistance servo-actuated synchronization continuous measurement system |
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| CN103743953B true CN103743953B (en) | 2017-01-04 |
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| 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 |
| CN108181509B (en) * | 2017-12-08 | 2020-10-09 | 重庆材料研究院有限公司 | Metal wire meter resistance continuous precision testing device and method |
| 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 |
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| CN1281967C (en) * | 2004-09-21 | 2006-10-25 | 菏泽天宇科技开发有限责任公司 | Equipment for continuous automatic measuring resistance of conducting material |
| CA2664263C (en) * | 2006-09-25 | 2011-04-19 | Sms Demag 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 |
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