CN206531653U - Corp combine-harvester torsion load test platform - Google Patents
Corp combine-harvester torsion load test platform Download PDFInfo
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- CN206531653U CN206531653U CN201621460744.2U CN201621460744U CN206531653U CN 206531653 U CN206531653 U CN 206531653U CN 201621460744 U CN201621460744 U CN 201621460744U CN 206531653 U CN206531653 U CN 206531653U
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Abstract
The utility model corp combine-harvester torsion load test platform, including on platform support body and can oscilaltion at least one wheel carrier, at least one movement drag platform on platform support body top plate, at least one load on being slidably connected with the track on mobile drag platform tests assembly, the power source being slidably connected with the track on mobile drag platform, a left side on platform support body top plate, right T-slot, mounted in a left side, on right T-slot and at least one fixed mount that can be moved on T-slot, track on platform support body top plate, at least one laser scribe apparatus being slidably connected with track, the scalable universal drive shaft that the adpting flange axle of connected load loading test assembly or power source is exported with tested machine, laser assisted centralising device, cooling follows system.The utility model test is reliable, and measuring accuracy is higher, and test operation is easy, the part in corp combine-harvester transmission system can respectively be loaded, loaded simultaneously, carries out normal work experiment, reliability test and the destructive testing of complete machine torsion load.
Description
Technical field：
The utility model belongs to agricultural machinery testing inspection field, more particularly to be that a kind of corp combine-harvester turns
Square load test platform.
Background technology：
In order to shorten the corp combine-harvester R＆D cycle, product quality, particularly reliability, durability are improved, must
Test platform must be set up in laboratory and carries out torsion load experiment, torsion load distribution during complete machine normal work is found out,
With best power source, energy consumption is reduced；Weak link is found out, is designed for equal strength, equivalent life, improves reliability；Find out safety hidden
Suffer from, improve durability.The platform of overall test is carried out currently without corp combine-harvester torsion load.
Utility model content：
The purpose of this utility model be directed to corp combine-harvester complete machine, to its left and right sidesing driving wheel axle, threshing cylinder,
The parts such as ceding of Taiwan conveying cylinder, road wheel or crawler belt are loaded, loaded simultaneously respectively, and equipped with power source, carry out complete machine torque load
There is provided one kind test reliably, measuring accuracy is higher for lotus experiment, and test operation is easy, can carry out complete machine torsion load normal work
The agricultural thing united reaper torsion load test platform of experiment, reliability test and destructive testing.
What the purpose of this utility model was realized in：
The utility model corp combine-harvester torsion load test platform, including including platform support body 1, mounted in platform
On the bottom plate 3 of support body and can at least one wheel carrier 2 of oscilaltion, at least one movement on platform support body top plate 4 drag
Platform 5, be slidably connected from the track 6 on mobile drag platform to adjust in transverse direction, longitudinal direction and short transverse different is tested machines so as to meet
It is dynamic that track 6 at least one load on test assembly 7 and mobile drag platform of the requirement of device power shaft position is slidably connected
Power source 8, the left T-slot 9 on platform support body top plate, right T-slot 10, on left T-slot and right T-slot and can be in T-shaped
Mobile at least one fixed mount 11, the track 12 on platform support body top plate 4 for adapting to different types on groove, with track 12
The adpting flange axle and quilt of at least one laser scribe apparatus 13 being slidably connected, connected load loading test assembly or power source
The scalable universal drive shaft 14, laser assisted centralising device 15, cooling for surveying machine output follow system 16, load on test assembly or
Power source can be adjusted in transverse direction, longitudinal direction and short transverse.
The base 22 of above-mentioned wheel carrier is on the bottom plate 3 of platform support body, and the corner of wheel carrier base is respectively provided with electric cylinder
23, the cylinder body of electric cylinder is on base, and one end that piston rod stretches out cylinder body is hinged with support frame 24, the corner difference of support frame
Equipped with pressure sensor 25, pressure sensor is connected with support frame and roller frame respectively, and disk roller 27 is on roller frame, in disk roller
Belt 28 is installed outside, different ground can be simulated by the belt of different coefficients of friction.
The base 5-1 of above-mentioned mobile drag platform is on the top plate 4 of platform support body, equipped with track 6, electricity on base 5-1
Machine 17, bearing block 18, screw mandrel 19 is on bearing block, and one end of screw mandrel 19 is connected with motor 17 and equipped with handle 20, slides spiral shell
Mother 21 is connected by screw pair with screw mandrel 19, when load on test assembly or power source be mounted on the track of mobile drag platform and with
Sliding nut is fixed, and by motor rotation or swinging handle rotary screw rod load on test assembly or power source can be driven to exist
Moved on track, realize load on test assembly or power source lateral adjustments, assembly or power source are tested by load on
Longitudinal motor rotation or swinging handle rotary screw rod planker can be driven to move in orbit, realize load on test assembly
Longitudinally adjust, tests the short transverse motor rotation of assembly or power source by load on or swinging handle rotary screw rod can be with
Drive supporting plate to be moved on stabiliser bar, realize load on test assembly short transverse regulation.
The base 29 of above-mentioned load on test assembly 7 is slidably connected with mobile drag platform track 6, and rail is housed on base 29
Road 30, planker 31 is slidably connected with track 30, motor 32 on the base 29, two of screw mandrel 33 respectively with motor 32 and planker
31 connections, are located at motor side in screw mandrel 33 and handle 34 are housed, stabiliser bar 35 is housed in the corner of planker 31, filled in the middle of planker
Motor 36, two of screw mandrel 37 is connected with motor 36 and supporting plate 38 respectively, and supporting plate 38 is slidably connected with stabiliser bar 35, in silk
Bar 37 is located at motor side and is equipped with equipped with brake 40, torque speed sensor 41, bearing block 42 in handle 39, supporting plate 38, connects
Acting flange axle 43 passes through shaft coupling on bearing block 42 between brake 40, torque speed sensor 41, adpting flange axle 43
44 connections, base and the mobile drag platform track of load on test assembly are slidably connected, and track, planker and track are housed on base
It is slidably connected, motor is on base, and two of screw mandrel is connected with motor and planker respectively, handle is housed at lead screw motor end,
By motor rotation or swinging handle rotary screw rod planker can be driven to move in orbit, realize that load on test assembly is indulged
To regulation.Rotated by motor 36 or the rotary screw rod 37 of swinging handle 39 can drive supporting plate to be moved on stabiliser bar, realized
Load on test assembly short transverse regulation.
The base 45 of above-mentioned power source 8 is slidably connected with mobile drag platform track 6, and track 46, planker are housed on base 45
47 are slidably connected with track 46, and motor 48 is on base 45, and two of screw mandrel 49 is connected with motor 48 and planker 47 respectively,
Screw mandrel 49 is located at the end of motor 48 and handle 50 is housed, and stabiliser bar 51 is housed in the corner of planker 47, in the centre of planker 47 equipped with electricity
Machine 52, two of screw mandrel 53 is connected with motor 52 and supporting plate 54 respectively, and supporting plate 54 is slidably connected with stabiliser bar 51, in screw mandrel
53, which are located at the end of motor 52, is equipped with handle 55, supporting plate 54 equipped with adjustable frequency motor 56, torque speed sensor 57, bearing block
58, adpting flange axle 59 is on bearing block 58, between adjustable frequency motor 56, torque speed sensor 57, adpting flange axle 59
Connected by shaft coupling 60, rotated by motor 48 or swinging handle 50 rotates the bar of silk 49 and can drive planker 47 on track 46
It is mobile, power source longitudinally adjust is realized, is rotated by motor 52 or the rotary screw rod 53 of swinging handle 55 can drive supporting plate 54
Moved on stabiliser bar 51, realize that power source short transverse is adjusted.
The left support seat 61 of above-mentioned fixed mount 11 is connected by tommyhead bolt with left T-slot 9, and right support seat 62 passes through T-shaped
Bolt is connected with right T-slot 10, and connecting rod 65 is fixed on into left support seat and right branch respectively by left pressing plate 63 and right pressing plate 64
Support on seat, fixed mount can be moved on T-slot, adjustment position adapts to different machines.
Above-mentioned laser scribe apparatus is made up of bearing 66 and pedestal mounted linear laser first 67, bearing 66 and track
12 are slidably connected, and bearing is slidably connected with track, can move in orbit, adjust different width, adapt to different wheelspans.
On tested machine during wheel carrier, adjustment laser scribe apparatus, away from wide, project two sidelines and drawn on the ground with tested machine wheel
Lead tested machine walking.
Point-like laser first 69 of the above-mentioned laser assisted centralising device by flange seat 68 and mounted in the center of flange seat is constituted,
Need to it is middle when assembly or power source are tested installed in load on adpting flange axle flange on, aid in centering.
Above-mentioned cooling recirculation system is made up of heat exchanger 70, water tank 71, circulating pump 72, water inlet pipe 73, return pipe 74, is followed
The water inlet for the brake 40 that the delivery port of ring pump tests assembly by water inlet pipe 73 with load on is connected, load on test
The delivery port of the brake 40 of assembly is connected by return pipe 74 with the water inlet of heat exchanger 70, and the delivery port of heat exchanger 70 passes through
Pipeline is connected with the water inlet of water tank 71, and the delivery port of water tank 71 is connected by pipeline with the water inlet of circulating pump 72.
Above-mentioned wheel carrier is two, along the symmetrical distribution in platform support body center, and mobile drag platform is three, i.e. in wheel carrier
Left side, right side and rear side respectively distribution one, load on test assembly are five, arrange two on the mobile drag platform in left side
Two are arranged on mobile drag platform individual, on right side, one is arranged on the mobile drag platform of rear side, fixed mount is two, laser scribing
It is traditional thread binding to be set to two, two load on test assemblies are arranged on the mobile drag platform in left side, are respectively intended to left driving wheel axle
Loading test is carried out with ceding of Taiwan conveying cylinder axle；Two load on test assemblies are arranged on the mobile drag platform on right side, respectively
For carrying out loading test to right driving wheel axle and lateral axial flow cylinder axle；One is arranged on the mobile drag platform of rear side, is born
Lotus loading test assembly is used for carrying out loading test to longitudinally axial flow threshing drum shaft.
The course of work：
Test prepares：Adjustment left and right wheel carrier make thereon plane flushed with platform support body top plate, adjustment laser scribe apparatus and
Tested machine wheel is tested machine and walked along laser rays onto left and right wheel carrier away from wide.The height of left and right wheel carrier is adjusted, makes to be tested
The underframe of machine is put down with fixing device, and the position of regulation fixing apparatus fixes support bar with tested machine.By laser assisted pair
Middle device is arranged on the flange for the adpting flange axle that load on tests assembly or power source, and connection is needed according to tested machine
Axle position, the position of Load adjustment loading test assembly or power source makes laser alignment be tested the axle that machine needs are connected
Axle center, removes laser assisted centralising device, and the connection method of test assembly or power source is loaded with scalable universal drive shaft connected load
The flange of blue axle and tested machine need the axle connected.The quantity for the axle for needing to connect according to tested machine, selects respective numbers
Load on test assembly.
The brake of assembly is tested by separately or concurrently adjusting each load on can obtain tested machine power axle need
The load wanted, the torque and rotation speed sensor that load parameter tests assembly by load on is measured.Lifting left and right wheel carrier can be right
Road wheel or crawler belt are loaded, loading number can be measured by pressure sensor on wheel carrier.
By changing the belt of different coefficients of friction outside wheel carrier disk roller, different walking effects can be obtained.
Using tested machine, the engine of itself can carry out normal work experiment, reliability test.
The utility model device is furnished with power source, can substitute engine and be tested, the engine for completing itself can not
The destructive testing of completion.
The utility model can be directed to corp combine-harvester, and its left and right sidesing driving wheel axle, threshing cylinder, the ceding of Taiwan are conveyed
The parts such as roller, road wheel or crawler belt are loaded, loaded simultaneously respectively, and equipped with power source, are carried out complete machine torsion load experiment, carried
A kind of test is supplied reliably, measuring accuracy is higher, the easy complete machine torsion load normal work experiment of test operation, reliability examination
Test the platform with destructive testing.
Brief description of the drawings：
Fig. 1 is the utility model apparatus structure schematic diagram.
Fig. 2 is wheel carrier structure schematic diagram.
Fig. 3 is that load on tests assembly structure schematic diagram.
Fig. 4 is power source structural representation.
Fig. 5 is fixed rack structure schematic diagram.
Fig. 6 is laser scribe apparatus structural representation.
Fig. 7 is laser assisted centering structural representation.
Embodiment：
Referring to Fig. 1, Fig. 2, Fig. 3, Fig. 4, the present embodiment corp combine-harvester torsion load test platform, including platform
Support body 1, on the bottom plate 3 of platform support body 1 can oscilaltion wheel carrier 2, the movement mounted in the top plate 4 of platform support body 1 drags
Platform 5, the load on being slidably connected with the track 6 of mobile drag platform 5 tests assembly 7, is slidably connected with the track 6 of mobile drag platform 5
Power source 8, left T-slot 9, right T-slot 10 mounted in the top plate 4 of platform support body 1 can mounted in left T-slot 9 and right T-slot 10
With in the upper holder 11 of left T-slot 9 type different with mobile adaptation on right T-slot 10, mounted in the top plate 4 of platform support body 1
Track 12, be slidably connected the laser scribe apparatus 13 that can be moved on the track 12 with track 12, connected load loading test
The adpting flange axle 43 or 59 of assembly 7 or power source 8 and the scalable universal drive shaft 14 of tested machine output shaft, laser assisted centering
Device 15, cooling recirculation system 16.Load on is tested assembly 7 or power source 8 and can adjusted in transverse direction, longitudinal direction and short transverse
Section, meets the requirement of different tested machine power shaft positions.
Referring to Fig. 1, the base 5-1 of mobile drag platform 5 is on the top plate 4 of platform support body 1.Equipped with track 6, electricity on base
Machine 17, bearing block 18.Screw mandrel 19 is on bearing block 18.One end of screw mandrel 19 is connected with motor 17 and equipped with handle 20.Slide
Nut 21 is connected by screw pair with screw mandrel 19.When load on tests the track 6 of assembly 7 or power source 8 mounted in mobile drag platform
It is upper simultaneously to be fixed with sliding nut 21, rotated by motor 17 or the rotary screw rod 19 of swinging handle 20 can drive load on to test
Assembly 7 or power source 8 are moved on track 6, realize that load on tests total 7 one-tenth or the lateral adjustments of power source 8.Mobile drag platform 5
Three are had, the left and right and rear side of wheel carrier 2 is distributed in.
Referring to Fig. 1, Fig. 2, the base 22 of wheel carrier 2 is on the bottom plate 3 of platform support body 1.The corner of the base 22 of wheel carrier 2 point
Zhuan You not electric cylinder 23.The cylinder body of electric cylinder 23 is on base 22.One end that piston rod stretches out cylinder body is hinged on support frame 24
On, pass through the flexible lifting for realizing wheel carrier 2 of the piston rod of electric cylinder 23.The corner of support frame 24 is respectively provided with pressure sensor
25, pressure sensor 25 is connected with support frame 24 and roller frame 26 respectively.Disk roller 27 is on roller frame 28.In the outer peace of disk roller 27
Equipped with belt 28.Wheel carrier 2 is two, along the symmetrical distribution in platform support body center.
Referring to Fig. 1, Fig. 3, the track 6 of the base 29 and mobile drag platform of load on test assembly 7 is slidably connected, base 29
It is upper that track 30 is housed.Planker 31 is slidably connected with track 30.Motor 32 is on base 29.Two of screw mandrel 33 respectively with motor
32 and planker 31 connect.It is located at the end of motor 32 in screw mandrel 33 and handle 34 is housed, is rotated by motor 32 or swinging handle 34 is rotated
Screw mandrel 33 can drive planker 31 to be moved on track 30, realize that load on tests the longitudinally adjust of assembly 7.The four of planker 31
Angle is equipped with stabiliser bar 35.The dress motor 36 in the middle of planker 31.Two of screw mandrel 37 is connected with motor 36 and supporting plate 38 respectively.
Supporting plate 38 is slidably connected with stabiliser bar 35.It is located at the end of motor 36 in screw mandrel 37 and handle 39 is housed, rotates or shake by motor 36
The rotary screw rod 37 of fixed handle 39 can drive supporting plate 38 to be moved on stabiliser bar 35, realize the height of load on test assembly 7
Direction is adjusted.Brake 40, torque speed sensor 41, bearing block 42 are housed in supporting plate 38.Adpting flange axle 43 is mounted in axle
In bearing 42.Connected between brake 40, torque speed sensor 41, adpting flange axle 43 by shaft coupling 44.Load on
It is five to test assembly 7, i.e., two are arranged on the mobile drag platform in left side, two is arranged on the mobile drag platform on right side, rear
One is arranged on the mobile drag platform of side.
Referring to Fig. 1, Fig. 4, the track 6 of the base 45 of power source 8 and mobile drag platform is slidably connected.Track is housed on base 45
46.Planker 47 is slidably connected with track 46.Motor 48 is on base 45.Two of screw mandrel 49 respectively with motor 48 and planker 47
Connection.It is located at the end of motor 48 in screw mandrel 49 and handle 50 is housed, is rotated by motor 48 or the rotary screw rod 49 of swinging handle 50 can be with
Drive planker 47 to be moved on track 46, realize the longitudinally adjust of power source 8.Stabiliser bar 51 is housed in the corner of planker 47.Dragging
The centre of plate 47 is equipped with motor 52.Two of screw mandrel 53 is connected with motor 52 and supporting plate 54 respectively.Supporting plate 54 and stabiliser bar
51 are slidably connected.It is located at the end of motor 52 in screw mandrel 53 and handle 55 is housed, is rotated by motor 52 or the rotary screw rod of swinging handle 55
53 can drive supporting plate 54 to be moved on stabiliser bar 51, realize that the short transverse of power source 8 is adjusted.Frequency conversion is housed in supporting plate 54
Motor 56, torque speed sensor 57, bearing block 58.Adpting flange axle 59 is on bearing block 58.Adjustable frequency motor 56, torsion
Connected between square speed probe 57, adpting flange axle 59 by shaft coupling 60.
Referring to Fig. 1, Fig. 5, the left support seat 61 of fixed mount 11 is connected by tommyhead bolt with left T-slot 9.Right support seat 62
It is connected by tommyhead bolt with right T-slot 10, connecting rod 65 is fixed on by left support seat by left pressing plate 63 and right pressing plate 64 respectively
61 and right support seat 62 on.Fixed mount 11 can be moved on left T-slot 9, right T-slot 10, and adjustment position adapts to different machines
Device.Fixed mount 11 is two.
Referring to Fig. 1, Fig. 6, laser scribe apparatus 13 is made up of bearing 66 and linear laser first 67, and linear laser first 67 is mounted in
On bearing 66.Bearing 66 is slidably connected with track 12, can move on the track 12.Laser scribe apparatus 13 is two, is passed through
The different width of two laser scribe apparatus 13 are adjusted, different wheelspans are adapted to.On tested machine travel during wheel carrier 2, adjust
Whole laser scribe apparatus 13, away from wide, projects the tested machine walking of two sideline guiding on the ground with tested machine wheel.
Referring to Fig. 1, Fig. 7, laser assisted centralising device 15 is made up of flange seat 68 and point-like laser first 69.Point-like laser head
69 are mounted in the center of flange seat 68, need to it is middle when the connection method of assembly 7 or power source 8 is tested installed in load on
On the flange of blue axle 43 or 59, centering is aided in.
Referring to Fig. 1, cooling recirculation system 16 is by heat exchanger 70, water tank 71, circulating pump 72, water inlet pipe 73,74 groups of return pipe
Into the delivery port of circulating pump 72 is connected by water inlet pipe 73 with the water inlet of the brake 40 of load on test assembly, load
The delivery port of brake 40 of loading test assembly is connected by return pipe 74 with the water inlet of heat exchanger 70, and heat exchanger 70 goes out
The mouth of a river is connected by pipeline with the water inlet of water tank 71, and the delivery port of water tank 71 is connected by the water inlet of pipeline and circulating pump 72
Connect.
Above-described embodiment is that the above of the present utility model is further described, but this should not be interpreted as into this reality
Above-described embodiment is only limitted to the scope of new above-mentioned theme.It is all that this practicality is belonged to newly based on the technology that the above is realized
The scope of type.
Claims (10)
1. corp combine-harvester torsion load test platform, it is characterised in that including platform support body（1）, mounted in platform support body
Bottom plate（3）At least one upper and energy oscilaltion wheel carrier（2）, mounted in platform support body top plate（4）On at least one movement
Drag platform（5）And the first track on mobile drag platform（6）Be slidably connected to adjust to meet in transverse direction, longitudinal direction and short transverse
At least one load on test assembly of the requirement of the tested machine power shaft position of difference（7）And first on mobile drag platform
Track（6）The power source being slidably connected（8）, left T-slot on platform support body top plate（9）, right T-slot（10）, mounted in left T
Shape groove with right T-slot and type that adaptation to be moved on T-slot different at least one fixed mount（11）, mounted in paralell
Body top plate（4）On the second track（12）And the second track（12）At least one laser scribe apparatus being slidably connected（13）, even
Connect the adpting flange axle and the scalable universal drive shaft of tested machine output of load on test assembly or power source（14）, laser it is auxiliary
Help centralising device（15）, cooling follow system（16）.
2. corp combine-harvester torsion load test platform as claimed in claim 1, it is characterised in that the base of wheel carrier
（22）Mounted in the bottom plate of platform support body（3）On, the corner of wheel carrier base is respectively provided with electric cylinder（23）, the cylinder body of electric cylinder is mounted in
On base, one end that piston rod stretches out cylinder body is hinged with support frame（24）, the corner of support frame is respectively provided with pressure sensor
（25）, pressure sensor is connected with support frame and roller frame respectively, disk roller（27）On roller frame, skin is installed outside disk roller
Band（28）.
3. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that mobile drag platform
Base（5—1）Mounted in the top plate of platform support body（4）On, base（5—1）It is upper that first track is housed（6）, the first motor（17）、
Bearing block（18）, the first screw mandrel（19）On bearing block, the first screw mandrel（19）One end and the first motor（17）Connect and fill
There is handle（20）, sliding nut（21）Pass through screw pair and the first screw mandrel（19）Connection.
4. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that load on
Test assembly（7）Base（29）With the mobile track of drag platform first（6）It is slidably connected, base（29）It is upper that 3rd track is housed
（30）, planker（31）With the 3rd track（30）It is slidably connected, the second motor（32）Mounted in base（29）On, the second screw mandrel（33）'s
Two respectively with the second motor（32）And planker（31）Connection, in the second screw mandrel（33）Handle is housed positioned at motor side（34）,
Planker（31）Corner be equipped with stabiliser bar（35）, the 3rd motor is filled in the centre of planker（36）, the 3rd screw mandrel（37）Two point
Not with the 3rd motor（36）And supporting plate（38）Connection, supporting plate（38）With stabiliser bar（35）It is slidably connected, in the 3rd screw mandrel
（37）Handle is housed positioned at motor side（39）, supporting plate（38）It is upper that brake is housed（40）, torque speed sensor（41）, bearing
Seat（42）, adpting flange axle（43）Mounted in bearing block（42）On, brake（40）, torque speed sensor（41）, adpting flange
Axle（43）Between pass through shaft coupling（44）Connection.
5. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that power source
（8）Base（45）With the mobile track of drag platform first（6）It is slidably connected, base（45）It is upper that 4th track is housed（46）, planker
（47）With the 4th track（46）It is slidably connected, the 4th motor（48）Mounted in base（45）On, the 4th screw mandrel（49）Two difference
With the 4th motor（48）And planker（47）Connection, in the 4th screw mandrel（49）Handle is housed positioned at motor side（50）, in planker（47）
Corner be equipped with stabiliser bar（51）, in planker（47）Centre be equipped with the 5th motor（52）, the 5th screw mandrel（53）Two difference
With the 5th motor（52）And supporting plate（54）Connection, supporting plate（54）With stabiliser bar（51）It is slidably connected, in the 5th screw mandrel（53）
Positioned at the 5th motor（52）End is equipped with handle（55）, supporting plate（54）It is upper that adjustable frequency motor is housed（56）, torque speed sensor
（57）, bearing block（58）, adpting flange axle（59）Mounted in bearing block（58）On, adjustable frequency motor（56）, torque speed sensor
（57）, adpting flange axle（59）Between pass through shaft coupling（60）Connection.
6. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that fixed mount
（11）Left support seat（61）Pass through tommyhead bolt and left T-slot（9）Connection, right support seat（62）Pass through tommyhead bolt and right T-shaped
Groove（10）Connection, passes through left pressing plate（63）And right pressing plate（64）Respectively by connecting rod（65）It is fixed on left support seat and right support seat
On.
7. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that laser scribing
Device is by bearing（66）With pedestal mounted linear laser head（67）Composition, bearing（66）With the second track（12）The company of slip
Connect.
8. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that laser assisted
Centralising device is by flange seat（68）With the point-like laser head mounted in the center of flange seat（69）Composition.
9. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that cooling circulation
System is by heat exchanger（70）, water tank（71）, circulating pump（72）, water inlet pipe（73）, return pipe（74）Composition, the delivery port of circulating pump
Pass through water inlet pipe（73）The brake of assembly is tested with load on（40）Water inlet connection, load on test assembly system
Dynamic device（40）Delivery port pass through return pipe（74）With heat exchanger（70）Water inlet connection, heat exchanger（70）Delivery port pass through
Pipeline and water tank（71）Water inlet connection, water tank（71）Delivery port pass through pipeline and circulating pump（72）Water inlet connection.
10. corp combine-harvester torsion load test platform as claimed in claim 1 or 2, it is characterised in that wheel carrier is
Two, along the symmetrical distribution in platform support body center, mobile drag platform is three, i.e. each point of the left side, right side and rear side of wheel carrier
Cloth one, load on test assembly is five, i.e., two are arranged on the mobile drag platform in left side, on the mobile drag platform on right side
Arrangement two, the arrangement one on the mobile drag platform of rear side, fixed mount are two, and laser scribe apparatus is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621460744.2U CN206531653U (en) | 2016-12-29 | 2016-12-29 | Corp combine-harvester torsion load test platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621460744.2U CN206531653U (en) | 2016-12-29 | 2016-12-29 | Corp combine-harvester torsion load test platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206531653U true CN206531653U (en) | 2017-09-29 |
Family
ID=59917057
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621460744.2U Withdrawn - After Issue CN206531653U (en) | 2016-12-29 | 2016-12-29 | Corp combine-harvester torsion load test platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206531653U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106525478A (en) * | 2016-12-29 | 2017-03-22 | 四川省农业机械研究设计院 | Crop combine harvester torque load test platform |
| CN109100167A (en) * | 2018-09-04 | 2018-12-28 | 四川省农业机械研究设计院 | The Testing Platform of ridge culture crop harvester |
-
2016
- 2016-12-29 CN CN201621460744.2U patent/CN206531653U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106525478A (en) * | 2016-12-29 | 2017-03-22 | 四川省农业机械研究设计院 | Crop combine harvester torque load test platform |
| CN106525478B (en) * | 2016-12-29 | 2018-12-28 | 四川省农业机械研究设计院 | Corp combine-harvester torsion load test platform |
| CN109100167A (en) * | 2018-09-04 | 2018-12-28 | 四川省农业机械研究设计院 | The Testing Platform of ridge culture crop harvester |
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Granted publication date: 20170929 Effective date of abandoning: 20181228 |