CN207991942U - A kind of pull force calculation machine with fixing device - Google Patents
A kind of pull force calculation machine with fixing device Download PDFInfo
- Publication number
- CN207991942U CN207991942U CN201820500688.3U CN201820500688U CN207991942U CN 207991942 U CN207991942 U CN 207991942U CN 201820500688 U CN201820500688 U CN 201820500688U CN 207991942 U CN207991942 U CN 207991942U
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- pulling force
- calculation machine
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Abstract
The utility model provides a kind of pull force calculation machine with fixing device, including fixed plate, directional wheel, universal wheel, supporting rod, lateral fixed link, switch rack structure, mobile fixed-block-architecture (FBA), pulling force fixed folder structure, threaded rod, rotating nuts, barre, control cabinet, pulling force sensor, connecting rod, connecting plate, display, pull switch, rotary switch, rapid fixing and pull force calculation machine, the directional wheel bolt are fixed on the lower end leftward position of fixed plate.The utility model supporting slider, mobile bar, motor, level-one grafting block connect bolt, threaded rod, and the setting of rotating nuts and barre is advantageously implemented machinery and artificial conversion work；Pulling force fixed block, the setting of fixing clip and mobile fixture block are conducive to quickly fixed measured material or article；Latch segment, the setting of two level grafting block and latch are conducive to material and article that fixation conveniently and quickly is measured.
Description
Technical field
The utility model belongs to engineering material mechanics performance test apparatus technical field, more particularly to a kind of with fixed dress
The pull force calculation machine set.
Background technology
Universal testing machine is also tensilon or electronic tensile machine.Independent servo loading system, high-precision wide
Frequency electrohydraulic servo valve, it is ensured that system high-precision high-efficiency, low noise, quick response；Using independent hydraulic clamping system, it is ensured that system
Low noise even running, and test process sample and be securely clamped, it is non-slip.Universal testing machine is total using microcomputer control
Word wideband electrohydraulic servo valve drives precision liquid cylinder pressure, Control System of Microcomputer to carry out various modes to test force, displacement, deformation
It automatically controls, completes the stretching, compression, beam test to sample, meet standard GB/T/T228-2010《Metal material room temperature
Stretching test method》Requirement and other standards requirement.
China Patent Publication No. is CN205209867U, and invention and created name is a kind of fixing device of puller system, including
Bottom plate, the bottom plate can be fixed on the puller system or on ground, and the substrate is equipped with fixed plate, and the fixed plate is flat
It goes in the bottom plate, and at a distance from the setting of the bottom plate interval；The fixed plate surface is equipped with multiple evenly distributed fixations
Hole, the mounting hole are the combination of unthreaded hole or threaded hole or unthreaded hole and threaded hole.But the fixing device of existing puller system is also
There is the work that can not achieve machinery and manually convert, and quickly cannot fix material in fixation measuring material and traction position
Inconvenient problem.
Therefore, a kind of pull force calculation machine with fixing device of invention is very necessary.
Utility model content
In order to solve the above-mentioned technical problem, the utility model provides a kind of pull force calculation machine with fixing device, with solution
The fixing device of certainly existing puller system, cannot quick fixation measuring there is the work that can not achieve machinery and manually convert
The problem of material inconvenience is fixed at material and traction position.A kind of pull force calculation machine with fixing device, including fixed plate,
Directional wheel, universal wheel, supporting rod, lateral fixed link, switch rack structure, mobile fixed-block-architecture (FBA), pulling force fixed folder structure, screw thread
Bar, rotating nuts, barre, control cabinet, pulling force sensor, connecting rod, connecting plate, display, pull switch, rotary switch, soon
Fast fixing device and pull force calculation machine, the directional wheel bolt are fixed on the lower end leftward position of fixed plate；Described is universal
Wheel bolt is fixed on the lower end right positions of fixed plate；The supporting rod is respectively welded at left and right sides of the upper end of fixed plate；
The lateral fixed link is welded on the upper end position of supporting rod and supporting rod；The switch rack structural bolts are fixed on transverse direction
The upper end position of fixed link；The pulling force fixed folder structure is welded on the upper end centre position of fixed plate；The threaded rod
It is threaded in the bosom position of lateral fixed link；The mobile fixed-block-architecture (FBA) is socketed in the lower end position of threaded rod
It sets；The rotating nuts are threaded in the external wall of upper portion position of threaded rod；The barre is threaded in rotation respectively
The centre position of the left and right sides of nut；The control cabinet is welded on the left lower position for the supporting rod that left side is arranged；Institute
The pulling force sensor stated is fixed on the upper end leftward position of fixed plate；The connecting rod is welded on a left side for mobile fixed-block-architecture (FBA)
Upper lateral part position；The connecting plate is bolted to the upper end position of pulling force sensor；The display bolt is fixed on
The front surface upper middle position of control cabinet；The pull switch bolt is fixed on the front surface lower left side position of control cabinet
It sets；The rotary switch bolt is fixed on the lower part right positions of the front surface lower left side position of control cabinet；Described is fast
Fast fixing device bolt is fixed on the leftward position of fixed plate；The pull force calculation machine bolt is fixed in the inside of control cabinet
Between position；The switch rack structure includes supporting slider, mobile bar, motor, level-one grafting block, connection bolt and positioning spiral shell
Bolt, the position between mobile bar sliding clamping and supporting slider；The motor bolt is fixed on the upper end of mobile bar
Centre position；The level-one grafting block is socketed on the output shaft of motor；The connection bolt thread is connected to level-one and inserts
Connect the lower right side position of block；The positioning bolt is threadedly coupled through the bosom position of the supporting slider of left side setting
In mobile bar left position.
Preferably, the lateral fixed link offers the stainless steel of threaded hole using centre position；The control
Case uses thickness for two millimeters to four millimeters of stainless steel case；The threaded rod, which uses, carries externally threaded stainless steel；Institute
The upper end for the threaded rod stated is welded with link block.
Preferably, the supporting slider offers the stainless steel of sliding slot using side；On the left of the supporting slider
It is provided with through-hole；Inside the through-hole that the positioning bolt is arranged on the left of supporting slider；The both ends of the mobile bar are set
It is equipped with sliding block；The bosom position of the mobile bar offers through-hole；The lower middle position of the level-one grafting block
Offer spliced eye；The upper middle position of the level-one grafting block offers sleeve joint hole.
Preferably, the connecting-rod bolt is connected to the upper middle position of connecting plate；The mobile bar both ends are set
The sliding block sliding set is connected to inside the sliding slot that supporting slider side opens up.
Preferably, the mobile fixed-block-architecture (FBA) includes latch segment, two level grafting block, latch, clamping screw and lock
Tieholen, the two level grafting block welding is in the upper end centre position of latch segment；The clamping screw is threaded in locking
The right side centre position of block；The latch is welded on the left position of clamping screw；The locking hole is opened in locking
The lower middle position of block；The latch is arranged in the inner right side position of locking hole.
Preferably, the inside of the two level grafting block is inlaid with conventional bearings；The leftward position glue of the latch
It is connected to rubber pad；The inside left position of the locking hole, which is glued, rubber pad；The lower end of the threaded rod is plugged on two
The inner ring position for the conventional bearings inlayed inside grade grafting block；The latch segment offers threaded hole not using right positions
Become rusty bloom.
Preferably, the pulling force fixed folder structure includes pulling force fixed block, fixing clip, mobile fixture block, sliding shoe, Gu
Determine bolt and fixing bearing；The fixing clip is welded on the upper end leftward position of pulling force fixed block；The mobile fixture block
It is welded on the upper end position of sliding shoe；The fixing bolt is threaded in the right side inside middle position of pulling force fixed block；
The fixing bearing is embedded in the inside left position of pulling force fixed block；The fixing bolt screw thread is interior through sliding shoe
Portion centre position.
Preferably, the rapid fixing includes link block, fixed seat, flat swingle, floor plate and lower margin spiral shell
Bolt, the fixed seat are welded on the left side centre position of link block；The flat swingle axis is connected on the left side of fixed seat
Centre position；The ground board shaft is connected on flat swingle upper right position；The foundation bolt is through floor plate
Bosom position.
Preferably, the pulling force fixed block offers the piece of stainless steel of sliding slot using upper position；The sliding shoe
The piece of stainless steel of threaded hole is offered using bosom position.
Preferably, sliding shoe sliding is connected to inside the sliding slot that pulling force fixed block upper position opens up；Described
The left end of fixing bolt is plugged on the inner ring position of fixing bearing；The pulling force fixed block is arranged on the right side of pulling force sensor
Position.
Preferably, the pull force calculation machine is electrically connected display.
Preferably, the pull force calculation machine is electrically connected pulling force sensor.
Preferably, the pull force calculation machine is electrically connected pull switch.
Preferably, the rotary switch is electrically connected motor.
Compared with prior art, the beneficial effects of the utility model are：
1. in the utility model, the supporting slider, mobile bar, motor, level-one grafting block, connection bolt, threaded rod,
The setting of rotating nuts and barre is advantageously implemented machinery and artificial conversion work.
2. in the utility model, the pulling force fixed block, the setting of fixing clip and mobile fixture block is conducive to quickly
Fixed measured material or article.
3. in the utility model, the latch segment, the setting of two level grafting block and latch is conducive to conveniently and quickly
The measured material and article of fixation.
4. in the utility model, the setting of the directional wheel and universal wheel is conducive to be moved easily fixed plate, prevents sky
Between narrow be inconvenient to work.
5. in the utility model, the supporting slider, the setting of mobile bar and positioning bolt is conducive to fixed motor
Position when preventing manual work, influences work.
6. in the utility model, the sliding shoe, the setting of fixing bolt and fixing bearing is conducive to mobile and quick
Fixed mobile fixture block.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the switch rack structure of the utility model.
Fig. 3 is the structural schematic diagram of the mobile fixed-block-architecture (FBA) of the utility model.
Fig. 4 is the structural schematic diagram of the pulling force fixed folder structure of the utility model.
Fig. 5 is the structural schematic diagram of the rapid fixing of the utility model
In figure：
1, fixed plate；2, directional wheel；3, universal wheel；4, supporting rod；5, lateral fixed link；6, switch rack structure；61, it supports
Slide bar；62, mobile bar；63, motor；64, level-one grafting block；65, bolt is connected；66, positioning bolt；7, mobile fixed agllutination
Structure；71, latch segment；72, two level grafting block；73, latch；74, clamping screw；75, locking hole；8, pulling force fixed folder structure；
81, pulling force fixed block；82, fixing clip；83, mobile fixture block；84, sliding shoe；85, fixing bolt；86, fixing bearing；9, spiral shell
Rasp bar；10, rotating nuts；11, barre；12, control cabinet；13, pulling force sensor；14, connecting rod；15, connecting plate；16, it shows
Device；17, pull switch；18, rotary switch；19, rapid fixing；191, link block；192, fixed seat；193, flat rotation
Bar；194, floor plate；195, foundation bolt；20, pull force calculation machine.
Specific implementation mode
The utility model is described further below in conjunction with attached drawing：
Embodiment：
As shown in attached drawing 1 to attached drawing 5
The utility model provides a kind of pull force calculation machine with fixing device, including fixed plate 1, directional wheel 2, universal wheel
3, supporting rod 4, lateral fixed link 5, switch rack structure 6, mobile fixed-block-architecture (FBA) 7, pulling force fixed folder structure 8, threaded rod 9, rotation
Turn nut 10, barre 11, control cabinet 12, pulling force sensor 13, connecting rod 14, connecting plate 15, display 16, pull switch 17,
Rotary switch 18, rapid fixing 19 and pull force calculation machine 20,2 bolt of directional wheel are fixed on the lower end of fixed plate 1
Leftward position；3 bolt of universal wheel is fixed on the lower end right positions of fixed plate 1；The supporting rod 4 is respectively welded at
At left and right sides of the upper end of fixed plate 1；The lateral fixed link 5 is welded on the upper end position of supporting rod 4 and supporting rod 4；It is described
6 bolt of switch rack structure be fixed on the upper end position of lateral fixed link 5；The pulling force fixed folder structure 8 is welded on fixation
The upper end centre position of plate 1；The threaded rod 9 is threaded in the bosom position of lateral fixed link 5；The movement
Fixed-block-architecture (FBA) 7 is socketed in the lower end position of threaded rod 9；The rotating nuts 10 are threaded in outside the top of threaded rod 9
Wall position；The barre 11 is threaded in the centre position of the left and right sides of rotating nuts 10 respectively；The control cabinet
12 are welded on the left lower position for the supporting rod 4 that left side is arranged；The pulling force sensor 13 is fixed on the upper end of fixed plate 1
Leftward position；The connecting rod 14 is welded on the left upper portion position of mobile fixed-block-architecture (FBA) 7；15 bolt of connecting plate
It is connected to the upper end position of pulling force sensor 13；16 bolt of display is fixed among the front surface top of control cabinet 12
Position；17 bolt of pull switch is fixed on the front surface lower left side position of control cabinet 12；The rotary switch 18
Bolt is fixed on the lower part right positions of the front surface lower left side position of control cabinet 12；19 bolt of rapid fixing
It is fixed on the leftward position of fixed plate 1；20 bolt of pull force calculation machine is fixed on the bosom position of control cabinet 12；Institute
The switch rack structure 6 stated includes supporting slider 61, mobile bar 62, motor 63, level-one grafting block 64, connection bolt 65 and positioning spiral shell
Bolt 66, the position between the mobile bar 62 sliding clamping and supporting slider 61；63 bolt of motor is fixed on movement
The upper end centre position of bar 62；The level-one grafting block 64 is socketed on the output shaft of motor 63；The connection bolt 65
It is threaded in the lower right side position of level-one grafting block 64；The positioning bolt 66 runs through the supporting slider 61 of left side setting
Bosom position be threaded in 62 left position of mobile bar.
In above-described embodiment, specifically, the lateral fixed link 5 offers the stainless steel of threaded hole using centre position
Bar；The control cabinet 12 uses thickness for two millimeters to four millimeters of stainless steel case；The threaded rod 9 is using with outer spiral shell
The stainless steel of line；The upper end of the threaded rod 9 is welded with link block.
In above-described embodiment, specifically, the supporting slider 61 offers the stainless steel of sliding slot using side；It is described
The left side of supporting slider 61 be provided with through-hole；The positioning bolt 66 is inside the through-hole that 61 left side of supporting slider is arranged；
The mobile bar 62 is provided at both ends with sliding block；The bosom position of the mobile bar 62 offers through-hole；Described
The lower middle position of level-one grafting block 64 offers spliced eye；The upper middle position of the level-one grafting block 64 offers
Sleeve joint hole.
In above-described embodiment, specifically, the connecting rod 14 is bolted to the upper middle position of connecting plate 15；Institute
The sliding block sliding for 62 both ends of the mobile bar setting stated is connected to inside the sliding slot that 61 side of supporting slider opens up.
In above-described embodiment, specifically, the mobile fixed-block-architecture (FBA) 7 includes latch segment 71, two level grafting block 72, lock
Tight plate 73, clamping screw 74 and locking hole 75, the two level grafting block 72 are welded on the upper end centre position of latch segment 71；Institute
The clamping screw 74 stated is threaded in the right side centre position of latch segment 71；The latch 73 is welded on clamping screw 74
Left position；The locking hole 75 is opened in the lower middle position of latch segment 71；The setting of latch 73 is being locked
The inner right side position of tieholen 75.
In above-described embodiment, specifically, the inside of the two level grafting block 72 is inlaid with conventional bearings；The locking
The leftward position splicing of plate 73 has rubber pad；The inside left position of the locking hole 75, which is glued, rubber pad；The spiral shell
The lower end of rasp bar 9 is plugged on the inner ring position for the conventional bearings inlayed inside two level grafting block 72；The latch segment 71 uses
Right positions offer the piece of stainless steel of threaded hole.
In above-described embodiment, specifically, the pulling force fixed folder structure 8 includes pulling force fixed block 81, fixing clip 82,
Mobile fixture block 83, sliding shoe 84, fixing bolt 85 and fixing bearing 86；The fixing clip 82 is welded on pulling force fixed block 81
Upper end leftward position；The mobile fixture block 83 is welded on the upper end position of sliding shoe 84；85 screw thread of fixing bolt
It is connected to the right side inside middle position of pulling force fixed block 81；The fixing bearing 86 is embedded in the inside of pulling force fixed block 81
Leftward position；85 screw thread of fixing bolt runs through the bosom position of sliding shoe 84.
In above-described embodiment, specifically, the rapid fixing 19 includes link block 191, fixed seat 192 is flat
Swingle 193, floor plate 194 and foundation bolt 195, the fixed seat 192 are welded on the left side interposition of link block 191
It sets；193 axis of flat swingle is connected on the left side centre position of fixed seat 192；194 axis of floor plate is connected on flat
193 upper right position of swingle；The foundation bolt 195 runs through the bosom position of floor plate 194.
In above-described embodiment, specifically, the pulling force fixed block 81 offers the stainless steel of sliding slot using upper position
Block；The sliding shoe 84 offers the piece of stainless steel of threaded hole using bosom position.
In above-described embodiment, specifically, the sliding of sliding shoe 84 is connected to 81 upper position of pulling force fixed block and opens up
Sliding slot inside；The left end of the fixing bolt 85 is plugged on the inner ring position of fixing bearing 86；The pulling force fixed block
81 are arranged the right positions in pulling force sensor 13.
In above-described embodiment, specifically, the pull force calculation machine 20 is electrically connected display 16.
In above-described embodiment, specifically, the pull force calculation machine 20 is electrically connected pulling force sensor 13.
In above-described embodiment, specifically, the pull force calculation machine 20 is electrically connected pull switch 17.
In above-described embodiment, specifically, the rotary switch 18 is electrically connected motor 63.
Operation principle
In the utility model, when work, it is placed in the upper end of pulling force fixed block 81 material or article to be tested is needed
Between position, rotary fixing screw bolt 85 makes sliding shoe 84 move, mobile fixture block 83 driven to move, and keeps mobile fixture block 83 and pulling force solid
Determine block 81 and quickly fix the material or article for needing to detect pulling force, the upper ends of material or article in locking hole 75
Portion rotates clamping screw 74, and latch segment 71 and latch 73 is made to clamp material or object, opens pull switch 17, makes pulling force
Detection machine 20 is started to work, then opens rotary switch 18, makes motor 63 that threaded rod 9 be driven to rotate, pull detected material or
Article, by pull force calculation machine 20, makes pulling force sensor 13 test pulling force, passes through by driving connecting rod 14 and connecting plate 15
Pull force calculation machine 20 controls the pulling force of display 16 display material and article, when necessary, can catch the rotation rotation spiral shell of barre 11
Mother 10 carries out tensile test, and pull force calculation machine 20 controls the pulling force of display 16 display material and article, to complete work.
Using technical solution described in the utility model or those skilled in the art in technical solutions of the utility model
Under inspiration, similar technical solution is designed, and reaches above-mentioned technique effect, is the protection model for falling into the utility model
It encloses.
Claims (10)
1. a kind of pull force calculation machine with fixing device, which is characterized in that should include with the pull force calculation machine of fixing device
Fixed plate (1), directional wheel (2), universal wheel (3), supporting rod (4), lateral fixed link (5), switch rack structure (6) are mobile to fix
Block structure (7), pulling force fixed folder structure (8), threaded rod (9), rotating nuts (10), barre (11), control cabinet (12), pulling force pass
Sensor (13), connecting rod (14), connecting plate (15), display (16), pull switch (17), rotary switch (18) are quickly fixed
Device (19) and pull force calculation machine (20), the directional wheel (2) bolt are fixed on the lower end leftward position of fixed plate (1)；Institute
Universal wheel (3) bolt stated is fixed on the lower end right positions of fixed plate (1)；The supporting rod (4) is respectively welded at fixation
At left and right sides of the upper end of plate (1)；The lateral fixed link (5) is welded on the upper end position of supporting rod (4) and supporting rod (4)；
Described switch rack structure (6) bolt is fixed on the upper end position of lateral fixed link (5)；The pulling force fixed folder structure (8)
It is welded on the upper end centre position of fixed plate (1)；The threaded rod (9) is threaded in the inside of lateral fixed link (5)
Between position；The mobile fixed-block-architecture (FBA) (7) is socketed in the lower end position of threaded rod (9)；Described rotating nuts (10) spiral shell
Line is connected to the external wall of upper portion position of threaded rod (9)；The barre (11) is threaded in a left side for rotating nuts (10) respectively
The centre position of right both sides；The control cabinet (12) is welded on the left lower position for the supporting rod (4) that left side is arranged；It is described
Pulling force sensor (13) be fixed on the upper end leftward position of fixed plate (1)；The connecting rod (14) is welded on mobile fixation
The left upper portion position of block structure (7)；The connecting plate (15) is bolted to the upper end position of pulling force sensor (13)；Institute
Display (16) bolt stated is fixed on the front surface upper middle position of control cabinet (12)；Described pull switch (17) bolt
It is fixed on the front surface lower left side position of control cabinet (12)；Described rotary switch (18) bolt is fixed on control cabinet (12)
The lower part right positions of front surface lower left side position；Described rapid fixing (19) bolt is fixed on fixed plate (1)
Leftward position；Described pull force calculation machine (20) bolt is fixed on the bosom position of control cabinet (12)；The switch rack
Structure (6) includes supporting slider (61), mobile bar (62), motor (63), level-one grafting block (64), connection bolt (65) and positioning
Bolt (66), the position between the mobile bar (62) sliding clamping and supporting slider (61)；Described motor (63) bolt
It is fixed on the upper end centre position of mobile bar (62)；The level-one grafting block (64) is socketed on the output shaft of motor (63)；
The connection bolt (65) is threaded in the lower right side position of level-one grafting block (64)；The positioning bolt (66) passes through
The bosom position for wearing the supporting slider (61) that left side is arranged is threaded in mobile bar (62) left position.
2. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that the lateral fixed link
(5) centre position is used to offer the stainless steel of threaded hole；The control cabinet (12) uses thickness for two millimeters to four millis
The stainless steel case of rice；The threaded rod (9) is using with externally threaded stainless steel；It welds the upper end of the threaded rod (9)
It is connected to link block.
3. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that the supporting slider (61)
The stainless steel of sliding slot is offered using side；It is provided with through-hole on the left of the supporting slider (61)；The positioning bolt
(66) run through inside the through-hole being arranged on the left of supporting slider (61)；The mobile bar (62) is provided at both ends with sliding block；It is described
The bosom position of mobile bar (62) offer through-hole；The lower middle position of the level-one grafting block (64) offers
Spliced eye；The upper middle position of the level-one grafting block (64) offers sleeve joint hole.
4. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that described connecting rod (14) spiral shell
Tether the upper middle position for being connected on connecting plate (15)；The sliding block sliding of mobile bar (62) both ends setting is connected to support
Inside the sliding slot that slide bar (61) side opens up.
5. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that the mobile fixed agllutination
Structure (7) includes latch segment (71), two level grafting block (72), latch (73), clamping screw (74) and locking hole (75), described
Two level grafting block (72) is welded on the upper end centre position of latch segment (71)；The clamping screw (74) is threaded in locking
The right side centre position of block (71)；The latch (73) is welded on the left position of clamping screw (74)；The locking
Hole (75) is opened in the lower middle position of latch segment (71)；Latch (73) setting is right in the inside of locking hole (75)
Side position.
6. carrying the pull force calculation machine of fixing device as claimed in claim 5, which is characterized in that the two level grafting block
(72) inside is inlaid with conventional bearings；The leftward position splicing of the latch (73) has rubber pad；The locking hole
(75) inside left position, which is glued, rubber pad；It is internal that the lower end of the threaded rod (9) is plugged on two level grafting block (72)
The inner ring position for the conventional bearings inlayed；The latch segment (71) offers the piece of stainless steel of threaded hole using right positions.
7. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that the pulling force geometrical clamp knot
Structure (8) includes pulling force fixed block (81), fixing clip (82), mobile fixture block (83), sliding shoe (84), fixing bolt (85) and is consolidated
Dead axle is held (86)；The fixing clip (82) is welded on the upper end leftward position of pulling force fixed block (81)；The mobile folder
Block (83) is welded on the upper end position of sliding shoe (84)；The fixing bolt (85) is threaded in pulling force fixed block (81)
Right side inside middle position；The fixing bearing (86) is embedded in the inside left position of pulling force fixed block (81)；Described
Fixing bolt (85) screw thread runs through the bosom position of sliding shoe (84).
8. carrying the pull force calculation machine of fixing device as claimed in claim 7, which is characterized in that the pulling force fixed block
(81) upper position is used to offer the piece of stainless steel of sliding slot；The sliding shoe (84) offers spiral shell using bosom position
The piece of stainless steel of pit.
9. carrying the pull force calculation machine of fixing device as claimed in claim 7, which is characterized in that the sliding shoe (84) is sliding
It is dynamic to be connected to inside the sliding slot that pulling force fixed block (81) upper position opens up；The left end of the fixing bolt (85) is plugged on solid
Dead axle holds the inner ring position of (86)；Right positions of pulling force fixed block (81) setting in pulling force sensor (13).
10. carrying the pull force calculation machine of fixing device as described in claim 1, which is characterized in that the quick fixed dress
It includes link block (191), fixed seat (192), flat swingle (193), floor plate (194) and foundation bolt (195) to set (19),
The fixed seat (192) is welded on the left side centre position of link block (191)；Described flat swingle (193) axis is connected on
The left side centre position of fixed seat (192)；Described floor plate (194) axis is connected on flat swingle (193) upper right position；
The foundation bolt (195) runs through the bosom position of floor plate (194).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820500688.3U CN207991942U (en) | 2018-04-10 | 2018-04-10 | A kind of pull force calculation machine with fixing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820500688.3U CN207991942U (en) | 2018-04-10 | 2018-04-10 | A kind of pull force calculation machine with fixing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207991942U true CN207991942U (en) | 2018-10-19 |
Family
ID=63831702
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820500688.3U Expired - Fee Related CN207991942U (en) | 2018-04-10 | 2018-04-10 | A kind of pull force calculation machine with fixing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207991942U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110296891A (en) * | 2019-08-07 | 2019-10-01 | 广州奥图弹簧有限公司 | Riveting pull-out force test device for automobile connecting piece |
-
2018
- 2018-04-10 CN CN201820500688.3U patent/CN207991942U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110296891A (en) * | 2019-08-07 | 2019-10-01 | 广州奥图弹簧有限公司 | Riveting pull-out force test device for automobile connecting piece |
| CN110296891B (en) * | 2019-08-07 | 2022-02-18 | 广州奥图弹簧有限公司 | Riveting pull-out force test device for automobile connecting piece |
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