CN208476461U - Full-automatic dynamic wheel balancing and run-out tolerance detect testing machine - Google Patents
Full-automatic dynamic wheel balancing and run-out tolerance detect testing machine Download PDFInfo
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- CN208476461U CN208476461U CN201821050419.8U CN201821050419U CN208476461U CN 208476461 U CN208476461 U CN 208476461U CN 201821050419 U CN201821050419 U CN 201821050419U CN 208476461 U CN208476461 U CN 208476461U
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Abstract
Full-automatic dynamic wheel balancing and run-out tolerance detection testing machine belong to microtest apparatus field.It includes: dynamic balance detector structure, PLC electric control box, rack, touch screen operation bench and run-out tolerance testing agency composition that it, which is formed,.Equipment application high accuracy displacement sensor is accurate to detect run-out tolerance amplitude.Run-out tolerance testing agency uses three sets of servo-systems, is adaptable to the wheel movable pendulum difference test requirements document of different shape and different-diameter.The power source for controlling wheel rotation is servo motor, can be precisely controlled the revolving speed and detection circle number of wheel.It is controlled in terms of electrical control using PLC and touch screen, using servo motor as power source, is responsible for whole operating instructions and the implementation of equipment.
Description
Technical field
Full-automatic dynamic wheel balancing and run-out tolerance detection testing machine efficiently solves the dynamic balancing of wheel and run-out tolerance detects automatically
Problem.Belong to microtest apparatus field.
Background technique
Same type equipment not yet domestic at present, the detection of dynamic wheel balancing and run-out tolerance rely on import equipment.Based on this, I
Develop full-automatic dynamic wheel balancing and run-out tolerance detection testing machine, be allowed on the basis of detection accuracy is met the requirements, realize
Detection process automation, meets the requirement of factory automation production.This domestic blank is filled up.
Summary of the invention
The present invention provides a kind of full-automatic dynamic wheel balancing and run-out tolerance detection testing machine.Equipment is sensed using high precision displacement
Device detects wheel run-out tolerance.The power source for controlling wheel rotation is servo motor, can be precisely controlled the revolving speed of wheel with
Detection circle number.The back-and-forth motion of run-out tolerance testing agency uses servo motor, it is ensured that detector is fitted closely with wheel rim, and is adapted to
In the wheel of different-diameter.The power source of testing agency moved up and down also is servo motor, is adapted to wheel of different shapes.
Technical solution of the present invention is: by dynamic balance detector structure 1, PLC electric control box 2, rack 3, touching
It touches screen operation bench 4 and run-out tolerance testing agency 5 forms.Dynamic balance detector structure 1 is connect with rack 3 by bolt group；PLC electric-controlled
Case 2 processed is connect with touch screen operation bench 4 by data/address bus；Run-out tolerance testing agency 5 is connect with rack 3 by bolt group；Run-out tolerance
Testing agency 5 is connect with touch screen operation bench 4 and PLC electric control box 2 by data line respectively.
It is controlled in terms of electrical control using PLC and touch screen, using servo motor as power source, is responsible for equipment
Whole operating instructions and implementation.
Gain effect of the invention:
In structure: equipment reduces human intervention by the way of detection dynamic balancing automatically and run-out tolerance, guarantees detection essence
Degree.Using touch screen as human interface, while making simple operation, also makes the setting of operation data more flexible, be allowed to
It is able to satisfy the testing requirements of different wheel.Equipment rack uses the welding structure of steel plate and square steel, both easy to process, in turn ensures
Enough stiffness and strength.Testing agency uses three sets of servo-systems, is adaptable to the wheel pendulum of different shape and different-diameter
Poor test requirements document.
It is upper in control: high accuracy displacement sensor is applied, it is accurate to detect run-out tolerance amplitude；Using servo motor as dynamic balancing
The power source of driving is allowed to be able to satisfy the demand of different rotating speeds from different circle number tests.
Detailed description of the invention
Fig. 1 is whole main view of the invention；
Fig. 2 is the main view of dynamic balance detector structure of the present invention；
Fig. 3 is the top view of run-out tolerance testing agency of the present invention；
Fig. 4 is the front view of run-out tolerance of the present invention weighing apparatus testing agency；
Fig. 5 is the dorsal view of run-out tolerance testing agency of the present invention.
Specific embodiment
Referring to Fig.1 shown in, the full-automatic dynamic wheel balancing of the present invention and run-out tolerance detection testing machine by dynamic balance detector structure 1,
PLC electric control box 2, rack 3, touch screen operation bench 4 and run-out tolerance testing agency 5 form.Dynamic balance detector structure 1 and rack 3
It is connected by bolt group；PLC electric control box 2 is connect with touch screen operation bench 4 by data/address bus；Run-out tolerance testing agency 5 with
Rack 3 is connected by bolt group；Run-out tolerance testing agency 5 passes through data with touch screen operation bench 4 and PLC electric control box 2 respectively
Line connection；
Referring to shown in Fig. 2, tensioning frame 1-1 is bolted with rack；It is tensioned link block 1-2 and rotating servo frame 1-3
It is bolted；Rotating servo frame 1-3 is bolted with rotating servo motor 1-4；Motor synchronous pulley 1-5 and rotation
Servo motor 1-4 is connected by flat key；Motor synchronous pulley 1-5 passes through synchronous band connection with driven wheel 1-6；Driven wheel 1-6 with
Rotary shaft 1-7 is bolted；Attachment base 1-9 is bolted with driven wheel 1-6；High-speed connectors 1-8 and attachment base 1-9
It is bolted；Bearing chamber lower cover 1-10 is bolted with bearing chamber 1-11；Bearing chamber bracket 1-12 and bearing chamber
1-11 is bolted；Pull rod 1-13 is connect with bearing chamber bracket 1-12 by nut；Bearing chamber upper press cover 1-14 and bearing
Room 1-11 is bolted；Lower terminal pad 1-15 and rotary shaft 1-7 is bolted；Support base 1-16 and lower terminal pad 1-
15 are bolted；Sealing block 1-17 is bolted with support base 1-16；Sealing block 1-17 and tension mandrel 1-23 is logical
It crosses and is bolted；Upper terminal pad 1-18 and support base 1-16 is bolted；Upper terminal pad 1-18 and slide 1-19 pass through spiral shell
It tethers and connects；Clamping jaw 1-20 is connect with tension mandrel 1-23 by the conical surface；Rotating disc 1-22 is bolted with clamping jaw 1-20；Draw
Enter a 1-21 and tension mandrel 1-23 to be bolted；
Referring to shown in Fig. 3, Fig. 4, Fig. 5, measurement bottom plate 5-1 is bolted with rack；Advance servo motor 5-2 is with before
It is bolted into servo frame 5-3；Advance servo frame 5-3 is bolted with measurement bottom plate 5-1；Advance servo motor 5-
2 are connect with advance lead screw 5-4 by shaft coupling；Advance lead screw bearing chamber 5-5 is bolted with measurement bottom plate 5-1；Advance
Guide rail 5-6 is bolted with measurement bottom plate 5-1；Advance chassis 5-7 is bolted with advance guide rail 5-6；Advance bottom
Frame 5-7 is connect with advance lead screw 5-4 by nut seat；Upper measuring head 5-8 is bolted with upper measurement seat 5-9；Upper measurement
Seat 5-9 and upper cross slide way 5-19 is bolted；Upper cross slide way 5-19 is bolted with upper longitudinal base plate 5-10；
Upper fixed bottom plate 5-15 is connect with upper longitudinal base plate 5-10 by spring；Spring support 01, spring support 02 and upper fixed bottom plate
5-15 is bolted；Upper longitudinal displacement sensor 5-12 is connect with upper longitudinal sensor seat 5-13 by jackscrew；Upper longitudinal direction
Sensor holder 5-13 is bolted with upper fixed bottom plate 5-15；I 5-16 of displacement sensor contact and upper longitudinal base plate 5-10
It is bolted；Upper lateral displacement sensor 5-17 is connect with upper lateral pickup seat 5-18 by jackscrew；Upper laterally sensing
Device seat 5-18 is bolted with upper longitudinal base plate 5-10；Lower measuring head 5-20 is bolted with lower measurement seat 5-21；
Lower measurement seat 5-21 is bolted with lower cross slide way 5-31；Lower cross slide way 5-31 and lower longitudinal base plate 5-22 pass through spiral shell
It tethers and connects；Lower fixed bottom plate 5-27 is connect with lower longitudinal base plate 5-22 by spring；Spring support 03, spring support 04 with it is lower solid
Determine bottom plate 5-27 to be bolted；Lower longitudinal displacement sensor 5-24 is connect with lower longitudinal sensor seat 5-25 by jackscrew；
Lower longitudinal sensor seat 5-25 is bolted with lower fixed bottom plate 5-27；II 5-28 of displacement sensor contact and lower longitudinal bottom
Plate 5-22 is bolted；Lower lateral displacement sensor 5-29 is connect with lower lateral pickup seat 5-30 by jackscrew；Lower cross
It is bolted to sensor holder 5-30 and lower longitudinal base plate 5-22；Lower shift servo 5-32 and lower servo seat 5-33 pass through spiral shell
It tethers and connects；Lower shift servo 5-32 is connect with lower mobile lead screw 5-34 by shaft coupling；Upper shift servo 5-37 and upper servo seat
5-36 is bolted；Upper shift servo 5-37 is connect with upper mobile lead screw 3-35 by shaft coupling；Lower servo seat 5-33, on
Servo seat 5-36 is bolted with advance servo frame 5-3.
Claims (3)
1. full-automatic dynamic wheel balancing and run-out tolerance detect testing machine, it is characterised in that: full-automatic dynamic wheel balancing and run-out tolerance detection
Testing machine is detected by dynamic balance detector structure (1), PLC electric control box (2), rack (3), touch screen operation bench (4) and run-out tolerance
Mechanism (5) composition；Dynamic balance detector structure (1) is connect with rack (3) by bolt group；PLC electric control box (2) and touch screen
Operation bench (4) is connected by data/address bus；Run-out tolerance testing agency (5) is connect with rack (3) by bolt group；Run-out tolerance testing agency
(5) it is connect respectively with touch screen operation bench (4) and PLC electric control box (2) by data line.
2. full-automatic dynamic wheel balancing according to claim 1 and run-out tolerance detect testing machine, it is characterised in that: tensioning frame
(1-1) is bolted with rack；Tensioning link block (1-2) is bolted with rotating servo frame (1-3)；Rotating servo
Frame (1-3) is bolted with rotating servo motor (1-4)；Motor synchronous pulley (1-5) and rotating servo motor (1-4) are logical
Cross flat key connection；Motor synchronous pulley (1-5) passes through synchronous band connection with driven wheel (1-6)；Driven wheel (1-6) and rotary shaft
(1-7) is bolted；Attachment base (1-9) is bolted with driven wheel (1-6)；High-speed connectors (1-8) and attachment base
(1-9) is bolted；Bearing chamber lower cover (1-10) is bolted with bearing chamber (1-11)；Bearing chamber bracket (1-
12) it is bolted with bearing chamber (1-11)；Pull rod (1-13) is connect with bearing chamber bracket (1-12) by nut；Bearing chamber
Upper press cover (1-14) is bolted with bearing chamber (1-11)；Lower terminal pad (1-15) and rotary shaft (1-7) are connected by bolt
It connects；Support base (1-16) is bolted with lower terminal pad (1-15)；Sealing block (1-17) and support base (1-16) pass through spiral shell
It tethers and connects；Sealing block (1-17) is bolted with tension mandrel (1-23)；Upper terminal pad (1-18) and support base (1-16)
It is bolted；Upper terminal pad (1-18) is bolted with slide (1-19)；Clamping jaw (1-20) and tension mandrel (1-
23) it is connected by the conical surface；Rotating disc (1-22) is bolted with clamping jaw (1-20)；Introduce head (1-21) and tension mandrel
(1-23) is bolted.
3. full-automatic dynamic wheel balancing according to claim 1 and run-out tolerance detect testing machine, it is characterised in that: measurement bottom plate
(5-1) is bolted with rack；Advance servo motor (5-2) is bolted with advance servo frame (5-3)；Advance is watched
Frame (5-3) is taken to be bolted with measurement bottom plate (5-1)；Advance servo motor (5-2) and advance lead screw (5-4) pass through shaft coupling
Device connection；Advance lead screw bearing chamber (5-5) is bolted with measurement bottom plate (5-1)；Advance guide rail (5-6) and measurement bottom plate
(5-1) is bolted；Advance chassis (5-7) is bolted with advance guide rail (5-6)；Advance chassis (5-7) is with before
It is connected into lead screw (5-4) by nut seat；Upper measuring head (5-8) is bolted with upper measurement seat (5-9)；Upper measurement seat
(5-9) is bolted with upper cross slide way (5-19)；Upper cross slide way (5-19) and upper longitudinal base plate (5-10) pass through spiral shell
It tethers and connects；Upper fixed bottom plate (5-15) is connect with upper longitudinal base plate (5-10) by spring；Spring support 01, spring support 02 with
Upper fixed bottom plate (5-15) is bolted；Upper longitudinal displacement sensor (5-12) passes through with upper longitudinal sensor seat (5-13)
Jackscrew connection；Upper longitudinal sensor seat (5-13) is bolted with upper fixed bottom plate (5-15)；Displacement sensor contact I
(5-16) is bolted with upper longitudinal base plate (5-10)；Upper lateral displacement sensor (5-17) and upper lateral pickup seat
(5-18) is connected by jackscrew；Upper lateral pickup seat (5-18) is bolted with upper longitudinal base plate (5-10)；Lower measurement
Head (5-20) is bolted with lower measurement seat (5-21)；Lower measurement seat (5-21) and lower cross slide way (5-31) pass through bolt
Connection；Lower cross slide way (5-31) is bolted with lower longitudinal base plate (5-22)；Lower fixed bottom plate (5-27) and lower longitudinal direction
Bottom plate (5-22) is connected by spring；Spring support 03, spring support 04 and lower fixed bottom plate (5-27) are bolted；Under
Longitudinal displacement sensor (5-24) is connect with lower longitudinal sensor seat (5-25) by jackscrew；Lower longitudinal sensor seat (5-25) with
Lower fixed bottom plate (5-27) is bolted；Displacement sensor contact II (5-28) and lower longitudinal base plate (5-22) pass through bolt
Connection；Lower lateral displacement sensor (5-29) is connect with lower lateral pickup seat (5-30) by jackscrew；Lower lateral pickup seat
(5-30) is bolted with lower longitudinal base plate (5-22)；Lower shift servo (5-32) and lower servo seat (5-33) pass through bolt
Connection；Lower shift servo (5-32) is connect with lower mobile lead screw (5-34) by shaft coupling；Upper shift servo (5-37) with above watch
Seat (5-36) is taken to be bolted；Upper shift servo (5-37) is connect with upper mobile lead screw (3-35) by shaft coupling；Under watch
Seat (5-33), upper servo seat (5-36) and advance servo frame (5-3) is taken to be bolted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821050419.8U CN208476461U (en) | 2018-07-04 | 2018-07-04 | Full-automatic dynamic wheel balancing and run-out tolerance detect testing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821050419.8U CN208476461U (en) | 2018-07-04 | 2018-07-04 | Full-automatic dynamic wheel balancing and run-out tolerance detect testing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208476461U true CN208476461U (en) | 2019-02-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821050419.8U Active CN208476461U (en) | 2018-07-04 | 2018-07-04 | Full-automatic dynamic wheel balancing and run-out tolerance detect testing machine |
Country Status (1)
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| CN (1) | CN208476461U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110398355A (en) * | 2019-07-11 | 2019-11-01 | 吉林瑞铭机电设备有限公司 | The EPS flank of tooth merges forming machine |
| CN110686828A (en) * | 2018-07-04 | 2020-01-14 | 吉林瑞铭机电设备有限公司 | Full-automatic wheel dynamic balance and swing error detection testing machine |
-
2018
- 2018-07-04 CN CN201821050419.8U patent/CN208476461U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110686828A (en) * | 2018-07-04 | 2020-01-14 | 吉林瑞铭机电设备有限公司 | Full-automatic wheel dynamic balance and swing error detection testing machine |
| CN110686828B (en) * | 2018-07-04 | 2024-07-16 | 吉林瑞铭机电设备有限公司 | Full-automatic wheel dynamic balance and balance detection testing machine |
| CN110398355A (en) * | 2019-07-11 | 2019-11-01 | 吉林瑞铭机电设备有限公司 | The EPS flank of tooth merges forming machine |
| CN110398355B (en) * | 2019-07-11 | 2024-02-13 | 吉林瑞铭机电设备有限公司 | EPS tooth surface running-in forming machine |
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