CN206038131U - Dynamic whole balance weighing platform of front and back end embedding axle recognizer - Google Patents
Dynamic whole balance weighing platform of front and back end embedding axle recognizer Download PDFInfo
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- CN206038131U CN206038131U CN201620895328.9U CN201620895328U CN206038131U CN 206038131 U CN206038131 U CN 206038131U CN 201620895328 U CN201620895328 U CN 201620895328U CN 206038131 U CN206038131 U CN 206038131U
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- weighing platform
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Abstract
The utility model belongs to the heavy weighing apparatus field of highway car meter, concretely relates to front and back end imbeds the whole balance weighing platform of axle recognizer. Dynamic whole balance weighing platform of front and back end embedding axle recognizer sets up the whole balance weighing platform of step including the left side of front and back end, axle recognizer mesa, and whole balance weighing sensor, axle discernment sensor, is the step diagonal nodical 22 the screw socket, is axle recognizer mesa diagonal nodical 22 immerse oneself in the through -hole, the spacing bolt of axle recognizer mesa, cylindric spacing spring. The utility model discloses dynamic whole balance weighing platform of front and back end embedding axle recognizer's useful part is the basis that does not need construction alone to be wheel shaft recognizer, does not damage the longitudinal girder structure of current whole balance weighing platform, and processing is convenient, compact structure, because the spacing bolted construction of axle recognizer mesa of axle recognizer mesa, axle recognizer mesa is difficult for toppling, useful part in addition, the construction is simple, the reliable operation, can redundant meter heavy or not stop the meter heavy, it is convenient to keep in repair.
Description
Technical field
This utility model belongs to highway automobile weight calculation weighing apparatus field, and in particular to a kind of embedded axle evaluator in front and back end
Dynamic entirety scale weighing platform.
Background technology
In vehicle weighing field, overall scale dynamic weighing is not problem, and problem is the number of axle for recognizing vehicle, then presses axle point
With axle weight.The dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end provides a kind of " scale on scale " technical side
Case.The dynamic entirety scale weighing platform technical scheme of the embedded axle evaluator in this utility model front and back end is embedded in my house journal front end
The overall scale weighing platform (patent No. of axle evaluator：2015208993114) new solution for updating is improved on the basis of.Front and back end
The dynamic entirety scale weighing platform of embedded axle evaluator, using former and later two axle evaluators, it is possible to achieve overall scale dynamic weight calculation or superfluous
Remaining weight calculation.The technical scheme of the dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end is, with tested vehicle
Front vehicle wheel first presses the front end for weighing platform, in the left side of the front and back end of overall scale weighing platform, respectively arranges a downward local rectangle platform
Rank, the installation axle evaluator on the step, i.e. " the overall scale weighing platform of the embedded axle evaluator of front and back end step ".
Utility model content
According to the technical scheme of the dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end, i.e. " AM/BAM
The scheme of the overall scale weighing platform of the embedded axle evaluator of rank "：The dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end, including in front and back
The left side at end arranges the overall scale weighing platform of step, axle evaluator table top, overall scale LOAD CELLS, axle identification sensor, step
Diagonal intersection pointScrew socket, axle identifier station face diagonal intersection pointImmerse oneself in through hole, axle evaluator table top caging bolt,
Cylindric limit spring, is characterized in that, as shown in figure 1, the front end as weighing platform is first pressed with the front vehicle wheel of tested vehicle, in overall scale
The left side on edge on weighing platform front-end and back-end, arranges downward local rectangular step, and the size of rectangular step is 300*1800*200
Millimeter, ledge surface steel plate welding production, the corner of step is axle identification sensor base, in two cornerwise intersection point of step
One screw socket is set, and the periphery of screw socket is the spring pedestal of spill；Axle evaluator is set on step, and axle evaluator table top is flat
Tabular steel plate table top, mesa dimensions are 300*1800 millimeters；In the diagonal point of intersection of axle evaluator table top, countersunk bolt is set
Through hole, axle evaluator table top caging bolt is screwed into step pair through through hole and the cylindric limit spring of axle evaluator table top
Linea angulata intersection pointScrew socket, axle evaluator table top, on the step on the left of overall scale weighing platform front and back end；It is embedding in front and back end
Enter under the dynamic entirety scale weighing platform of axle evaluator, it is same that overall scale LOAD CELLS is installed.
The dynamic entirety scale weighing platform of the embedded axle evaluator in described front and back end, is characterized in that, axle identification sensor is arranged on
On four angles of the step, cylindric limit spring is arranged on two diagonal intersection points of the step；Correspondence is in axle identifier station
It is axle identification sensor under four angles in face, is cylindric spacing bullet under the through hole of two diagonal point of intersection of axle evaluator table top
Spring；The cylindrical shape that axle identifier station face pressure is arranged under the through hole of axle identification sensor and axle identifier station face diagonal point of intersection
In limit spring, corresponding through hole and cylindric limiting buffer spring of the axle evaluator table top caging bolt through axle evaluator table top
Cylinder, be screwed on step in corresponding screw socket；Swivel bolt adjustment axis evaluator table top level height, it is ensured that axle identifier station
Face and four axle identification sensor Mechanical Contact on step；Pad, adjustment axis evaluator table top is added and subtracted under axle identification sensor
Height is straight with overall scale weighing platform table top.
The dynamic entirety scale weighing platform of the embedded axle evaluator in described front and back end, is characterized in that, by symmetrical principle, whole
The right side on edge on the front and back end of body scale weighing platform, arranges downward local rectangular step, the installation axle evaluator on the step.
The operation principle summary of the dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end：Front and back end is embedded in
The two layer transducer structure of the dynamic entirety scale weighing platform of axle evaluator, it is ensured that the weighing platform of the structure, at the same obtain axle weight and
Gross weight.Vehicle is sailed and, and first wheel is pressed onto overall scale weighing platform and axle evaluator front end, and overall scale obtains first axle weight, axle
Evaluator obtains first axis information；First wheel is pressed onto axle evaluator rear end after a while, and axle evaluator obtains vehicle movement side
To information；Subsequent second wheel entirety scale and axle evaluator, overall scale obtain the gross weight of two axles, and axle evaluator obtains second
Individual axis information and direction of vehicle movement information；After again, overall scale obtains the gross weight of three axles, and axle evaluator obtains the 3rd axle letter
Breath and direction of vehicle movement information；----；Last entirety scale obtains gross combination weight, and axle evaluator obtains whole axis informations and vehicle
Direction of motion information；Host computer judges the type of vehicle according to axis information, by always reassigning each axle axle weight.If due to certain original
Cause, loses number of axle information, and vehicle drives off, and the axle evaluator of overall scale weighing platform rear end can measure number of axle information again, judge vehicle.
Due to measuring the number of axle twice, the number of axle can be judged with redundancy approach, improve the accuracy of measurement, improve the efficiency of measurement weight calculation.
The usefulness of the dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end is individually to apply
Work does the basis of Wheel axle identifier, does not damage the longitudinal girder structure of existing overall scale weighing platform, easy to process, compact conformation；By
In the axle evaluator table top caging bolt structure of axle evaluator table top, axle evaluator table top is difficult to topple；Its usefulness also has,
Construction is simple, reliable operation, and it is convenient to keep in repair.
Description of the drawings
Fig. 1 is the dynamic entirety scale weighing platform schematic diagram of the embedded axle evaluator in front and back end
Fig. 2 is the axle identifier station face component figure of the dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end
In figure：1st, rear and front end arranges the overall scale weighing platform of step, and 2, axle evaluator table top, 3, overall scale weighing and sensing
Device, 4, axle identification sensor, 5, step diagonal intersection pointScrew socket, 6, axle identifier station face diagonal intersection pointImmerse oneself in
Through hole, 7, axle evaluator table top caging bolt, 8, cylindric limit spring.
Specific embodiment
The dynamic entirety scale of the embedded axle evaluator in GQTd12-150t front and back ends produced with * * * * high-techs limited company
Weighing platform is specific embodiment, is described as follows：On the upper edge (wheel first press for front) of the front-end and back-end of overall scale weighing platform, keep left
Side, welds the local step of a downward 300*1800*200 millimeter with steel plate.The overall width of overall scale weighing platform is 2600 millis
Rice, on the left of front end, the width of step only has 1800 millimeters, and step does not traverse weighing platform, simply the local step of side.Overall scale
Longitudinal girder construction of weighing platform is constant, and horizontal girder construction shortens, and cuts a platform in the left side of front and back end, welds on platform lower
The steel plate (300*1800) of tape splicing reinforcement, used as step.The corner of step withBitangent is justified, and arranges axle evaluator sensing
Device base；In the diagonal intersection point of step, arrangeScrew socket.Axle evaluator mesa dimensions：Four side of 300*1800 steel plate strips adds
Strong muscle, arranges the bolt hole of countersunk bolt in the diagonal intersection point of axle evaluator table top.Install, the corner of step with
Axle evaluator sensor is set at bitangent circle, with pad adjustment axis evaluator sensor height, axle evaluator table top machinery is made
After four axle evaluator sensors of contact, table top is substantially flush with integral scale table face.Fixing axle evaluator sensor after adjustment
Base.Cylindric limiting buffer spring is set in step diagonal intersection point, axle evaluator table top caging bolt passes through axle evaluator
The cylinder of the corresponding through hole of table top and cylindric limiting buffer spring, is screwed into corresponding in before and after's stepIn screw socket.Adjust
The height of axle identification sensor, tightens bolt, makes axle evaluator table-surface level, and straight with overall scale weighing platform table top.Axle is recognized
Four axle identification sensor outputs under the corner of device table top are consistent, are close to null value or bigger.So, the embedded axle in rear and front end is known
The overall scale weighing platform of other device is manufactured successfully.As the sensor series of left and right two under axle evaluator table top are one group.By in front and back
The time difference of two groups of axle identification sensor outputs, can differentiate the direction of motion of vehicle.Under overall scale weighing platform, same setting is weighed
Sensor.Due to the weight going down of axle evaluator, overall scale obtains axle weight information simultaneously.
According to left-right symmetric relation, the right side on edge on the front and back end of overall scale weighing platform, same method arrange downward rectangle
Step and the corresponding axle evaluator of installation, and the same technical scheme of this utility model protection.
Recent application it was verified that the dynamic entirety scale weighing platform of the embedded axle evaluator in this utility model front and back end it is beneficial it
Place is individually need not to construct to do the basis of Wheel axle identifier, does not damage the longitudinal girder structure of existing overall scale weighing platform, processing
It is convenient, compact conformation；Due to the axle evaluator table top caging bolt structure of axle evaluator table top, axle evaluator table top is difficult to incline
Cover；Usefulness also has, and construction is simple, reliable operation, can be counted weight with redundancy or not parking weight calculation, and it is convenient to keep in repair.
Claims (3)
1. the dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end, arranges the overall scale scale of step including the left side of front and back end
Platform, axle evaluator table top, overall scale LOAD CELLS, axle identification sensor, 22 screw socket of step diagonal intersection point, axle evaluator
Table top diagonal intersection point 22 immerses oneself in through hole, and axle evaluator table top caging bolt, cylindric limit spring is characterized in that, with tested
The front vehicle wheel of vehicle first presses the front end for weighing platform, the left side on edge on overall scale weighing platform front-end and back-end, arranges downward local
Rectangular step, the size of rectangular step is 300*1800*200 millimeters, ledge surface steel plate welding production, and the corner of step is
Axle identification sensor base, arranges a screw socket in two cornerwise intersection point of step, and the periphery of screw socket is the spring pedestal of spill；
Axle evaluator is set on step, and axle evaluator table top is tabular steel plate table top, and mesa dimensions are 300*1800 millimeters；In axle
The diagonal point of intersection of evaluator table top arranges the through hole of countersunk bolt, and axle evaluator table top caging bolt passes through axle identifier station
The through hole in face and cylindric limit spring, are screwed into 22 screw socket of step diagonal intersection point, axle evaluator table top, installed in entirety
On step on the left of scale weighing platform front and back end；It is under the dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end, same to install overall
Scale LOAD CELLS.
2. the dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end as claimed in claim 1, is characterized in that, axle identification sensing
Device is arranged on four angles of the step, and cylindric limit spring is arranged on two diagonal intersection points of the step；Correspondence is in axle
It is axle identification sensor under four angles of evaluator table top, is cylinder under the through hole of two diagonal point of intersection of axle evaluator table top
Shape limit spring；Axle identifier station face pressure is arranged under the through hole of axle identification sensor and axle identifier station face diagonal point of intersection
Cylindric limit spring on, axle evaluator table top caging bolt through axle evaluator table top corresponding through hole and cylindrical shape it is spacing
The cylinder of buffer spring, is screwed on step in corresponding screw socket；Swivel bolt adjustment axis evaluator table top level height, it is ensured that axle
Evaluator table top and four axle identification sensor Mechanical Contact on step；Pad is added and subtracted under axle identification sensor, and adjustment axis are known
Other device table surface height is straight with overall scale weighing platform table top.
3. the dynamic entirety scale weighing platform of the embedded axle evaluator in front and back end as claimed in claim 1, is characterized in that, by symmetrical
Principle, the right side on edge on the front and back end of overall scale weighing platform arrange downward local rectangular step, and on the step, installation axle is known
Other device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620895328.9U CN206038131U (en) | 2016-08-18 | 2016-08-18 | Dynamic whole balance weighing platform of front and back end embedding axle recognizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620895328.9U CN206038131U (en) | 2016-08-18 | 2016-08-18 | Dynamic whole balance weighing platform of front and back end embedding axle recognizer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206038131U true CN206038131U (en) | 2017-03-22 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620895328.9U Active CN206038131U (en) | 2016-08-18 | 2016-08-18 | Dynamic whole balance weighing platform of front and back end embedding axle recognizer |
Country Status (1)
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106940216A (en) * | 2017-04-15 | 2017-07-11 | 山西国强高科股份有限公司 | A kind of embedded piezoelectricity Wheel axle identifier of suitable dynamic weight calculation weighing apparatus |
| CN107870027A (en) * | 2017-09-04 | 2018-04-03 | 东莞技研新阳电子有限公司 | A kind of elongated material metage device |
-
2016
- 2016-08-18 CN CN201620895328.9U patent/CN206038131U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106940216A (en) * | 2017-04-15 | 2017-07-11 | 山西国强高科股份有限公司 | A kind of embedded piezoelectricity Wheel axle identifier of suitable dynamic weight calculation weighing apparatus |
| CN106940216B (en) * | 2017-04-15 | 2023-12-26 | 山西国强高科股份有限公司 | Embedded piezoelectric wheel shaft identifier suitable for dynamic weighing apparatus |
| CN107870027A (en) * | 2017-09-04 | 2018-04-03 | 东莞技研新阳电子有限公司 | A kind of elongated material metage device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Dynamic integral scale platform with front and rear end embedded shaft identifier Effective date of registration: 20210421 Granted publication date: 20170322 Pledgee: Shanxi Financing Reinsurance Group Co.,Ltd. Pledgor: SHANXI GUOQIANG GAOKE Co.,Ltd. Registration number: Y2021140000010 |
|
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PC01 | Cancellation of the registration of the contract for pledge of patent right |
Date of cancellation: 20230316 Granted publication date: 20170322 Pledgee: Shanxi Financing Reinsurance Group Co.,Ltd. Pledgor: SHANXI GUOQIANG GAOKE CO.,LTD. Registration number: Y2021140000010 |
|
| PC01 | Cancellation of the registration of the contract for pledge of patent right |