CN1433917A

CN1433917A - Electronic track gauge

Info

Publication number: CN1433917A
Application number: CN 02109081
Authority: CN
Inventors: 赵建勇
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-01-25
Filing date: 2002-01-25
Publication date: 2003-08-06
Anticipated expiration: 2022-01-25
Also published as: CN1295110C

Abstract

The present invention relates to an electronic railway track gauge, its structure consists of two portions of mechanical transmission portion and control circuit portion, in which the exterior of the mechanical transmission portion is equipped with a rectangular support seat in which the horizon sensor, wheel track sensor and control circuit are mounted, and two ends of the support seat are respectively equipped with wheel track supporting wheel and horizontal travelling wheel, and the end head of the travelling wheel is equipped with mileage sensor, and the control circuit is connected with external portable keyboard and display screen by means of connector and the exterior of the support seat is equipped with a hand-pushing bar.

Description

Electronic track gauge

Technical field

The present invention relates to a kind of detecting device of railway track parameter, be adapted at detecting on the various rails and use.

Background technology

At present, the measurement of railway track parameter, mostly adopt the manual machinery mode to carry out, the width of railway track and parallelism kind of calliper, though equipment is simple, but its deficiency is the effort of taking a lot of work, survey precision is low, be difficult to reach technical requirements, because train speed-raising at present is strict more to the requirement of rail, measurement and maintenance to rail are just more important, in case rail occurs than large deviation, technical error will appear in the locomotive of high-speed cruising, no matter can cause very big loss economically with in the personal safety.

Summary of the invention

For solving the measurement of rail parameter, the invention provides a kind of electronic track gauge, utilize the accurate measurement of mechanical drive and electronic circuit two parts realization to the rail parameter.

Technical solution of the present invention is achieved in that electronic track gauge forms (as shown in Figure 2) by mechanical driving part and control circuit two parts, be an oblong bearing in the middle of the mechanical driving part wherein, at the bearing center horizon sensor is housed, track gauge sensor, control circuit board is housed simultaneously, the fixing combination hub in signal wire (SW) and side joins, the gauge support wheel is equipped with at the bearing two ends respectively, support wheel is fixed on the horizontal stand, with the bearing center is symmetrical structure, bar is equipped with in the horizontal stand both sides, return spring is equipped with in the inside, wherein inboard two ends bar all joins with track gauge sensor, two parallel walking wheels are equipped with perpendicular to support in the outside of support, it below the walking wheel tested rail, wherein a walking wheel termination connects with the odometer sensor of fixing, and is fixed with handspike in the outside, bearing center, and source switch is equipped with in the handspike termination; Control circuit is made up of central process unit and auxiliary circuit, the input end of central controller connects with track gauge sensor, horizon sensor respectively, odometer sensor passes through to connect with another input end of controller behind comparator, the conv, controller output end joins by IC serial port and PC, central controller is connected to memory, central controller joins by cable and hand-held design keyboard, read-out, central controller is installed on the circuit card at bearing center, connects with hand-held design keyboard read-out by combination hub.

Advantage of the present invention: simple in structure, reasonable in design, easy to install, because of sampling, calculate with electronic circuit, the survey precision height is used extensively, and working stability is reliable.

Description of drawings

Fig. 1 is the electronic track gauge general illustration;

Fig. 2 is the electronic track gauge structure principle chart;

Fig. 3 is electronic track gauge keyboard display panel figure;

Fig. 4 is an electronic track gauge control circuit diagram of block;

Fig. 5 is an electronic track gauge controller electrical schematic diagram.

The specific embodiment

The detection ruler physical construction as shown in Figure 2,1 is bearing, 2 is the control circuit connection plug, 3 are the circuit battery, 4 be a siding track apart from support wheel, 9 is opposite side gauge support wheel, both sides are symmetrical structure, 5 is odometer sensor, 6 is walking wheel, and odometer sensor is fixed on the walking wheel termination, utilizes inner code-disc record travel distance, gauge support wheel and walking wheel are fixed on support 14, on 15, just be placed on the rail, be with spring on the bar of inner end, because rail is not parallel, but a little moves gauge support wheel left and right horizontal, 7 is control circuit board, is fixed in the bearing, and 8 is horizon sensor, be fixed on the center of bearing, the fixing handspike 12 that connects with rotating shaft in bearing front, source switch 13 is equipped with in the handspike termination, and the bearing other end is equipped with gauge support wheel 9 equally, traveling transmission line 10, whole device is fixing in aggregates, by connection plug and hand-held design keyboard, read-out connects.

Control circuit such as Fig. 4, shown in 5, central controller CPU is AT89C53, odometer sensor, horizon sensor, track gauge sensor all connects with plug, the plug other end connects with the CPU input end, odometer sensor is by voltage comparator LM393, conv AT89C2051 connects with the CPU input end, CPU connects with 2 memories, memory is 24C256, output interface is MAX232, the CPU mouth directly connects with display driver, difference reveal competence length on the read-out, three groups of data of gauge, the input keyboard that the side connects, control circuit has warning function simultaneously.

During use, detector is placed on the railway track advances with the hand propelled detection ruler, three kinds of parameters being surveyed all show by read-out, so that rail is proofreaied and correct at any time.

Claims

1. electronic track gauge, it is characterized in that this detection ruler is made up of mechanical driving part and control circuit two parts, in the middle of the mechanical driving part is an oblong bearing (1), horizon sensor (8), track gauge sensor (11) and control circuit board (7) are housed in the middle of the bearing, bearing (1) two ends are equipped with gauge support wheel (4) and (9) respectively, be fixed on the support (14) (15), the outside is equipped with two parallel walking wheels (6) (10) respectively perpendicular to support, and wherein a walking wheel connects with the odometer sensor of fixing (5).

2. according to the described electronic track gauge of claim 1, it is characterized in that gauge support wheel (4) (9) and horizontal stand (15) (14), with bearing (1) center is symmetrical structure, bar is equipped with in the horizontal stand both sides, return spring is equipped with in the inside, and wherein inboard two ends bar all connects with track gauge sensor (11).

3. according to the described electronic track gauge of claim 1, it is characterized in that control circuit board (7) connects with the plug (17) of hand-held design keyboard, read-out (16) by combination hub (2).

4. according to the described electronic track gauge of claim 1, it is characterized in that fixingly in bearing (1) front, center being connected with handspike (12) with rotating shaft, source switch (13) is equipped with in handspike (12) termination.

5. according to the described electronic track gauge of claim 1, it is characterized in that control circuit is made up of central process unit and auxiliary circuit, the central controller input end connects with track gauge sensor (11) and horizon sensor (8) respectively, odometer sensor (5) connects with another input end of controller by comparator, conv, and controller output end connects with PC by the IC serial port.