CN205940440U

CN205940440U - Heating furnace stepping moving beam positioning and detection device

Info

Publication number: CN205940440U
Application number: CN201621026690.9U
Authority: CN
Inventors: 刘浩
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-25
Filing date: 2016-08-25
Publication date: 2017-02-08
Anticipated expiration: 2026-08-25

Abstract

The utility model relates to a heating furnace stepping moving beam positioning and detection device, include the vertical face of arranging the horizontal plane that moves the roof beam and arranging the slide rail way, the connection angle department of horizontal plane and vertical face sets up the leading wheel, move the back end connection rope of roof beam, the rope walk around leading wheel end connection slip dolly, set up electrically conductive straight -bar on the vertical face, set up electrically conductive terminal block on the side of slip dolly, electrically conductive terminal block cross -under is on electrically conductive straight -bar, and electrically conductive straight -bar connection input lead, output lead is connected to the wiring end of electrically conductive straight -bar, the last displacement apparatus of connecting of output lead. The utility model discloses the beam displacement position is moved to visual display volume of moving beam displacement and accurate position, the staff's understanding directly perceived of being convenient for, detects for the staff provides the most convenient position.

Description

Beam locating and detecting device is moved in a kind of heating furnace stepping

Technical field

Liang Sicheng detection means is moved in the stepping that the utility model relates to Rolling production, more particularly, to a kind of heating furnace step Precession beam locating and detecting device.

Background technology

During Rolling production, heating furnace sequential control is a main aspect of heating furnace Automated condtrol, stepping The support of Steel In Reheating Furnace base mainly by determining beam and dynamic beam forms, is determined beam and is maintained static, and dynamic beam raises and moves, and makes steel billet again in stove Moved, the distance of motion typically adopts code-disc or proximity switch direct detection, in actual production, using code-disc or close It is inaccurate that switch is affected often to occur detection by dynamic beam body, code-disc or proximity switch damage, simultaneously using code-disc or proximity switch The dynamic beam of monitoring moves, and fails for the displacement of dynamic beam and shift position to carry out accurate recording and display, is not easy to staff Directly observe, using effect is poor.

Utility model content

The purpose of this utility model is to overcome the deficiencies in the prior art, there is provided beam positioning is moved in a kind of heating furnace stepping Detection means, Liang Sicheng amount and accurate location are moved in display directly perceived, are easy to the dynamic Liang Sicheng position of staff's understanding directly perceived, are work Personnel provide the position detection of most convenient.

The utility model is achieved through the following technical solutions：Beam locating and detecting device is moved in a kind of heating furnace stepping, including cloth Put the horizontal plane of beam and the vertical plane of arrangement dragging track, at the joint angle of described horizontal plane and vertical plane, directive wheel be set, The rearward end of described dynamic beam connects rope, and the guiding wheel end that bypasses of described rope connects sliding machine, described vertical plane sets Put conductive straight-bar, the one side of described sliding machine arranges conductive connection block, described conductive connection block is worn and is connected on conductive straight-bar On, and conductive straight-bar connects input lead, the terminals of described conduction straight-bar connect output lead, described output lead connect Determining displacement instrument.

Further, described sliding machine is arranged on the dragging track of vertical plane.

Further, described input lead connects power input, and described output lead connects power output end.

Further, described determining displacement instrument is sequentially connected by current measurement table, modular converter, display module.

Compared with prior art, the beneficial effects of the utility model are：It is little that the utility model connects slip by rope Car is realized and is moved beam synchronizing moving, and sliding machine is connected by conductive straight-bar, determining displacement by the conductive connection block of side simultaneously The displacement detecting circuit of instrument composition, realizes to sliding machine displacement monitoring, thus realizing the Simultaneous Monitoring to dynamic beam, its principle is Dynamic sill bolt moves sliding machine synchronous shift, and drives the conductive connection block of side to move along conductive straight-bar when sliding machine is mobile, Thus changing the size of current of displacement detecting circuit, and determining displacement instrument passes through the change of current measurement table testing circuit electric current, And by the modular converter of analyzer, the current transformation value of circuit is converted to the displacement amount of movement of beam body, finally displacement is moved Amount shows on the display module of displacement analyzer, for staff's displacement observing dynamic beam directly perceived, provides for staff The position detection of most convenient.

Brief description

Fig. 1 is the front view that beam locating and detecting device is moved in the utility model heating furnace stepping；

Fig. 2 is the schematic side view that beam locating and detecting device is moved in the utility model heating furnace stepping；

Fig. 3 is the internal module connection diagram of the utility model determining displacement instrument.

Wherein：1st, horizontal plane；2nd, move beam；3rd, directive wheel；4th, rope；5th, vertical plane；6th, dragging track；7th, sliding machine； 8th, conductive connection block；9th, conductive straight-bar；10th, input lead；11st, power input；12nd, terminals；13rd, output lead；14th, position Move analyzer；15th, power output end；16th, current measurement table；17th, modular converter；18th, display module.

Specific embodiment

In order that the purpose of this utility model, technical scheme and advantage become more apparent, below in conjunction with accompanying drawing and enforcement Example, is further elaborated to the utility model.It should be appreciated that specific embodiment described herein is only in order to explain this Utility model, is not used to limit the utility model.

As Figure 1-3, the utility model is related to a kind of heating furnace stepping and moves beam locating and detecting device, including the dynamic beam of arrangement 2 horizontal plane 1 and the vertical plane 5 of arrangement dragging track 6, arrange directive wheel 3 at the joint angle of described horizontal plane 1 and vertical plane 5, The rearward end of described dynamic beam 2 connects rope 4, and directive wheel 3 end that bypasses of described rope 4 connects sliding machine 7, described vertical plane Conductive straight-bar 9 is set on 5, the one side of described sliding machine 7 arranges conductive connection block 8, described conductive connection block 8 is worn and is connected on On conductive straight-bar 9, and conductive straight-bar 9 connects input lead 10, and the terminals (12) of described conduction straight-bar 9 connect output lead 13, described output lead 13 connects displacement analyzer 14, described sliding machine 7 is arranged on the dragging track 6 of vertical plane 5, Described input lead 10 connects power input 11, and described output lead 13 connects power output end 15, described determining displacement instrument 14 are sequentially connected by current measurement table 16, modular converter 17, display module 18.

In sum, the utility model connects sliding machine 7 by rope 4 and realizes and dynamic beam 2 synchronizing moving, slides simultaneously Dolly 7 connects, by the conductive connection block 8 of side, the displacement detecting circuit being made up of conductive straight-bar 9, determining displacement instrument 14, realizes To sliding machine 7 displacement monitoring, thus realizing the Simultaneous Monitoring to dynamic beam 2, its principle is that beam 2 drives sliding machine 7 synchronous Displacement, and drive the conductive connection block 8 of side to move along conductive straight-bar 9 when sliding machine 7 is mobile, thus changing displacement detecting electricity The size of current on road, and determining displacement instrument 14 passes through the change of current measurement table 16 testing circuit electric current, and by analyzer The current transformation value of circuit is converted to the displacement amount of movement of beam body 2 by modular converter 17, finally surveys displacement amount of movement in displacement Determine display on the display module 18 of instrument 14, for staff's displacement observing dynamic beam directly perceived, provide most convenient for staff Position detection.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all this Any modification, equivalent and improvement made within the spirit of utility model and principle etc., should be included in the utility model Protection domain within.

Claims

1. beam locating and detecting device is moved in a kind of heating furnace stepping, moves horizontal plane (1) and the arrangement dragging track of beam (2) including arrangement (6) vertical plane (5) is it is characterised in that arrange directive wheel (3), institute at the joint angle of described horizontal plane (1) and vertical plane (5) The rearward end stating beam (2) connects rope (4), and directive wheel (3) end that bypasses of described rope (4) connects sliding machine (7), institute State the conductive straight-bar (9) of the upper setting of vertical plane (5), on the one side of described sliding machine (7), setting conductive connection block (8), described Conductive connection block (8) is worn and is connected on conductive straight-bar (9), and conductive straight-bar (9) connects input lead (10), described conduction straight-bar (9) terminals (12) connect output lead (13), and described output lead (13) is upper to connect displacement analyzer (14).

2. a kind of heating furnace stepping according to claim 1 moves beam locating and detecting device it is characterised in that described slip is little Car (7) is arranged on the dragging track (6) of vertical plane (5).

3. a kind of heating furnace stepping according to claim 1 moves beam locating and detecting device it is characterised in that described input is led Line (10) connects power input (11), and described output lead (13) connects power output end (15).

4. a kind of heating furnace stepping according to claim 1 moves beam locating and detecting device it is characterised in that described displacement is surveyed Determine instrument (14) to be sequentially connected by current measurement table (16), modular converter (17), display module (18).