CN206764310U - A kind of automated sewing welder of strip - Google Patents

Abstract

The utility model discloses a kind of automated sewing welder of strip, including support, introducing mechanism, export agency, shear, welder, the clamping element for being used for clamping strip is provided between introducing mechanism and shear, clamping element includes block under the clamping that is slidably connected on support, is slidably connected at block in the clamping clamped above lower block, such that clamp upper block has towards the fastening spring for clamping lower block movement tendency all the time, and the clamping element is provided with for by the spacing locating part under the clamping above block of block in the clamping；Clamping element, which is connected with, drives clamping element to do the force piece closer or far from welder on support, with being provided with clamping element on support, it will need to be sheared to clamp with the strip of welding by clamping element, user only needs operation clamping element motion to may be such that strip moves, so that safer during operation automated sewing welder, and the advantages of strip is more stable when shearing is moved with welding bay.

Description

A kind of automated sewing welder of strip

Technical field

It the utility model is related to the production and processing equipment of strip, the automated sewing welder of more particularly to a kind of strip.

Background technology

It is used for when strip etc. produces in drawn and rolled tube or galvanizing process, after a coiled strip steel use, it usually needs will By being welded after shearing between front and rear coiled strip steel.Automated sewing welder because of its higher welding, cut out efficiency, in present strip Extensive utilization has been obtained in galvanizing process.

The Chinese patent that Authorization Notice No. is CN2616334Y, authorized announcement date is on 05 19th, 2004 discloses one kind Automatic-searching takes the lead magnetic tape trailer Shearing Butt Resistance Welder, including workbench shear, clamping device, welder, centralising device, work Platform is connected with running gear.In use, workbench can be driven to be slided along guide rail using running gear so that workbench is close Strip end.

It is in place of the deficiencies in the prior art, is to pass through when needing to shear in the prior art, welding the head and the tail of two coiled strip steels Artificial mode is by strip movement and is placed on shear, mobile strip after strip is sheared by shear so that The hold-down mechanism that strip is soldered device is compressed, and both ends strip is welded, the mode of strip is positioned manually so that shearing Device causes very big threat to the safety of operator.

Utility model content

The purpose of this utility model is to provide a kind of automated sewing welder of strip, which solves existing strip automated sewing Need worker to adjust strip position manually when two welder shearing, welding strips, add the dangerous of operation and ask Topic, have and clamping element is provided with support, will need to be sheared to clamp with the strip of welding by clamping element, user only needs to grasp Make clamping element motion and may be such that strip moves so that it is safer during operation automated sewing welder, and strip is being sheared The advantages of more stable when being moved with welding bay.

Above-mentioned technical purpose of the present utility model technical scheme is that：

A kind of automated sewing welder of strip, including support, introducing mechanism, export agency, shear, welder, The clamping element for being used for clamping strip is provided between introducing mechanism and shear, clamping element includes the folder being slidably connected on support Tight lower block, it is slidably connected at block in the clamping under clamping above block, has the block towards under clamping to move all the time so that clamping upper block The fastening spring of gesture, the clamping element be provided be used for by block in the clamping it is spacing under the clamping it is spacing above block Part；Clamping element, which is connected with, drives clamping element to do the force piece closer or far from welder on support.

Using said structure, support is provided with clamping element, it is necessary to when welding the head and the tail of two strips, using clamping element by band Steel clamp is next to drive clamping element to be sheared towards shear exercise using force piece, and welder is equipped with for compressing The lower lock block of strip, strip is clamped at the lower lock block of welder i.e. solderable two strips after shearing.Using clamping element So that worker when shearing strip away from shear and welder so that operation is safer.Clamping element includes folder Block two parts under tight above block, clamping, use fastening spring connection clamping above block and the lower block of clamping so that in clamping under block and clamping Block has the trend abutted together all the time, then need not usually use only needs to make using the upper block of locating part limitation clamping during clamping element Block must be clamped and distance be present with clamping lower block.And the position-limiting action for releasing locating part clamps upper block can be by strip pressure Tightly under clamping on block, and it is e insufficient in being provided of fastening spring so that strip deforms upon so that clamping element exists Damage during spacing strip for strip in itself is small.

More preferably：Support is provided with the guide rail that shear is extended to from introducing mechanism or export agency, clamps Lower piece is slidably connected on guide rail and does the motion closer or far from shear along guide rail.

Using said structure, support is provided with guide rail, convenient to clamp lower motion of the block on support while real by guide rail Show for clamping the spacing of lower block movement path and direction.

More preferably：The both sides for clamping lower block and guide rail vertical direction are provided with towards the fixation for clamping upper block extension Block, fixed block is interior to be provided with the sliding groove that block extends away from the direction of block under clamping under clamping, the opening direction of sliding groove It is oppositely arranged, block is slidably connected in sliding groove in clamping.

Using said structure, clamp lower block and be provided with two fixed blocks, facilitate the installation for clamping and going up block, block position in clamping The motion of block under it may be such that the upper block of clamping can be only done closer or far from clamping in sliding groove.

More preferably：One end of fastening spring is located on bottom land of the sliding groove away from block under clamping, fastening spring The other end is located on the upper block of clamping, and fastening spring is in compressive state all the time.

Using said structure, fastening spring is connected at sliding groove bottom land, and the other end is on the upper block of clamping so that clamps Upper piece all the time by the active force from fastening spring so that there is towards the trend for clamping lower block motion block all the time in clamping.Will Fastening spring is arranged in sliding groove, rationally make use of sliding groove inner space, and have for fastening spring using sliding groove Certain protective effect.

More preferably：Locating part is located at the first stopper slot of sliding groove side including being located at the upper block of clamping, is located at admittedly Determine the second stopper slot on block, the limited block being slidably connected in the first stopper slot, be located at limited block and the second stopper slot bottom land Between in compressive state limit spring, penetrate fixed block and the control block being located on limited block, the opening of the second stopper slot Be oppositely arranged with the opening of the first stopper slot, the direction that the first spacing channel opening is directed away from clamping block is set, control block with Fixed block is slidably connected and control block is synchronized with the movement with limited block, and the first spacing groove depth is less than spacing block length；Limited block position When in the first stopper slot, gap be present between block and the lower block of clamping in clamping.

Using said structure, limited block, the setting of limit spring are used so that limited block is connected to all the time clamps upper block In side wall, then when the first stopper slot is moved at limited block, it is spacing that limited block can enter first in the presence of limit spring Groove, and the depth of the first stopper slot is less than spacing block length, then when limited block is connected at the first stopper slot bottom land, part is spacing Block is located at the first stopper slot inside points limited block and is located in the second stopper slot so as to realize for clamping the spacing of upper block.User Operational control block can be released for clamping the spacing of upper block, now clamp upper block in the presence of the fastening spring towards under clamping Tight against under clamping on block after block motion.

More preferably：Block is equipped with rubber blanket with clamping in lower block opposing sides in clamping.

Using said structure, rubber blanket of the block with clamping lower block in clamping, on the one hand to clamp upper block with clamping lower block Tight against when on strip, abrasion is small for caused by strip, on the other hand make use of the big property of rubber blanket frictional force itself, makes Frictional force is big between obtaining strip and clamping upper block and clamp lower block, and strip is not easy and clamped upper block or clamps the relative position of lower block generation Move.

More preferably：Force piece includes through the power leading screw for clamping lower block and coordinating with the lower block screw thread of clamping, driven The driving link that dynamic power leading screw rotates, the axis of power leading screw are parallel with rail axis.

Using said structure, force piece uses power leading screw and driving link, is slidably connected at because clamping lower block on guide rail Then user only needs rotational power leading screw, and guide rail motion can be press against by clamping lower block, realize the control for clamping lower block motion System, it is achieved thereby that the control for the motion of whole clamping element.

More preferably：Driving link is to be located at swing handle of the power leading screw away from cutting mechanism one end, swing handle Rotated with power screw synchronous.

Using said structure, the setting of swing handle so that user's rotational power screw mandrel is more convenient and strength-saving, while hand Dynamic control person more convenient to use controls the position of clamping element.

More preferably：Driving link is to be located at active motor of the power leading screw away from cutting mechanism one end, power leading screw It is connected on the motor shaft of active motor, and the motor shaft synchronous axial system of power leading screw and active motor.

Using said structure, driving link is active motor, uses motor driving power leading screw to cause the rotating speed of power leading screw It is more controllable, and make it that the motion of clamping element is more intelligent.Facilitate user and drive clamping element.

In summary, the utility model has the advantages that：Clamping element is provided with support, user needs to connect During two strips, it is only necessary to the head and the tail with cylinder are clamped on clamping element and moved using force piece driving clamping element so that are used Person shear strip when, user apart from strip farther out so that user shear strip it is safer.Clamping element is included under clamping Block, clamp lower block and be provided with two fixed blocks, be provided with sliding groove in fixed block, block is located in sliding groove in clamping so that clamp Upper piece can only do closer or far from the motion for clamping lower block.The setting of fastening spring so that there is towards clamping block all the time in clamping The trend of lower piece of motion.And when clamping upper block and being pressed on strip on the lower block of clamping, power that fastening spring provides insufficient for Strip deformation so that strip is not easy to wear while strip is limited.First stopper slot, the second stopper slot, limited block, spacing bullet The setting of spring so that limited block is connected on the upper block of clamping all the time, and limited block enters when the first stopper slot is moved at limited block In first stopper slot, and limited block part is located at the first stopper slot inside points limited block and is located in the second stopper slot, now i.e. real Show for clamping the spacing of upper block.The setting of rubber blanket to clamp upper block and lower abrasion of the block for strip of clamping is small, together When increase and clamp upper block and clamp the frictional force between lower block.Force piece uses lead screw transmission, realizes so that clamping lower block Motion on guide rail so that motion of the user apart from the far i.e. controllable strip of shear.

Brief description of the drawings

Fig. 1 is the dimensional structure diagram of embodiment 1；

Fig. 2 is the side structure schematic view of embodiment 1；

Fig. 3 is Fig. 2 A-A portions structural representation；

Fig. 4 is Fig. 3 A portions structure enlargement diagram；

Fig. 5 is the dimensional structure diagram of embodiment 2.

In figure, 1, support；2nd, shear；3rd, welder；301st, plumb joint；302nd, lower lock block；4th, clamping element；401、 Block in clamping；402nd, lower block is clamped；403rd, fastening spring；5th, force piece；501st, power leading screw；502nd, swing handle；503rd, it is main Dynamic motor；6th, guide rail；7th, fixed block；8th, sliding groove；9th, locating part；901st, the first stopper slot；902nd, the second stopper slot；903rd, limit Position block；904th, limit spring；905th, control block；10th, rubber blanket；11st, motor shaft.

Embodiment

The utility model is described in further detail below in conjunction with accompanying drawing.

This specific embodiment is only that it is not to limitation of the present utility model, ability to explanation of the present utility model Field technique personnel can make the modification of no creative contribution to the present embodiment as needed after this specification is read, but As long as all protected in the scope of protection of the utility model by Patent Law.

Embodiment 1：The automated sewing welder of a kind of strip, as shown in figure 1, including support 1, being located at the importing of support one end Mechanism（Not shown in figure）, be located at export agency of the support away from introducing mechanism one end（Not shown in figure）, shear 2, weldering Connection device 3.Welder 3 includes plumb joint 301, is located at the both sides of plumb joint 301 for compressing strip（Not shown in figure）Under Briquetting 302.Introducing mechanism, export agency, shear 2, the operation principle of welder 3 just do not exist herein for prior art Repeat.

Reference picture 1, introducing mechanism and the shear 2 close to introducing mechanism, export agency and cutting close to export agency The guide rail extended to from introducing mechanism or export agency at shear 2 is provided between cutting apparatus 2.Slidably connected on guide rail 6 Lower block 402 is clamped, penetrates and clamps lower block 402 provided with the power leading screw 501 coordinated with clamping the lower screw thread of block 402, power leading screw 501 One end away from shear 2 is fixed with swing handle 502.

Reference picture 2, Fig. 3, clamp and be provided with lower block 402 at the both ends away from guide rail 6 away from the extension of the direction of support 1 Two block length strip fixed blocks 7, it is provided with fixed block 7 from fixed block 7 away from lower one end of block 402 is clamped and extends to the lower block 402 of clamping Sliding groove 8, the upper block 401 of clamping is slidably connected in sliding groove 8, the upper block 401 of clampings is with sliding groove 8 away from block 402 under clamping Bottom land between be provided with all the time be in compressive state fastening spring 403.So that clamp upper block 401 has the block towards under clamping all the time The trend of 402 motions.The two sides relative with clamping lower block 402 of block 401 is equipped with rubber blanket 10 in clamping.

Reference picture 3, Fig. 4, a side channel wall of sliding groove 8 are provided with the second stopper slot 902, and block 401 is provided with clamping First stopper slot 901, the opening of the first stopper slot 901 and the second stopper slot 902 are oppositely arranged, and the first stopper slot 901 is located at When at the second stopper slot 902, space be present between block 401 and the lower block 402 of clamping in clamping.Be provided with second stopper slot 902 with The limited block 903 that the gap of second stopper slot 902 coordinates, it is provided between the bottom land of the stopper slot 902 of limited block 903 and second and locates all the time In the limit spring 904 of compressive state, limited block 903 is in the presence of limit spring 904 all the time tight against block 401 in clamping On.Limited block 903 is fixed with control block 905 away from the one end for clamping upper block 401, control block 905 through fixed block 7 and with fixation Block 7 is slidably connected.

The course of work：

When needing to weld two strips, the afterbody of wherein one strip is disposed close to block under the clamping of the strip On 402, control block 905 is pulled so that limited block 903 leaves the first stopper slot 901, now clamps upper block 401 in fastening spring Block 402 moves towards under clamping in the presence of 403.Strip is pressed under clamping on block 402 in the presence of fastening spring 403, Elastic deformation now occurs in rubber blanket 10.Make in the spacing clamping close to the strip of another strip in the same way Block 401 is with clamping on lower block 402.Block 401 collectively forms clamping element 4 with clamping lower block 402 in clamping.

Rotate swing handle 502 so that power leading screw 501 rotates, and is moved so that clamping lower block 402 along guide rail 6. Now it may be such that clamping element 4 moves along guide rail 6.So that two strips are moved at shear 2, start shear 2 so that shear 2 shears strip, so that the end face of strip is concordant.

Pull up the upper block 401 of clamping so that clampings in block 401 away from block 402 under clamping direction motion, when the When one stopper slot 901 is moved at limited block 903, limited block 903 enters the first stopper slot in the presence of limit spring 904 In 901, now part limited block 903 is located at the inside points limited block of the first stopper slot 901 and is located in the second stopper slot 902.Now Realize for clamping the spacing of upper block 401.

Strip is pulled at the lower lock block 302 at welder 3, strip is pressed at lower lock block 302, to its two The otch of strip, open welder 3, you can realize the automatic welding of strip.Welding terminate after, release lower lock block 302 for Strip it is spacing.Complete the welding for two strips.

Embodiment 2：A kind of automated sewing welder of strip, as shown in Figure 1, shown in Figure 5, it is with the difference of embodiment 1 Swing handle 502 in embodiment 1 is replaced by active motor 503, motor shaft 11 and the power leading screw 501 of active motor 503 It is fixed.

When user needs the rotation of driving power leading screw 501, it is only necessary to open active motor 503 so that 503 turns of active motor It is dynamic to may be such that the lower block 402 of clamping does the motion closer or far from shear 2.

Claims (9)

1. a kind of automated sewing welder of strip, including support (1), introducing mechanism, export agency, shear (2), welding dress Put (3), it is characterised in that the clamping element for being used for clamping strip is provided between the introducing mechanism and the shear (2) (4), the clamping element (4) includes block (402) under the clamping that is slidably connected on the support (1), is slidably connected at the folder Block (401) in clamping above tight lower block (402), cause block under there is towards the clamping block (401) all the time in the clamping (402) fastening spring (403) of movement tendency, the clamping element (4) be provided be used for by block (401) in the clamping it is spacing Locating part (9) under the clamping above block (402)；The clamping element (4) is connected with the driving clamping element (4) in the machine The force piece (5) closer or far from the welder (3) is done on seat (1).

2. the automated sewing welder of a kind of strip according to claim 1, it is characterised in that the support (1) is provided with The guide rail (6) of the shear (2), block (402) under the clamping are extended to from the introducing mechanism or the export agency It is slidably connected on the guide rail (6) motion done along the guide rail (6) closer or far from the shear (2).

A kind of 3. automated sewing welder of strip according to claim 2, it is characterised in that block (402) under the clamping The fixed block (7) extended towards block (401) in the clamping is provided with the both sides of the guide rail (6) vertical direction, it is described solid Determine to be provided with the sliding groove away from the direction of block (402) under the clamping extended from block (402) under the clamping in block (7) (8), the opening of the sliding groove (8) is towards being oppositely arranged, and block (401) is slidably connected at the sliding groove (8) in the clamping It is interior.

A kind of 4. automated sewing welder of strip according to claim 3, it is characterised in that the fastening spring (403) One end be located on bottom land of the sliding groove (8) away from block (402) under the clamping, the fastening spring (403) it is another End is located in the clamping on block (401), and the fastening spring (403) is in compressive state all the time.

5. the automated sewing welder of a kind of strip according to claim 3, it is characterised in that the locating part (9) includes Block (401) in the clamping is located to be located at first stopper slot (901) of the sliding groove (8) side, be located at the fixed block (7) On the second stopper slot (902), be slidably connected in first stopper slot (901) limited block (903), it is described be located at it is described Limit spring (904) in compressive state between limited block (903) and second stopper slot (902) bottom land, penetrate it is described Fixed block (7) and the control block (905) being located on the limited block (903), the opening of second stopper slot (902) with it is described The opening of first stopper slot (901) is oppositely arranged, and the first stopper slot (901) opening is directed away from block in the clamping (401) direction is set, the control block (905) be slidably connected with the fixed block (7) and the control block (905) with it is described Limited block (903) is synchronized with the movement, and the first stopper slot (901) depth is less than the limited block (903) length；The limited block (903) positioned at first stopper slot (901) it is interior when, exist under block (401) and the clamping between block (402) in the clamping Gap.

A kind of 6. automated sewing welder of strip according to claim 1, it is characterised in that block (401) in the clamping With being equipped with rubber blanket (10) in block (402) opposing sides under the clamping.

7. the automated sewing welder of a kind of strip according to claim 2, it is characterised in that the force piece (5) includes Block (402) and the power leading screw (501) that coordinates with block (402) screw thread under the clamping, driving are described dynamic under through the clamping The driving link that power leading screw (501) rotates, axis and the guide rail (6) diameter parallel of the power leading screw (501).

8. the automated sewing welder of a kind of strip according to claim 7, it is characterised in that the driving link is is located at Swing handle (502) of the power leading screw (501) away from described cutting mechanism one end is stated, the swing handle (502) is moved with described Power leading screw (501) synchronous axial system.

9. the automated sewing welder of a kind of strip according to claim 7, it is characterised in that the driving link is is located at Active motor (503) of the power leading screw (501) away from described cutting mechanism one end is stated, the power leading screw (501) is connected to institute State on the motor shaft (11) of active motor (503), and the motor shaft of the power leading screw (501) and the active motor (503) (11) synchronous axial system.