CN205702987U - Novel clamping device - Google Patents

Abstract

The utility model discloses a kind of novel clamping device, including support, the first casting die, the second casting die and the first force piece, first casting die two ends are rotationally connected with on support by the first connector, first connector includes axle sleeve and the first rotating shaft being electrically connected with the second force piece, the two ends of axle sleeve form boss, and the first casting die is sheathed on outside this first rotating shaft；Bracing frame it is rotatably connected on support, bracing frame includes " Z " font connecting rod, the first support bar and the second support bar being connected with support, second casting die is located on the first support bar, first force piece is connected by expansion link and the second support bar, and the first force piece is also connected with the bearing sliding being provided with track；Support is provided with the 3rd casting die being sheathed on outside the 3rd rotating shaft, and the 3rd rotating shaft is electrically connected with the second force piece, and the second force piece drives the first rotating shaft and the 3rd rotating shaft synchronous axial system.This utility model simple in construction, compresses dynamics adjustable, and balance is high.

Description

Novel clamping device

Technical field

This utility model belongs to mechanical engineering field, especially relates to a kind of when being applicable to the material that weld length is longer, weight is bigger, for the novel clamping device exported by the workpiece in welding process.

Background technology

To in boiler add heat pipe weld time, owing to adding, the length relatively length and width degree of heat pipe is relatively big and deadweight is bigger, it is typically to be laterally disposed in the framework on ground raw material, then from top, raw material is welded, raw material moves in the horizontal plane, realize extending the welding job of whole length, but that section welded adds heat pipe needs and keeps stable, to ensure to be not fully complete the stable of welding section and welding effect, excessive owing to adding the weight and volume of heat pipe, manually cannot complete this work, and general clamping device can not be conveniently adjusted clamping dynamics.

Utility model content

In order to overcome the deficiencies in the prior art, this utility model provides a kind of simple in construction, is applicable to the welding of the bigger workpiece of length and width, the novel clamping device of the convenient regulation of clamping dynamics.

This utility model solves its technical problem and be the technical scheme is that a kind of novel clamping device, the first casting die of including support, being located on support, the second casting die and for the first force piece driving the second casting die to rotate, described first casting die two ends are rotationally connected with the upper surface of support by the first connector, described first connector includes axle sleeve and the first rotating shaft being located in axle sleeve, described first rotating shaft is electrically connected with the second force piece being located on support, the two ends of described axle sleeve outwards bend extension and form boss, and described first casting die is sheathed on outside this first rotating shaft；It is rotatably connected to bracing frame on the two side that described support is relative, this bracing frame includes " Z " the font connecting rod being connected with support, the first support bar being respectively connected to connecting rod both ends and the second support bar, described second casting die is located on the first support bar, described first force piece is connected by expansion link and the second support bar, and described first force piece is also connected with the bearing sliding being provided with track；Described rack upper surface is provided with the 3rd casting die be arrangeding in parallel with the first casting die, and the 3rd casting die is sheathed on outside the 3rd rotating shaft, and described 3rd rotating shaft is electrically connected with the second force piece, and described second force piece drives the first rotating shaft and the 3rd rotating shaft synchronous axial system.When workpiece moves on the first casting die, first force piece drives bracing frame to rotate counterclockwise by the second support bar, when after the second casting die with absorption surface, first casting die and the second casting die act on jointly by Workpiece clamping, keep its stability, under the driving of the second force piece, first axis of rotation drives the first casting die to drive workpiece to travel forward, workpiece is formed and supports by the 3rd casting die, increase the stability of workpiece further, and the 3rd rotating shaft and the first rotating shaft synchronous axial system drive the 3rd casting die to drive workpiece to travel forward.Bearing is slid along the track, the distance between the first force piece and the second support bar can be regulated, thus regulate the angle that the first force piece drives bracing frame to rotate, reach the purpose regulating the second casting die to workpiece pressure size.

Further, described bearing include left and right be arranged in parallel the first supporter, the second supporter and with the first supporter and the second supporter base connected vertically, the first supporter and the second supporter be provided with just at least two through hole.First force piece is fastened on bearing on the through hole of differing heights, the distance between the first force piece and the second support bar can be regulated, thus regulate the angle that the first force piece drives bracing frame to rotate, again reach the purpose regulating the second casting die to workpiece pressure size.

Further, described base upper surface is provided with multiple and track vertical runs locating slot.When bearing sliding to target location, by locating part card being set in the locating slot being positioned at seat front and rear portion, bearing is formed spacing, it is to avoid it produces mobile.

The beneficial effects of the utility model are, simple in construction, the compression dynamics of workpiece can be carried out dual regulation, easy to operate, and when workpiece is placed on output device, balance is high, it is stable to move, resistance is little, and workpiece delivery efficiency is high.

Accompanying drawing explanation

Fig. 1 is structural representation one of the present utility model.

Fig. 2 is part-structure schematic diagram two of the present utility model.

Fig. 3 is the structural representation of base.

Detailed description of the invention

In order to make those skilled in the art be better understood from this utility model scheme, below in conjunction with the accompanying drawing in this utility model embodiment, technical scheme in this utility model embodiment is carried out clear, complete description, obviously, described embodiment is only a part of embodiment of the present utility model rather than whole embodiments.Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art are obtained under not making creative work premise, all should belong to the scope of this utility model protection.

With reference to shown in Fig. 1-3, a kind of novel clamping device, including by the front bar being parallel to each other, rear bar, the left bar being parallel to each other, right bar and four legs form the support 1 in four square frame-shapeds, connected by the first connector 5 in the front bar of support 1 and have the first casting die 2, first connector 5 includes the axle sleeve 51 in inverted U and the first rotating shaft 52 being located in axle sleeve 51, it is provided with bearing between axle sleeve 51 and the first rotating shaft 52, two free ends of axle sleeve 51 outwards bend extension and form boss 511, the lower section of boss 511 is provided with cushion structure 512, i.e. there is between boss 511 and support 1 bigger deformation space.Boss 511 is provided with through hole, screw may pass through this through hole and is screwed onto in the front bar of support 1, first casting die 52 hollow cylindrical structure ringwise, its two ends are designed with the first connector, first rotating shaft 52 extends whole first casting die 52 and arranges, and the first casting die 52 can rotate along with the first rotating shaft 52 under the driving of the second force piece 8.

Being rotatably connected to bracing frame 6 on support 1, this bracing frame 6 includes two " Z " the font connecting rods 61 being connected on left bar and right bar, is connected to the first support bar 62 and the second support bar 63 of two " Z " font connecting rod 61 ends.The lower surface of the first support bar 62 is provided with the second rotating shaft 31 being electrically connected with the second force piece 8 by the second connector, this the second rotating shaft 31 outer sheath is provided with the second casting die 3, being provided with cushion structure between second connector and the first support bar 62, the structure of this second casting die 3 is identical with the structure of the first casting die 2.Second support bar 63 is provided with the first force piece 4, concrete, and in the present embodiment, the first force piece 4 is cylinder, and it pulls the second support bar 63 to rotate counterclockwise, and drives whole bracing frame 6 to rotate counterclockwise, thus the second casting die 3 moves down.In order to increase workpiece stability of equilibrium on support 1, rear bar upper surface at support 1 has, by the 3rd connector connection, the 3rd rotating shaft 71 being electrically connected with the second force piece 8,3rd rotating shaft 71 outer sheath is provided with the 3rd casting die 7, it is provided with cushion structure between rear bar and the 3rd connector, the structure of the 3rd casting die 7 is identical with the structure of the first casting die 2, for circular cylinder structure.In order to increase the balance of workpiece further, if workpiece is slim plate construction, parallel between the first casting die 2 and the 3rd casting die 7 can be provided with the 4th casting die, 4th casting die is rotatably connected on left bar and right bar by the 4th connector, being provided with cushion structure between 4th connector and left bar and right bar, the 4th casting die can also be electrically connected with the second force piece 8.

Vertical between first force piece 4 with the second support bar 63 it is provided with expansion link 41, when closing power source, expansion link 41 is in extended state, when opening power source, expansion link 41 shrinks to the first force piece 4 direction, drives the second support bar 63 to rotate counterclockwise, thus drives whole bracing frame 6 to rotate, make the second casting die 3 near the first casting die 2, it is achieved the effect of clamping workpiece.First force piece 4 is also connected with bearing 9, bearing 9 includes the erected parallel the first supporter 91 and the second supporter 92 in first force piece 4 left and right sides respectively, in order to improve the stability of bearing 9, with the first supporter 91 and the second supporter 92 is vertical is fixedly connected with base 94 bottom bearing 9.The upper surface concave downward of base 94 forms multiple densely arranged locating slot 941, and this locating slot 941 is vertically arranged with track 95, and its length extends at least over the distance between two tracks.

The at least two that is provided with the sidewall of the first supporter 91 runs through the through hole 93 of sidewall, on the sidewall of the second supporter 92 with the through hole 93 on the first supporter 91 just to position also offer the through hole of equal number, the sidewall of the first force piece 4 is provided with and the protuberance of two side through hole 93 adaptations, this protuberance cocker sets in through hole 93, by the first force piece 4 card is set the through hole 93 into differing heights, thus change the distance between the first force piece 4 and the second support bar 63, thus when promoting or stretch expansion link 41, the rotating angular range of bracing frame 6 changes, thus change the second casting die 3 clamping dynamics to workpiece.

Operation principle of the present utility model is, the workpiece welded moves on the first casting die 2, first force piece 4 drives bracing frame 6 to rotate counterclockwise by pulling expansion link 41, when after the second casting die 3 with absorption surface, first casting die 2 and the second casting die 3 act on jointly by Workpiece clamping, under the driving of the second force piece 8, first rotating shaft 51 drives the first casting die 2 to rotate clockwise, second rotating shaft 31 drives the second casting die 3 to rotate counterclockwise, drive workpiece travels forward, when workpiece motion s is to the 4th casting die and the 3rd casting die 7, it forms supporting role to workpiece, and second force piece 8 drive the 3rd rotating shaft 71 and the first rotating shaft 51 to rotate with identical speed and equidirectional, drive the 3rd casting die 7, further speed up the output of workpiece.First force piece 4 card is set the through hole 93 into differing heights, changes the angle that bracing frame 6 rotates, and then regulate the first casting die 2 and the second casting die 3 clamping dynamics to workpiece.Bearing 9 is slided along track 95, when sliding into target location, when i.e. reaching the required clamping dynamics to workpiece, locating part card is set the locating slot 941 being positioned at bearing 9 two ends, realize spacing to bearing 9, avoiding its change clamping dynamics that is moved, the intensive laying of locating slot 941 simultaneously also allows for the regulation of clamping dynamics in little scope.

Above-mentioned detailed description of the invention is used for illustrating this utility model; rather than this utility model is limited; in spirit of the present utility model and scope of the claims, any modifications and changes that this utility model is made, both fall within protection domain of the present utility model.

Claims (3)

1. a novel clamping device, including support (1), the first casting die (2) being located on support (1), second casting die (3) and the first force piece (4) rotated for driving the second casting die (3), it is characterized in that: described first casting die (2) two ends are rotationally connected with the upper surface of support (1) by the first connector (5), described first connector (5) includes axle sleeve (51) and the first rotating shaft (52) being located in axle sleeve (51), described first rotating shaft (52) is electrically connected with the second force piece (8) being located on support (1), the two ends of described axle sleeve (51) outwards bend extension and form boss (511), described first casting die (2) is sheathed on this first rotating shaft (52) outward；Bracing frame (6) it is rotatably connected on the two side that described support (1) is relative, this bracing frame (6) includes " Z " the font connecting rod (61) being connected with support (1), be respectively connected to connecting rod (61) both ends the first support bar (62) and the second support bar (63), described second casting die (3) is located on the first support bar (62), described first force piece (4) is connected with the second support bar (63) by expansion link (41), and described first force piece (4) is also slided with the bearing (9) being provided with track (95) and is connected；Described support (1) upper surface is provided with the 3rd casting die (7) be arrangeding in parallel with the first casting die (2), 3rd casting die (7) is sheathed on the 3rd rotating shaft (71) outward, described 3rd rotating shaft (71) is electrically connected with the second force piece (8), and described second force piece (8) drives the first rotating shaft (52) and the 3rd rotating shaft (71) synchronous axial system.

Novel clamping device the most according to claim 1, it is characterized in that: described bearing (9) include left and right be arranged in parallel the first supporter (91), the second supporter (92) and with the first supporter (91) and the second supporter (92) base connected vertically (94), the first supporter (91) and the second supporter (92) be provided with just at least two through hole (93).

Novel clamping device the most according to claim 2, it is characterised in that: described base (94) upper surface is provided with multiple and track (95) vertical runs locating slot (941).