CN110153571A

CN110153571A - A kind of cooling collection device of plate body for thin plate cutting

Info

Publication number: CN110153571A
Application number: CN201910528699.1A
Authority: CN
Inventors: 程翔; 王丽
Original assignee: Tongling Wanda Engineering Technology Co Ltd
Current assignee: Tongling Wanda Engineering Technology Co Ltd
Priority date: 2019-06-18
Filing date: 2019-06-18
Publication date: 2019-08-23

Abstract

The present invention relates to a kind of cooling collection devices of the plate body for thin plate cutting, including mobile mechanism, guide rail, movable stand, laser cutting rifle, hoisting mechanism, slide bar, holding rod, cross bar, push rod, push plate, supporting mechanism, pillar, side plate, guide pad, blanking groove, cooling box, grip slipper, thin plate main body, cutting groove, platelet and connecting rod；The platelet that level falls can will be changed into vertical whereabouts for the cooling collection device guide pad of plate body that thin plate is cut, designing for guide groove by this, to reduce platelet occupied area, so that side need to be only clamped when later period worker's pickup, so that clipping operation is more convenient；Grip slipper can position the platelet fallen vertically.

Description

A kind of cooling collection device of plate body for thin plate cutting

Technical field

The present invention relates to a kind of cooling collection devices of the plate body for thin plate cutting, belong to metalwork processing technique field.

Background technique

In process of production, in order to achieve the purpose that energy conservation and environmental protection, reduce cost, waste leftover plate can usually be carried out Secondary use cuts out the platelet of multiple required sizes using laser cutting device on the thin plate of bulk, and regular platelet can It reuses；

However at present when cutting platelet, the platelet under cutting horizontal can be fallen in the collecting tank between two side plates, by Entire thin plate is in the condition of high temperature in welding process, thus the platelet fallen needs the worker after its cooling just to can be taken off, It takes a long time, and since platelet is that horizontality is fallen in collecting tank, thus the area shared by it is also relatively large, collects Slot has certain depth again, so that worker is relatively elaborate when protruding into collecting tank clamping platelet, not convenient enough, platelet is easy to slip, Usually need multi-pass operation that can just take out platelet.

Summary of the invention

The present invention is in view of the deficienciess of the prior art, provide a kind of cooling collection dress of the plate body for thin plate cutting It sets, specific technical solution is as follows:

A kind of cooling collection device of plate body for thin plate cutting, including supporting mechanism, the supporting mechanism include pillar, Side plate, guide pad and blanking groove, the side plate are equipped with two in parallel relatively, are equipped with the guiding between two side plates Block, the guide pad are arranged diagonally downward along the side plate extending direction, the guide pad be equally spaced have it is multiple, it is adjacent described Void area between guide pad is blanking groove, and the guide pad is fallen vertically the horizontal platelet fallen to be changed into；Institute The bottom for stating supporting mechanism is equipped with cooling box in parallel, and the cooling box is top surface opening, the rectangular parallelepiped structure of remaining face closure, institute Cooling box is stated to cool down to the platelet fallen vertically；The inner wall of the cooling box is vertically equidistantly equipped with grip slipper, The opposite bottom for being set to the blanking groove of the grip slipper, the grip slipper is to clamp the platelet fallen vertically.

Preferably, the cooling box internal reservoir has coolant liquid, and the inside of the grip slipper is provided with logical for cooling liquid stream Mesh.

The lateral section of the guide pad be right-angled trapezium, the blanking groove by a guide pad inclined-plane, another The vertical plane of the guide pad forms.

Preferably, the inside of the cooling box is equipped with hoisting mechanism, and the hoisting mechanism with pushing away the grip slipper above The interior guide pad.

Preferably, the hoisting mechanism includes slide bar, holding rod, cross bar and push rod, and the sliding bar is through described Cooling box, the top of the slide bar are vertically rotatablely connected holding rod, and the outer end spacing of the holding rod is greater than the spacing of the side plate, institute The bottom end for stating slide bar vertically connects the cross bar, and the cross bar is set to the bottom of the cooling box, the top surface of the cross bar in parallel Multiple push rods are vertically equipped with, through the bottom surface of the cooling box, the push rod is inserted into the grip slipper for the push rod sliding Inside, the top of the push rod is equipped with push plate, the push plate platelet pushed away at the top of it above.

Preferably, the area of the push plate is identical as the internal cross-sectional area of the grip slipper, the bottom center of the push plate Place vertically connects the push rod.

Preferably, the push rod, the slide bar fit closely sliding with the cooling box, and the slide bar is set to described cold But region of the box in addition to coolant liquid.

Preferably, the both ends of the surface of the cooling box are connected to mobile mechanism by connecting rod, and the connecting rod is used so that described Cooling box is moved synchronously with the mobile mechanism.

The invention has the following beneficial effects:

1, the platelet that level falls can be changed into vertical whereabouts by the design of guide pad, guide groove, to reduce small Plate occupied area, worker need to only clamp side in pickup, so that clipping operation is more convenient；Grip slipper can be to vertical The platelet fallen is positioned；

2, cooling box can cool down to platelet, so that can take out platelet after completion of processing, without waiting；

3, by hoisting mechanism can all platelets of synchronous drive quickly stretch out collecting tank so that worker clamping platelet When, without extending into collecting tank, operating surface is increased, each platelet can be quickly removed.

Detailed description of the invention

Fig. 1 is the structural schematic diagram shown in the present invention for the cooling collection device of plate body of thin plate cutting；

Fig. 2 is enlarged structure schematic diagram at A shown in the present invention；

Fig. 3 is enlarged structure schematic diagram at B shown in the present invention；

Fig. 4 is hoisting mechanism, cooling box, supporting mechanism and thin plate main body distributed architecture schematic diagram shown in the present invention；

Fig. 5 is hoisting mechanism discharge state structural schematic diagram shown in the present invention.

Appended drawing reference: 1, mobile mechanism, 11, guide rail, 12, movable stand, 13, laser cutting rifle, 2, hoisting mechanism, 21, cunning Bar, 22, holding rod, 23, cross bar, 24, push rod, 241, push plate, 3, supporting mechanism, 31, pillar, 32, side plate, 33, guide pad, 34, Blanking groove, 4, cooling box, 41, grip slipper, 5, thin plate main body, 51, cutting groove, 52, platelet, 6, connecting rod.

Specific embodiment

In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and It is not used in the restriction present invention.

A kind of cooling collection device of plate body for thin plate cutting, including supporting mechanism 3, the supporting mechanism 3 include branch Column 31, side plate 32, guide pad 33 and blanking groove 34, the side plate 32 is relatively parallel to be equipped with two, between two side plates 32 Region constitutes collecting tank；The pillar 31 is set to the both ends of the side plate 32；Pillar 31 is to carry out both ends branch to side plate 32 Support；

The guide pad 33 is equipped between two side plates 32, the guide pad 33 inclines along 32 extending direction of side plate It is arranged obliquely, the guide pad 33 is equally spaced and has multiple, and void area between the adjacent guide pad 33 is blanking groove 34, the guide pad 33 is fallen vertically the horizontal platelet 52 fallen to be changed into；The platelet 52 that level is fallen can be along Guide pad 33 slide down to slide into blanking groove 14 export when, vertical state can be changed into and fallen；

The bottom of the supporting mechanism 1 is equipped with cooling box 4 in parallel, and the cooling box 4 is top surface opening, remaining face closure Rectangular parallelepiped structure；Top opening is to accept the platelet 52 fallen；

The cooling box 4 is to cool down to the platelet 52 fallen vertically；The inner wall of the cooling box 4 is vertical etc. Away from grip slipper 41 is equipped with, the grip slipper 41 is set to the bottom of the blanking groove 34 relatively, and the grip slipper 41 is perpendicular to clamp The platelet 52 directly fallen；Platelet 52 will enter in corresponding grip slipper 41 when passing through blanking groove 14, grip slipper 41 It can guarantee the stability that platelet 52 moves, other positions will not be offset to, platelet 52 finally only slides into grip slipper 41.

As an improvement of the above technical solution, 4 internal reservoir of cooling box has coolant liquid, the inside of the grip slipper 41 It is provided with the mesh logical for cooling liquid stream, fast cooling can be carried out to platelet 52 by coolant liquid 4, enable worker at one piece After thin plate main body 5 is cut, each platelet 52 can be taken out, without waiting, and at the also absorbable cutting environment of coolant liquid Heat, to cutting gun carry out partial cooling.

As an improvement of the above technical solution, the lateral section of the guide pad 33 be right-angled trapezium, the blanking groove 34 by The vertical plane composition on the inclined-plane of one guide pad 33, another guide pad 33；Blanking groove 34 forms a right angle three Angular structure enables to the downslide that platelet 52 can be stable and is changed into vertical sliding state in 34 exit of blanking groove.

As an improvement of the above technical solution, the inside of the cooling box 4 is equipped with hoisting mechanism 2, the hoisting mechanism 2 With the guide pad 33 pushed away in the grip slipper 41 above；Hoisting mechanism 2 can be realized quick feeding, without manually protruding into again Feeding in collecting tank.

As an improvement of the above technical solution, the hoisting mechanism 2 includes slide bar 21, holding rod 22, cross bar 23 and push rod 24, through the cooling box 4, the top of the slide bar 21 is vertically rotatablely connected holding rod 22, described to hold for the sliding of slide bar 21 The outer end spacing of bar 22 is greater than the spacing of the side plate 32, and 22 outer end spacing of holding rod, which is greater than side sheet room, can guarantee to work as slide bar away from 32 When 21 drive cross bars 23 are above mentioned to maximum height, holding rod 22 can stretch out collecting tank outside at this time, then rotate holding rod 22, holding rod 22 The top of two side plates can be ridden over, so that slide bar 21 can limit here, easy to operate, structure is simple；

The bottom end of the slide bar 21 vertically connects the cross bar 23, and the cross bar 23 is set to the bottom of the cooling box 4 in parallel Portion, the top surface of the cross bar 23 are vertically equipped with multiple push rods 24, and the push rod 24 is slided through the bottom surface of the cooling box 4, The push rod 24 is inserted into the inside of the grip slipper 41, and the top of the push rod 24 is equipped with push plate 241, and the push plate 241 is used The platelet 52 at the top of it is pushed away above；It can be synchronized by multiple push rods 24 and above push away each upper plate 52, realized simultaneously and rapidly Discharging, platelet 52 can rise outer stretching collecting tank, so that worker clamps platelet 52 without extending into collecting tank, operation is more Convenient, the face of required clamping also greatly reduces, and the side that need to only clamp platelet 52 can take out.

As an improvement of the above technical solution, the internal cross-sectional area phase of the area of the push plate 241 and the grip slipper 41 Together, the push rod 24 is vertically connected at the bottom center of the push plate 241；Area is identical, can be improved push plate 241 for platelet Promotion effect, guarantee displacement accuracy.

As an improvement of the above technical solution, the push rod 24, the slide bar 21 fit closely cunning with the cooling box 4 Dynamic, the slide bar 21 is set to region of the cooling box 4 in addition to coolant liquid；It fits closely and can be avoided coolant liquid outflow.

As an improvement of the above technical solution, the both ends of the surface of the cooling box 4 are connected to mobile mechanism 1, institute by connecting rod 6 Connecting rod 6 is stated to use so that the cooling box 4 is moved synchronously with the mobile mechanism 1；It can be cold after a thin plate is cut But box 4, mobile mechanism 1, which synchronize, is transferred at next thin plate, no longer needs to be individually for cooling box configuration moving structure.

As shown in FIG. 1, FIG. 1 is the structural representations of the cooling collection device of the plate body that thin plate cutting is used for shown in the present invention Figure；

Mobile mechanism 1 includes guide rail 11, movable stand 12 and laser cutting rifle 13, and movable stand 12 is inverted U-shaped, movable stand 12 Along the horizontal sliding of guide rail 11, laser cutting rifle 13 is mounted on movable stand 12；

Worker can preset cutting parameter on cutting host, the length of size needed for equidistantly cutting out in thin plate main body 5 Rectangular platelet 52, then platelet 52 is fallen, and the cutting groove 51 of multiple rectangles will be left on thin plate；

Blanking groove 34 is oppositely arranged on the bottom of 51 region of cutting groove, and platelet 52 can directly fall in guiding after cutting It on block 33, then slides diagonally downward, when sliding into the exit of blanking groove 34, vertical state will be changed into；

Cooling box 4 is mounted on the bottom of collecting tank, and cooling water is housed inside cooling bath 4；

Slide bar 21 and cross bar 23 are set as L shape, illustratively, need to cut out 5 platelets 52 on one piece of thin plate, then relatively Blanking groove 34, grip slipper 41 and the push rod 24 of setting are 5.

As shown in Fig. 2, Fig. 2 is enlarged structure schematic diagram at A shown in the present invention；

Grip slipper 41 be it is mesh-structured, platelet 52 is immersed into water；The top of push rod 24 is equipped with push plate 241, Push plate 241 is placed in the bottom of platelet 52, and push rod 24 is slided through the bottom surface of cooling box 4.

As shown in figure 4, Fig. 4 is hoisting mechanism shown in the present invention, cooling box, supporting mechanism and thin plate main body distribution knot Structure schematic diagram；

Original state, holding rod 22 are placed in cooling box 4, and holding rod 22 is arranged in parallel with side plate 32.

Thin plate is placed in the top of side plate 32, so that 51 region of each cutting groove and blanking when implementing by the present invention Slot 34 is aligned；

Laser cutting rifle cuts thin plate, and the platelet 52 cut can be fallen on guide pad 33, then diagonally downward Sliding, can gradually rotate counterclockwise to vertical state when sliding at blanking groove 34, then slide into grip slipper 41 again, thus Positioning is collected to platelet 52, guarantees that platelet 52 is in a vertical state, cooling water can carry out fast cooling to platelet 52；Together The step of sample, completes the cutting of whole platelets 52；

After cutting, the upper holding rod 22 mentioned positioned at one end of worker, and then with 21 upward sliding of moving slide-bar, slide bar 21 drives Cross bar 23, push rod 24 and push plate 241 are synchronized and are moved upwards, so by platelet 52 gradually on push away out cooling box 4, when holding rod 22 When overhanging 32 place height of side panel, holding rod 22 is rotated, so that going to vertical state with the holding rod 22 of 32 parastate of side plate, so After holding rod 22 can be intersected and ride over the top of side plate 32, slide bar 21, push rod 24 are limited；

During 22 overhanging side plate 32 of holding rod, platelet 52 can also gradually pass through blanking groove 34, and finally have part outer It stretches out cutting groove 51 (as shown in Figure 5)；Worker can quickly, firmly clamp 52 sponson of platelet, so that platelet 52 be taken Out；

After platelet 52 takes out, holding rod 22 is rotated again to parallel with side plate 32, can transfer slide bar 21 to initial bit It sets, start mobile mechanism 1 and drives cooling box 4, hoisting mechanism 2 to move to next thin plate bottom for needing to cut by connecting rod 6.

The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention Made any modifications, equivalent replacements, and improvements etc., should all be included in the protection scope of the present invention within mind and principle.

Claims

1. a kind of cooling collection device of plate body for thin plate cutting, it is characterised in that: including supporting mechanism (3), the support Mechanism (3) includes pillar (31), side plate (32), guide pad (33) and blanking groove (34), and the side plate (32) sets in parallel relatively There are two, the guide pad (33) are equipped between two side plates (32), the guide pad (33) is prolonged along the side plate (32) It stretches direction to be arranged diagonally downward, the guide pad (33), which is equally spaced, multiple gaps between the adjacent guide pad (33) Region is blanking groove (34), and the guide pad (33) falls vertically the horizontal platelet (52) fallen to be changed into；The branch Column (31) is set to the both ends of the side plate (32)；

The bottom of the supporting mechanism (3) is equipped with cooling box (4) in parallel, and the cooling box (4) is top surface opening, remaining face closure Rectangular parallelepiped structure, the cooling box (4) is to cool down to the platelet (52) fallen vertically；The cooling box (4) Inner wall be vertically equidistantly equipped with grip slipper (41), the opposite bottom for being set to the blanking groove (34) of the grip slipper (41) is described Grip slipper (41) is to clamp the platelet (52) fallen vertically.

2. the cooling collection device of a kind of plate body for thin plate cutting according to claim 1, it is characterised in that: described cold But box (4) internal reservoir has coolant liquid, and the inside of the grip slipper (41) is provided with the mesh logical for cooling liquid stream.

3. the cooling collection device of a kind of plate body for thin plate cutting according to claim 2, it is characterised in that: described to lead It is right-angled trapezium, inclined-plane of the blanking groove (34) by a guide pad (33), another institute to the lateral section of block (33) State the vertical plane composition of guide pad (33).

4. the cooling collection device of a kind of plate body for thin plate cutting according to claim 3, it is characterised in that: described cold But the inside of box (4) is equipped with hoisting mechanism (2), and the hoisting mechanism (2) is described in the grip slipper (41) with pushing away above Guide pad (33).

5. the cooling collection device of a kind of plate body for thin plate cutting according to claim 4, it is characterised in that: described to mention Rising mechanism (2) includes slide bar (21), holding rod (22), cross bar (23) and push rod (24), and the slide bar (21) is slided through institute It states cooling box (4), the top of the slide bar (21) is vertically rotatablely connected holding rod (22), and the outer end spacing of the holding rod (22) is greater than The bottom end of the spacing of the side plate (32), the slide bar (21) vertically connects the cross bar (23), and the cross bar (23) sets in parallel It is vertically equipped with multiple push rods (24) in the top surface of the bottom of the cooling box (4), the cross bar (23), push rod (24) sliding Through the bottom surface of the cooling box (4), the push rod (24) is inserted into the inside of the grip slipper (41), the push rod (24) Top be equipped with push plate (241), the push plate (241) platelet (52) pushed away at the top of it above.

6. the cooling collection device of a kind of plate body for thin plate cutting according to claim 5, it is characterised in that: described to push away The area of plate (241) is identical as the internal cross-sectional area of the grip slipper (41), vertically connects at the bottom center of the push plate (241) Connect the push rod (24).

7. the cooling collection device of a kind of plate body for thin plate cutting according to claim 6, it is characterised in that: described to push away Bar (24), the slide bar (21) fit closely sliding with the cooling box (4), and the slide bar (21) is set to the cooling box (4) region in addition to coolant liquid.

8. the cooling collection device of a kind of plate body for thin plate cutting described in any one in -7 according to claim 1, Be characterized in that: the both ends of the surface of the cooling box (4) are connected to mobile mechanism (1) by connecting rod (6), and the connecting rod (6) is to make The cooling box (4) is obtained to move synchronously with the mobile mechanism (1).