A kind of board-like heat recovering heat exchanger automatic production line
Technical field
The invention belongs to heat exchanger production field, specifically a kind of board-like heat recovering heat exchanger automatic production line.
Background technology
Heat exchanger is the equipment that the partial heat of hot fluid is passed to cold fluid, also known as heat exchanger.Being of heat exchanger
Work, oil, power, the common apparatus of food and other many industrial departments, occupy critical role in production.In Chemical Manufacture
Middle heat exchanger can be used as heater, cooler, condenser, evaporator and reboiler etc., be more widely applied.It is main in heat exchanger
Component is Heat exchanger sheet, and the Heat exchanger sheet of polylith same size stacks, and has fluid course staggeredly, cold flow on Heat exchanger sheet
Body passes through adjacent runner respectively with hot fluid, and hot fluid transfers heat to cold fluid, realizes heat exchange.
The processing of the heat exchanger fin of Conventional plate-type heat exchanger and assembling procedure generally include square stock, punching, the heat exchanger fin of aluminium foil
Multi-stage molding, heat exchanger fin multi-step assembling, artificial demand big, efficiency low the problem of excessive there are process.
The content of the invention
It is an object of the invention to provide a kind of simple structure, artificial demand is few, and efficient board-like recuperation of heat exchanges heat
Device automatic production line.
To achieve these goals, the present invention provides a kind of board-like heat recovering heat exchanger automatic production line, including sequentially
Discharging device, device for detecting length, surface processing device and the slicing device of setting, are additionally provided with after slicing device and are integrally formed dress
Put, which includes stent and controller, and be arranged on frame upper and move up and down button block, be arranged on branch
Frame lower part simultaneously supports supporting plate that sheet body moves down and four support button blocks that can be moved left and right for being arranged on mid-stent, institute
The quadrangularly distribution of support button block is stated to support monolithic aluminium foil, the control method of the controller is as follows:
A, four support button blocks retract, and middle supporting plate rises to apical position;
B, four support button blocks are advanced, until support is positioned to aluminium foil shape, and place aluminium foil;
C, button block move down, and withhold aluminium foil both sides, and button block rises;
D, four support button blocks retract, and middle supporting plate falls the distance of a piece of aluminium foil;
E, four support button blocks are advanced, until support is positioned to aluminium foil shape, and place aluminium foil;
F, button block move down, and withhold the another both sides of aluminium foil, and button block rises;
G, four support button blocks retract, and middle supporting plate falls the distance of a piece of aluminium foil;
H, reenters step B circulations, until whole heat exchanger fin book mouldings are completed.
There are following features using the board-like heat recovering heat exchanger automatic production line of technical solution of the present invention:Due to one
The connection that aluminium foil buckles the shaping on side, the overlapping of aluminium foil and adjacent aluminium foil, therefore the degree automated are put while are realized in makeup
Height, efficient, manpower intervention is few, and worker's work load, which is reduced, only to be needed to place aluminium foil, appropriate to check.
Preferably, the discharging device, device for detecting length, surface processing device and slicing device, are respectively
Feeding machine, length inductor, cross oil groove and hydraulic cutting panel forming machine.
Preferably, splicing platform is provided with before the Integral molding device for insoles, to facilitate operation material.
Further, the stent is connected and composed by base, supporting rod and top plate, and fixation is provided with the middle part of supporting rod
Plate.
Further, the button block rear is fixed in fixed plate, fixed plate connection be arranged on press cylinder on top plate and
Guide rod.
Further, the support button block is installed on upper mounted plate, and support button block rear is respectively arranged with propulsion cylinder and control
The left and right servomotor of cylinder amplitude of fluctuation processed.
Further, the supporting plate is provided with guide sleeve and screw, and the screw is socketed on screw, which is connected to
On upper mounted plate, lower part is connected by shaft coupling with lift servo motor, and this set can both ensure to bear larger pressure
And impact force, and can more ensure the precision of lifting.
Further, lower guide rod is additionally provided between fixed plate and base, the supporting plate is equipped with and lower guide rod phase
Guide sleeve even, can so further improve the shock proof ability of supporting plate.
Brief description of the drawings
Fig. 1 is the structure diagram of the embodiment of the present invention;
Fig. 2 is the structure diagram of Integral molding device for insoles in the embodiment of the present invention;
Fig. 3 is the upper mounted plate part-structure schematic diagram of Integral molding device for insoles in the embodiment of the present invention.
Wherein, feeding machine 1, length inductor 2, crosses oil groove 3, hydraulic cutting panel forming machine 4, splicing platform 5, controller 6, button block
7, fixed plate 71, press cylinder 72, guide rod 73, supporting plate 8, guide sleeve 81, screw 82, on screw 83, lift servo motor 84, under lead
Bar 85, guide sleeve 86, holds in the palm button block 9, propulsion cylinder 91, left and right servomotor 92, base 11, supporting rod 12, top plate 13, upper mounted plate
14。
Embodiment
The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:
:The present invention provides a kind of board-like heat recovering heat exchanger automatic production line, including suitable
The feeding machine 1 of secondary setting, length inductor 2, cross oil groove 3, hydraulic cutting panel forming machine 4, splicing platform 5, and one is set after splicing platform 5
Molding machine, the Integral molding device for insoles include stent and controller 6, and be arranged on frame upper and move up and down button block 7,
Being arranged on stent lower part and supporting supporting plate 8 that sheet body moves down and be arranged on four of mid-stent to move left and right
Button block 9 is held in the palm, the 9 quadrangularly distribution of support button block is to support monolithic aluminium foil, and wherein stent is by base 11, supporting rod 12 and top plate
13 connect and compose, and the middle part of supporting rod 12 is equipped with upper mounted plate 14, and base 11 uses the steel plate of thickness 3cm, and is connected by bolt
Ground, 12 preferred stainless steel tube of supporting rod are connected on, diameter is no more than 10cm, and top plate 13 is no more than the steel plate of 2cm, button using thickness
7 rear of block is fixed in fixed plate 71, and fixed plate 71 connects thereafter press cylinder 72 and guide rod 73 using the steel plate of thickness 1cm
It is arranged on top plate 13.Button block 9 is ask to be installed on upper mounted plate 14, four 9 rears of support button block are respectively equipped with propulsion cylinder 91
And the left and right servomotor 92 of control cylinder amplitude of fluctuation.Supporting plate 8 is provided with guide sleeve 81 and screw 82, and screw 82 is socketed in silk
On bar 83,83 top of screw is connected on upper mounted plate 14, and lower part is connected by shaft coupling with lift servo motor 84, upper fixation
Lower guide rod 85 is additionally provided between plate 14 and base 11, supporting plate 8 is equipped with the guide sleeve 86 being connected with lower guide rod 85.
The method of the board-like heat recovering heat exchanger automatic forming of the present invention is such:
A, controller 6 manipulate propulsion cylinder 91, four support button blocks 9 is retracted, middle supporting plate rises to apical position;
B, controller 6 manipulate propulsion cylinder 91, four support button blocks 9 is advanced, until support is positioned to aluminium foil shape, and pacify
Put aluminium foil;
C, controller 6 manipulate press cylinder 72, move down button block 7, withhold aluminium foil both sides, button block 7 rises;
D, controller 6 manipulate propulsion cylinder 91, four support button blocks 9 is retracted, and controller 6 manipulates lift servo motor 84,
Middle supporting plate 8 is set to fall the distance of a piece of aluminium foil;
E, controller 6 manipulate propulsion cylinder 91, four support button blocks 9 is advanced, until support is positioned to aluminium foil shape, and pacify
Put aluminium foil;
F, controller 6 manipulate press cylinder 72, move down button block 7, withhold the another both sides of aluminium foil, and button block rises;
G, controller 6 manipulate propulsion cylinder 91, four support button blocks 9 is retracted, and controller 6 manipulates lift servo motor 84,
Middle supporting plate 8 is set to fall the distance of a piece of aluminium foil;
H, reenters step B circulations, until whole heat exchanger fin book mouldings are completed.
The shock proof ability of supporting plate can so be further improved.Above-described is only the side of being preferable to carry out of the present invention
Formula, the general knowledge such as known concrete structure and characteristic does not describe excessively herein in scheme, it is noted that for the technology of this area
For personnel, without departing from the structure of the invention, several modifications and improvements can also be made, these should also be considered as this
The protection domain of invention, these effects and practical applicability for implementing all without the influence present invention.