The content of the invention
For overcome the deficiencies in the prior art, the utility model provides a kind of electric tube expander rotation with automatic hoisting mechanism
Frame.
Technical scheme is used by the utility model solves its technical problem:
Electric tube expander swivel mount with automatic hoisting mechanism, including:
Rotating seat, the rotating seat are configured with the device of rotation driving that it can be driven to rotate;
Heat exchanger positioning component, the heat exchanger positioning component are arranged on rotating seat and can rotated with rotating seat,
The heat exchanger positioning component is used for stationary heat exchangers;
The heat exchanger positioning component includes at least two groups of holding frame components, and lift is configured with the rotating seat
Structure, the elevating mechanism can drive part or all of holding frame component lifting moving.
The elevating mechanism is a screw mandrel drive mechanism, and the screw mandrel drive mechanism can drive part or all of holding frame
Component lifting moving.
A stand is provided with the rotating seat, the holding frame component slippage is arranged in stand.
The screw mandrel drive mechanism includes motor, screw mandrel, feed screw nut, and the feed screw nut is fixedly installed on positioned at stand
On the holding frame component of the superiors, the screw mandrel is arranged in stand and coordinated with feed screw nut, and the motor is fixed on stand
Upper end can simultaneously drive screw mandrel to rotate, and be connected between adjacent holding frame component by deformable drawing mechanism.
The drawing mechanism is chain, drag-line, drawstring, pull bar or connect band.
The screw mandrel is configured with two groups, and two groups of screw mandrels are separately positioned on motor both sides, and the output shaft of the motor passes through same
Step band mechanism is respectively connecting to two groups of screw mandrels, and the feed screw nut is corresponding with screw mandrel to be configured with two groups.
The holding frame component includes fixed mount, and at least two holding stations, holding station are provided with the fixed mount
Side close to fixed mount is fixed clamp face, and side of the holding station away from fixed mount is configured with switch gate, the switch gate
The grasping part that clamping heat exchanger is correspondingly formed with fixed clamp face can be closed to, and the switch gate can be opened to energy
It is enough to take out heat exchanger from grasping part.
The switch gate is rotatably arranged on fixed clamp face edge, and being configured with the fixed mount being capable of driving switch door turn
Dynamic device of rotation driving.
The device of rotation driving includes promoting piston cylinder, and a linking arm is provided with the switch gate, and described promote is lived
The cylinder body of plug cylinder is hinged on fixed mount, and the piston rod end for promoting piston cylinder is hinged on linking arm.
Each holding station is configured with two groups of switch gates, and two groups of switch gates are rotatably arranged on the end edge of holding station two respectively
Edge.
The beneficial effects of the utility model are:Electric tube expander swivel mount with automatic hoisting mechanism, including:Rotating seat, heat
Exchanger positioning component, the rotating seat are configured with the device of rotation driving that it can be driven to rotate, the heat exchanger positioning
Component is arranged on rotating seat and can rotated with rotating seat, and the heat exchanger positioning component is used for stationary heat exchangers;It is described
Heat exchanger positioning component includes at least two groups of holding frame components, and elevating mechanism, the lift are configured with the rotating seat
Structure can drive part or all of holding frame component lifting moving, so as to adjust the height of holding frame component and spacing distance, from
And adapt to the heat exchanger of different size.
Embodiment
Referring to figs. 1 to Fig. 4, Fig. 1 to Fig. 4 is the structural representation of one specific embodiment of the utility model, as illustrated,
Electric tube expander swivel mount with automatic hoisting mechanism, including:Rotating seat 1, heat exchanger positioning component, the rotating seat 1 configure
There is the device of rotation driving that it can be driven to rotate, in actual use, rotating seat 1 is rotatably arranged on frame or ground
On, the bottom of rotating seat 1 is provided with gear wheel, and is driven by motor, realizes rotation, so as to conversion station, certainly, is having
In body implementation process, rotating seat 1 can also be driven by gap separator etc., be not described in detail here.
The heat exchanger positioning component is arranged on rotating seat 1 and can rotated with rotating seat 1, the heat exchanger positioning
Component is used for stationary heat exchangers 9;The heat exchanger positioning component includes at least two groups of holding frame components 3, the rotating seat 1
On be configured with elevating mechanism, the elevating mechanism can drive the part or all of lifting moving of holding frame component 3, so as to adjust folder
The height and spacing distance of frame component 3 are held, so as to adapt to the heat exchanger of different size.
The elevating mechanism can be piston cylinder mechanism, linkage, link chain mechanism, screw body etc., it is preferred that in this reality
Apply in example, the elevating mechanism is a screw mandrel drive mechanism, and the screw mandrel drive mechanism can drive part or all of holding frame
The lifting moving of component 3, so as to realize the interval regulation between the regulation of the height of holding frame component 3 and holding frame component 3.
Preferably, a stand 2 is provided with the rotating seat 1, the holding frame component 3 is slided by sliding track mechanism and set
In stand 2, the screw mandrel drive mechanism includes motor 41, screw mandrel 42, feed screw nut 43, and the feed screw nut 43 is fixedly installed
On the holding frame component 3 positioned at the superiors of stand 2, the screw mandrel 42 is arranged in stand 2 and coordinated with feed screw nut 43, institute
State motor 41 to be fixed on the upper end of stand 2 and screw mandrel 42 can be driven to rotate, you can drive the holding frame component 3 of the superiors to lift and move
It is dynamic, and connected between adjacent holding frame component 3 by deformable drawing mechanism, the drawing mechanism be chain, drag-line,
Drawstring, pull bar or connect band, preferably in the present embodiment, the drawing mechanism are chain 40, when the holding frame group of the superiors
When moving to certain distance on part 3(Generally chain length), next holding frame component 3 can be driven to move by chain 40, so as to
Ensure to be respectively provided with holding frame component 3 in certain intervals distance, ensure the effect of positioning, position stabilization more.
In addition, in specific implementation process, also link gear can be set between adjacent holding frame component 3 so that folder
The synchronous differential linkage of frame component 3 is held, is not described in detail here.
Preferably, in the present embodiment, it is provided with support seat on rotating seat 1(Not shown in figure), to support bottom
Holding frame component 3.
Preferably, in the present embodiment, the screw mandrel 42 is configured with two groups, and two groups of screw mandrels 42 are separately positioned on 41 liang of motor
Side, the output shaft of the motor 41 are respectively connecting to two groups of screw mandrels 42, the feed screw nut 43 and silk by synchronous belt mechanism 44
Two groups are configured with corresponding to bar 42, mobile stabilization more.
As illustrated, the holding frame component 3 includes fixed mount 31, at least two clampings are provided with the fixed mount 31
Station, holding station are fixed clamp face 30 close to the side of fixed mount 31, and side of the holding station away from fixed mount 31 configures
There is switch gate 32, the switch gate 32 can be closed to the clamping sky that clamping heat exchanger 9 is correspondingly formed with fixed clamp face 30
Between, and the switch gate 32 can be opened to that can take out heat exchanger 9 from grasping part, and energy is configured with the fixed mount 31
The switch door drive of enough switches of controlling switch door 32, during work, it is only necessary to it is artificial or by robotic device by heat exchanger
It is moved to holding station, you can by switching door drive automatic cut-off switch door, the fixation of heat exchanger is realized, without people
Work operates, and reduces labor intensity, improves operating efficiency and reduces human cost.
Preferably, in the present embodiment, the switch gate 32 is rotatably arranged on the edge of fixed clamp face 30, the switch gate
Drive device, certainly, can also be by more in specific implementation process to be capable of the device of rotation driving of the rotation of driving switch door 32
Linkage such as quadric chain etc. realizes the closure and opening of switch gate 32, is not described in detail here.
Preferably, the device of rotation driving includes promoting piston cylinder 51, and the promotion piston cylinder 51 can be cylinder or hydraulic pressure
Cylinder, a linking arm 321 is provided with the switch gate 32, the cylinder body for promoting piston cylinder 51 is hinged on fixed mount 31, institute
State promote piston cylinder 51 piston rod end be hinged on linking arm 321, when piston rod stretches out, can pull switch door 32 close
Close, when piston rod is withdrawn, can Drawing switch door 32 open, so as to realize switch gate act, certainly, in specific implementation process
In, promote piston cylinder 51 to be substituted by hydraulic cylinder, can also directly drive switch gate 32 to switch by motor, but chucking power phase
To less than piston cylinder or hydraulic cylinder, being not described in detail here.
Preferably, in the present embodiment, each holding station is configured with two groups of switch gates 32, and two groups of switch gates 32 turn respectively
It is dynamic to be arranged on holding station edges at two ends, in addition, in the present embodiment, the promotion of the one of which switch gate 32 of holding station is lived
The cylinder body of plug cylinder 51 is hinged on a swivel base 501, and the boss 502 for installing swivel base 501 is provided with fixed mount 31, is passed through
Boss 502 is padded to promote piston cylinder 51, may be such that the open angle of this group of switch gate 32 is larger, so as to taking for heat exchanger
Put, certainly, in specific implementation process, also two groups of switch gates 32 can be set as above, be not described in detail here.
Preferably, limited block 301 corresponding with the width of heat exchanger 9 is provided with the fixed clamp face 30, with lateral
Positioning heat exchanger.
Preferably, in the present embodiment, the fixed mount 31 at fixed clamp face 30 is made up of section bar, is provided with section bar
Elongated chute, the limited block 301 are arranged on elongated chute by bolt mechanism, and limit can be easily adjusted by bolt mechanism
The interval of position block 301, to adapt to the heat exchanger of different size.
Above to it is of the present utility model preferably implement illustrated, certainly, the utility model can also use with
The different form of above-mentioned embodiment, what those skilled in the art were made on the premise of without prejudice to spirit of the invention etc.
Same conversion or corresponding change, should all belong in the scope of protection of the utility model.