Armature spindle keyseat process equipment
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of armature spindle keyseat process equipment.
Background technique
Currently, the processing of the rotor axis of electric keyseat of enterprise's household electric pump produced generally uses plain-milling machine, people
Work is clamped using mechanical clamp.When processing, worker is by armature spindle clamping to mechanical clamp, using hand-operated clamping, subsequent milling machine
Work, by milling head on armature spindle keyseat.After completion of processing, milling machine stops, after armature spindle is dismantled from mechanical clamp,
The new armature spindle of clamping carries out keyseat processing again.It is primarily present following problems: 1, by manually to rotor axis clamping, efficiency
Lowly, and positioning clamps inaccurately, and the processing quality of rotor shaft key groove is made to be not easy to guarantee;2, separate room produces, and replaces armature spindle
When consume the plenty of time, production efficiency is low.
Summary of the invention
The purpose of this utility model is the presence of the above problem in view of the prior art, proposes one kind and is able to achieve and works continuously
Armature spindle keyseat process equipment.
The purpose of this utility model can be realized by the following technical scheme:
Armature spindle keyseat process equipment, the milling machine head including workbench and above workbench, the milling machine
Head is equipped with milling cutter, which is characterized in that clamp body is fixed on the workbench, the side of the clamp body is equipped with clamping
Mouth one, the other side are equipped with clamp port two, are additionally provided with the collet one driven by power unit one on the workbench and by moving
The collet two that power unit two drives has the clamp port three being oppositely arranged with clamp port one, the folder on the collet one
There is the clamp port four being oppositely arranged with clamp port two on first two, be additionally provided with the support for being used to support rotor shaft rear end on workbench
Structure.
In above-mentioned armature spindle keyseat process equipment, guide rail, the collet one are fixed on the workbench
Sliding is set on guide rail, and the sliding of collet two is set on guide rail, and the clamp body is fixed on the center of guide rail.
In above-mentioned armature spindle keyseat process equipment, the upper middle part of the guide rail has to be extended along rail length direction
Guide groove, there are on the collet one guide ledges one being equipped with guide groove, have on the collet two and guide groove
The guide ledges two being equipped with.
In above-mentioned armature spindle keyseat process equipment, the power unit one is fixed cylinder on the table
One, the piston rod of the cylinder one extends along the length direction of guide rail, and the piston rod of the cylinder one and collet one are connected;Institute
The power unit two stated is fixed cylinder two on the table, and the piston rod of the cylinder two prolongs along the length direction of guide rail
It stretches, and the piston rod of the cylinder two and collet two are connected.Cylinder one and cylinder two for ease of operation, in cylinder one and cylinder
Rotary switch is respectively set on two, by rotation process, it can be achieved that cylinder piston rod stretches.
In above-mentioned armature spindle keyseat process equipment, the support construction includes fixed support on the table
Frame one and support frame two are fixed with lower supporting block one and upper supporting block one, the upper supporting block one on the support frame one
The support notch one being correspondingly arranged with clamp port one is formed between lower supporting block one;It is fixed with down on the support frame two
Supporting block two and upper supporting block two are formed between the upper supporting block two and lower supporting block two and are correspondingly arranged with clamp port two
Support notch two.
The purpose of support frame one Yu support frame two is set, mainly when processing bigger armature spindle, in order to solve by
In too long and during Milling Machining the imbalance of cantilever, guarantee the stability of armature spindle work in-process.Pass through the support of setting
Recess one and support notch two can be such that armature spindle rapidly enters, in order to adapt to the armature spindle of the different diameters of axle, support notch one and branch
The opening size for supportting recess two is adjustable.
In above-mentioned armature spindle keyseat process equipment, there is the mounting groove being vertically arranged on the support frame one
One, the lower supporting block one and upper supporting block one are fixed on support by the adjusting bolt one being arranged in mounting groove one respectively
On frame one;There is the mounting groove two being vertically arranged, the lower supporting block two and upper supporting block two are divided on the support frame two
It is not fixed on support frame two by the adjusting bolt two being arranged in mounting groove two.
In above-mentioned armature spindle keyseat process equipment, the support notch one towards be equipped with power unit one one
End setting, the support notch two are arranged towards the one end for being equipped with power unit two.
Before work, an armature spindle is clamped between collet one and clamp body, starts head after clamping, milling cutter is to rotor
Second armature spindle, is clamped between collet two and clamp body by the processing of axis keyseat at this time.After armature spindle completion of processing, milling
Bed head automatically moves a station, so that milling cutter is moved to second armature spindle top, starts the keyseat of another armature spindle
Processing, first armature spindle is removed, load onto third armature spindle between collet one and clamp body at this time.Second is waited to turn
Sub- axis completes the process, and according to above-mentioned step, in cycles, works continuously.
Compared with prior art, this armature spindle keyseat process equipment has the advantage that
It drives collet one, cylinder two to drive collet two using cylinder one, realizes the Automatic-clamping to workpiece and relaxation, clamp
The uniform fixed safety of power clamps accurate positioning;It is that another armature spindle can be unloaded carrying out processing to an armature spindle
Material and feeding, realize working continuously for milling machine, to improve the speed and working efficiency of processing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of preferred embodiment provided by the utility model.
Fig. 2 is the side view of preferred embodiment provided by the utility model.
Fig. 3 is the side view of collet one provided by the utility model.
Fig. 4 is the structural schematic diagram of support construction provided by the utility model.
Fig. 5 is the structural schematic diagram of support frame one provided by the utility model.
In figure, 1, workbench;2, head;3, clamp body;4, power unit one;5, collet one;6, power unit two;7, it presss from both sides
First two;8, guide rail;9, guide groove;10, guide ledges one;11, support frame one;12, support frame two;13, lower supporting block one;14, on
Supporting block one;15, lower supporting block two;16, upper supporting block two;17, mounting groove one.
Specific embodiment
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
Armature spindle keyseat process equipment as shown in Figure 1, the milling machine including workbench 1 and above workbench 1
First 2, milling machine head 2 is equipped with milling cutter, clamp body 3 is fixed on workbench 1, the side of clamp body 3 is equipped with clamp port one, another
Side is equipped with clamp port two.As shown in Figure 1, being additionally provided with the collet 1 driven by power unit 1 on workbench 1 and by power
The collet 27 that unit 26 drives has the clamp port three being oppositely arranged with clamp port one on collet 1, has on collet 27
The clamp port four being oppositely arranged with clamp port two, as shown in Fig. 2, being additionally provided with the branch for being used to support rotor shaft rear end on workbench 1
Support structure.
As shown in Figure 1, being fixed with guide rail 8 on workbench 1, the sliding of collet 1 is set on guide rail 8, and the sliding of collet 27 is set to
On guide rail 8, clamp body 3 is fixed on the center of guide rail 8.
As shown in figure 3, the upper middle part of guide rail 8 has the guide groove 9 that extends along 8 length direction of guide rail, on collet 1 with
The guide ledges 1 that guide groove 9 is equipped with have the guide ledges two being equipped with guide groove 9 on collet 27.
As shown in Figure 1, power unit 1 is the cylinder one being fixed on workbench 1, the piston rod of cylinder one is along guide rail 8
Length direction extend, and the piston rod of cylinder one and collet 1 are connected.As shown in Fig. 2, power unit 26 is to be fixed on work
Make the cylinder two on platform 1, the piston rod of cylinder two extends along the length direction of guide rail 8, and the piston rod of cylinder two and collet 27
It is connected.Rotary switch is respectively set on cylinder one and cylinder two in cylinder one and cylinder two for ease of operation, is grasped by rotation
Make, it can be achieved that cylinder piston rod stretches.
As shown in figure 4, support construction includes the support frame 1 and support frame 2 12 being fixed on workbench 1, support frame
Lower supporting block 1 and upper supporting block 1 are fixed on one 11, be formed between upper supporting block 1 and lower supporting block 1 with
The support notch one that clamp port one is correspondingly arranged;Lower supporting block 2 15 and upper supporting block 2 16 are fixed on support frame 2 12, on
The support notch two being correspondingly arranged with clamp port two is formed between supporting block 2 16 and lower supporting block 2 15.
The purpose of support frame 1 Yu support frame 2 12 is set, mainly when processing bigger armature spindle, to understand
Certainly since cantilever is too long and imbalance during Milling Machining, guarantee the stability of armature spindle work in-process.Pass through setting
Support notch one and support notch two can be such that armature spindle rapidly enters, in order to adapt to the armature spindle of the different diameters of axle, support notch one
It is adjustable with the opening size of support notch two.
As shown in figure 5, having the mounting groove 1 being vertically arranged, lower supporting block 1 and upper supporting block on support frame 1
One 14 are fixed on support frame 1 by the adjusting bolt one being arranged in mounting groove 1 respectively;Have on support frame 2 12
The mounting groove two being vertically arranged, lower supporting block 2 15 and upper supporting block 2 16 the adjusting spiral shell by being arranged in mounting groove two respectively
Bolt two is fixed on support frame 2 12.
As shown in figure 4, support notch one is arranged towards the one end for being equipped with power unit 1, two court of support notch
It is arranged to the one end for being equipped with power unit 26.
Before work, an armature spindle is clamped between collet 1 and clamp body 3, starts head 2, milling cutter pair after clamping
Second armature spindle, is clamped between collet 27 and clamp body 3 by the processing of armature spindle keyseat at this time.When armature spindle processes
Bi Hou, milling machine head 2 automatically move a station, so that milling cutter is moved to second armature spindle top, start another armature spindle
Keyseat processing, first armature spindle is removed between collet 1 and clamp body 3 at this time, loads onto third armature spindle.Deng
It completes the process to second armature spindle, and according to above-mentioned step, in cycles, works continuously.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.