CN208019198U - A kind of motor stator part forming unit - Google Patents

Abstract

The utility model discloses a kind of motor stator part forming units, include the press mechanism and shaping mechanism of operating platform and setting on the operational platform, the press mechanism includes lower air cylinder, the first fixed plate, lower platen and lower lock block, supporting rod；The shaping mechanism includes guiding mechanism, lateral pressing structure of shoe, and the guiding mechanism includes the two left side guide blocks being used in combination in left and right and right side guide block；The lateral pressing structure of shoe includes third horizontal air cylinder, the levelling block of setting on the operational platform.The side wall of component to be processed is processed into arcwall face using said mechanism, efficient, effect is good.

Description

A kind of motor stator part forming unit

Technical field

The utility model is related to motor component processing technique fields, are filled more particularly to a kind of motor stator component processing It sets.

Background technology

Silicon steel sheet is a kind of carbon containing extremely low silicon-iron soft magnetic alloy, and general silicon content is 0.5~4.5%, and silicon, which is added, to be carried The resistivity and maximum permeability of high ferro reduce coercivity, core loss (iron loss) and magnetic aging, resistivity and maximum point magnetic Conductance is higher, commonly used to make the iron core of transformer, motor, motor.

It is illustrated in figure 6 the silicon steel sheet workpiece applied on motor stator, the process equipment of the component is non-standard equipment, enterprise Industry designs the process equipment of research and development component to meet process requirements.

Utility model content

To meet the process requirements of enterprise, this application provides a kind of motor stator part forming units.

For realization the purpose of this utility model, the utility model provides a kind of motor stator part forming unit, including Operating platform and setting press mechanism and shaping mechanism on the operational platform, the press mechanism include lower air cylinder, the One fixed plate, lower platen and lower lock block, supporting rod, first fixed plate are connected on the operational platform by supporting rod, institute State and be provided with lower air cylinder in the first fixed plate, the piston rod of the lower air cylinder pass through after first fixed plate with lower platen Connection, the lower platen lower end is provided with the lower lock block being used in combination with shaping mechanism, under the lower air cylinder drive is described Briquetting rises or falls；The shaping mechanism includes guiding mechanism, lateral pressing structure of shoe, and the guiding mechanism includes the matching of left and right two Close the left side guide block that uses and right side guide block, form feed well between the left side guide block and right side guide block, component to be processed from Feed well enters, and the left side guide block and right side guide block are described including the corresponding feed zone in position, extruded segment and discharging section The opposite flank of the feed zone of left side guide block and right side guide block is to face directly, the extruded segment of the left rail and the side of discharging section Face is concave cambered surface, and the extruded segment of the right rail is notch, and discharging section is convexity arc surface, and lateral pressing structure of shoe is arranged in notch Place；The lateral pressing structure of shoe includes third horizontal air cylinder, the levelling block of setting on the operational platform, the third horizontal air cylinder Piston rod is connect with levelling block, and the levelling block is driven to move left and right, the width of the levelling block and the width of notch Degree is consistent, and the front end face of the levelling block is convexity arc surface, and convexity arc surface and concave cambered surface are used in combination.

Compared with prior art, the beneficial effects of the utility model are, when use, multiple as shown in Figure 5 is waited for Processing component successively and drain into left side guide block and right side guide block formed feed well feed zone in, component to be processed is moved To extruded segment, the madial wall for driving the lower lock block to treat processing component by lower air cylinder pushes, the bottom face side of lower lock block Edge has shoulder structure, drives the levelling block to squeeze the component to be processed of extruded segment by third horizontal air cylinder, passes through The concave cambered surface of the convexity arc surface of the front side of levelling block and left guide block is used in combination, and the two side walls of component to be processed are added Work camber face, after completion of processing, third horizontal air cylinder drives the levelling block to reset, and lower air cylinder drives the lower lock block It resets, then, the component of extruded segment is moved to discharging section, the shape phase of the shape of discharging section and the component processed Match, contributes to the movement of component and the sizing of component.The component to be processed for being currently located in feed zone is moved to extruded segment to carry out It squeezes, such as above-mentioned cycle, charging squeezes, discharging, and efficient, effect is good.

Description of the drawings

Fig. 1 show first schematic diagram of structure of the utility model；

Fig. 2 show the left side guide block of the utility model and the first schematic diagram of structure of right side guide block；

Fig. 3 show the left side guide block of the utility model and the second schematic diagram of structure of right side guide block；

Fig. 4 show second schematic diagram of structure of the utility model；

Fig. 5 show the structural schematic diagram of the workpiece to be added of the utility model；

Fig. 6 show the structural schematic diagram of the processing back part of the utility model；

In figure, 1- lower air cylinders, 2- guide rails, 3- lower platens, 4- upper rails, the first fixed plates of 5-, the upper movable blocks of 6-, 7- One horizontal air cylinder, 8- link blocks, the second fixed plates of 9-, 10- lower guideways, the sides 11- fixed block, the second horizontal air cylinders of 12-, under 13- Movable block, the second link blocks of 14-, 15- third fixed plates, 16- third horizontal air cylinders, 17- the linear guides, 18- levelling blocks, Guide block on the right side of 19-, 20- components to be processed, the left sides 21- guide block, 22- lower lock blocks, 23- operating platforms, 24- longitudinal cylinders, 211- Discharging section, 212- extruded segments, 213- feed zones, 25- stir column.

Specific implementation mode

The utility model is described in further detail below in conjunction with the drawings and specific embodiments.It should be appreciated that this place The specific embodiment of description is only used to explain the utility model, is not used to limit the utility model.

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.

It should be noted that term used herein above is merely to describe specific implementation mode, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singulative Be also intended to include plural form, additionally, it should be understood that, when in the present specification using belong to "comprising" and/or " packet Include " when, indicate existing characteristics, step, operation, component or module, component and/or combination thereof.

It should be noted that in the absence of conflict, the features in the embodiments and the embodiments of the present application can phase Mutually combination.

Embodiment 1

As shown in figs 1 to 6, present embodiments provide a kind of motor stator part forming unit, including operating platform and Press mechanism and shaping mechanism on the operational platform is set, and the press mechanism includes lower air cylinder, the first fixed plate, pushes Plate and lower lock block, supporting rod, first fixed plate are connected by supporting rod on the operational platform, in first fixed plate It is provided with lower air cylinder, the piston rod of the lower air cylinder is connect after first fixed plate with lower platen, the pushing Plate lower end is provided with the lower lock block being used in combination with shaping mechanism, the lower air cylinder drive the lower lock block rise or under Drop；The shaping mechanism includes guiding mechanism, lateral pressing structure of shoe, and the guiding mechanism includes two left sides being used in combination in left and right Guide block and right side guide block form feed well between the left side guide block and right side guide block, component to be processed enters from feed well, institute It includes the corresponding feed zone in position, extruded segment and discharging section, the left side guide block and the right side to state left side guide block and right side guide block The opposite flank of the feed zone of side guide block is to face directly, and the extruded segment of the left rail and the side of discharging section are concave arc The extruded segment in face, the right rail is notch, and discharging section is convexity arc surface, and lateral pressing structure of shoe is arranged in indentation, there；The side pressure Mechanism includes third horizontal air cylinder, the levelling block of setting on the operational platform, the piston rod and water of the third horizontal air cylinder Concora crush block connects, and the levelling block is driven to move left and right, the width of the levelling block and the equivalent width of notch, and institute The front end face for stating levelling block is convexity arc surface, and convexity arc surface and concave cambered surface are used in combination.

Wherein, the lower platen upper surface is connected with longitudinally disposed guide rail, the guide rail pass through the first fixed plate and with First fixed plate is slidably connected.

Wherein, the linear guide is provided on the operating platform, the piston rod of the third horizontal air cylinder is across described straight It line guide rail and is slidably connected with the linear guide.

Operation principle：When use, by multiple components to be processed as shown in Figure 5 successively and drain into left side guide block and In the feed zone for the feed well that right side guide block is formed, component to be processed is moved to extruded segment, driven by lower air cylinder described in The madial wall that lower lock block treats processing component pushes, and the bottom face edge of lower lock block has shoulder structure, passes through third horizontal gas Cylinder drives the levelling block to squeeze the component to be processed of extruded segment, is led by the convexity arc surface and a left side of the front side of levelling block The concave cambered surface of block is used in combination, and the two side walls of component to be processed are processed into arcwall face, and after completion of processing, third is horizontal Cylinder drives the levelling block to reset, and lower air cylinder drives the pushing block reset to be then moved to the component of extruded segment Discharging section, the shape of discharging section and the shape of the component processed match, and contribute to the movement of component and determining for component Type.The component to be processed for being currently located in feed zone is moved to extruded segment to squeeze, such as above-mentioned cycle, feeds, squeezes, goes out Material, efficient, effect is good.

Embodiment 2

As shown in figs 1 to 6, it on the basis of embodiment 1, in order to further increase production efficiency, present embodiments provides A kind of double-station motor stator part forming unit, two stations can work at the same time.

Specifically, the shaping mechanism includes left side shaping mechanism and right side shaping mechanism, and the two is symmetrical arranged, described A lower lock block being used in combination with left side shaping mechanism and right side shaping mechanism is respectively set at left and right sides of lower platen lower end.

The course of work：When use, two station working hour work, and work asynchronously, in this case, utilize same pushing Mechanism coordinates two shaping mechanisms, improves processing efficiency, reduces cost.

Embodiment 3

As shown in figs 1 to 6, on the basis of embodiment 1 or embodiment 2, in order to further increase equipment automatization journey Degree improves production efficiency, present embodiments provides a kind of motor stator part forming unit of material advancing mechanism.

Material advancing mechanism includes two, is used in combination respectively with left side organisation of working and right side organisation of working, is wrapped It includes upper rail, upper rail movable block, first level cylinder and link block, the second fixed plate, side fixed block, lower guideway, move down Motion block, longitudinal cylinder, the second link block, third fixed plate, stirs column, the upper rail upper end and first at the second horizontal air cylinder Fixed plate connects, and upper movable block is used in combination with upper rail, and the upper movable block lower end is connected with the link block, and described the One horizontal air cylinder is connected on supporting rod, and piston rod is connect with link block, and drives upper movable block water on upper rail Translation is dynamic, and the link block lower end is connect with the second fixed plate, and second fixed plate lower end is provided with lower guideway, is led under described Rail is used in combination with lower movable block, and the lower movable block lower end is connected with longitudinal cylinder, is connected on the outside of second fixed plate There are side fixed block, the side fixed block to be connected with the second horizontal air cylinder, the piston rod and longitudinal cylinder of second horizontal air cylinder Connection, second horizontal air cylinder drive the lower movable block to be moved horizontally on lower guideway, the piston rod of the longitudinal cylinder Lower end is connected with the second link block, and second link block lower end is connect with third fixed plate, and third fixed plate lower end connects It is connected to the spaced poke rod of a row, the longitudinal cylinder drives the poke rod to rise or fall.

In addition, upper rail is bolted with the first fixed plate,

In addition, upper rail lower part is stuck in the sliding groove of movable block, the two is slidably connected, correspondingly, lower guideway lower part It is stuck in the sliding groove of the lower movable block, the two is slidably connected.

In addition, the connection of component and component is using connection type well known to bolt, welding or clamping etc. in the application.

The course of work：Component to be processed as shown in Figure 5 is put into the feed well that left side guide block and right side guide block are formed It in feed zone, drives the poke rod to be moved forward and backward by first level cylinder, and be moved to component locations to be processed, utilizes the Two horizontal air cylinders drive the poke rod to move left and right, and are moved to above component to be processed, and described dial is driven using longitudinal cylinder Lever pushes, and component to be processed is pushed down, and passes through first level cylinder and drives poke rod movement so that component to be processed from Feed zone is moved to extruded segment, then, arrives discharging section, and then, poke rod resets, and the lower lock block pair is driven by lower air cylinder The madial wall of component to be processed pushes, and the madial wall upper end for being treated processing component with guide block upper surface using lower lock block is squeezed Pressure drives the levelling block to squeeze the component to be processed of extruded segment, before levelling block by third horizontal air cylinder The concave cambered surface of the convexity arc surface of side and left guide block is used in combination, and the two side walls of component to be processed are processed into arcwall face, After completion of processing, third horizontal air cylinder drives the levelling block to reset, and lower air cylinder drives the pushing block reset, at this point, Second horizontal air cylinder drives the poke rod to be moved to above the component of extruded segment, and longitudinal cylinder drives the poke rod to push will The component and also unprocessed component processed is pushed down, and then, the component for driving extruded segment is moved by first level cylinder It is moved to discharging section, the shape of discharging section and the shape of the component processed match, and contribute to the movement of component, drive The component to be processed of feed zone is moved to extruded segment and is squeezed, such as above-mentioned cycle, carries out feeding, extruding, discharging, efficiency automatically Height, effect are good.

The above is only the preferred embodiment of the utility model, it is noted that for the general of the art For logical technical staff, without departing from the principle of this utility model, several improvements and modifications can also be made, these change The scope of protection of the utility model is also should be regarded as into retouching.

Claims (3)

1. a kind of motor stator part forming unit, which is characterized in that on the operational platform including operating platform and setting Press mechanism and shaping mechanism, the press mechanism include lower air cylinder, the first fixed plate, lower platen and lower lock block, support Bar, first fixed plate are connected on the operational platform by supporting rod, are provided with lower air cylinder in first fixed plate, institute The piston rod for stating lower air cylinder is connect after first fixed plate with lower platen, and the lower platen lower end is provided with and is molded The lower lock block that mechanism is used in combination, the lower air cylinder drive the lower lock block to rise or fall；The shaping mechanism includes Guiding mechanism, lateral pressing structure of shoe, the guiding mechanism includes controlling two left side guide blocks being used in combination and right side guide block, described Feed well is formed between left side guide block and right side guide block, component to be processed enters from feed well, and the left side guide block and right side are led Block includes the corresponding feed zone in position, extruded segment and discharging section, the phase of the feed zone of the left side guide block and right side guide block It is to face directly to side, the extruded segment of the left side guide block and the side of discharging section are concave cambered surface, the right side guide block Extruded segment is notch, and discharging section is convexity arc surface, and lateral pressing structure of shoe is arranged in indentation, there；The lateral pressing structure of shoe includes that setting is operating The piston rod of third horizontal air cylinder, levelling block on platform, the third horizontal air cylinder is connect with levelling block, and drives institute It states levelling block to move left and right, the width of the levelling block and the equivalent width of notch, and the front side end of the levelling block Face is convexity arc surface, and convexity arc surface and concave cambered surface are used in combination.

2. motor stator part forming unit according to claim 1, which is characterized in that the lower platen upper surface connection There are longitudinally disposed guide rail, the guide rail to pass through the first fixed plate and be slidably connected with first fixed plate.

3. motor stator part forming unit according to claim 1 or 2, which is characterized in that set on the operating platform It is equipped with the linear guide, the piston rod of the third horizontal air cylinder, which passes through the linear guide and slided with the linear guide, to be connected It connects.