CN208890551U - A kind of motor with function of seismic resistance - Google Patents

Abstract

A kind of motor with function of seismic resistance including fuselage, is equipped with an antidetonation chamber in the base of fuselage bottom, the base；Antidetonation chamber front and rear sides are equipped with mutually symmetrical slideway；A slide bar is provided in the antidetonation chamber, slide bar front and back end is located at the middle part of front and back side slideway；The slide bar center is externally provided with an antidetonation ball；Mutually symmetrical left buffer board, right buffer board are equipped at left and right sides of the antidetonation ball；A left guide plate is extended to the right in the left buffer board lower end, and right buffer board lower end is not in contact with left guide plate；A right guide plate is extended in the right buffer board upper end to the left, and left buffer board upper end is not in contact with right guide plate；The left guide plate right side is equipped with several equally distributed left pilot holes.The motor with function of seismic resistance of the utility model can play antihunt action, motor is avoided to be shaken the influence of power when motor shakes, to guarantee the processing quality for being connected to the motor the processing unit (plant) connect.

Description

A kind of motor with function of seismic resistance

Technical field

The utility model relates to a kind of motor, especially a kind of motor with function of seismic resistance.

Background technique

Motor plays the role of driving mainly as electric appliance or the power source of various machinery, when motor is mounted on lathe When upper, the motor shaft of motor can then connect processing unit (plant), and motor is at runtime, and motor then can inevitably shake, When motor operating it is more powerful when, this strand of shaking force then can be bigger, and when motor shakes, shaking force then can be transmitted directly The vibration occurred to processing unit (plant), processing unit (plant) in process, then can seriously affect processing quality, cause machining accuracy can not It is guaranteed, traditional motor is fixed on lathe simply by base, does not have shock resistance, once shaking, then can What is be shaken seriously affects.

Summary of the invention

The technical problem to be solved by the present invention is to provide a kind of motors with function of seismic resistance, it can shake in motor When dynamic, antihunt action is played, motor is avoided to be shaken the influence of power, to guarantee to be connected to the motor adding for the processing unit (plant) connect Working medium amount.

The technical scheme in the invention for solving the above technical problem are as follows:

The utility model discloses a kind of motor with function of seismic resistance, including fuselage, set on the base of fuselage bottom, spy Sign is: an antidetonation chamber is equipped in the base；Antidetonation chamber front and rear sides are equipped with mutually symmetrical slideway；It is described anti- It is provided with a slide bar in shake chamber, slide bar front and back end is located at the middle part of front and back side slideway；The slide bar center is externally provided with one Antidetonation ball；Mutually symmetrical left buffer board, right buffer board are equipped at left and right sides of the antidetonation ball；The left buffer board lower end is to the right Extend a left guide plate, right buffer board lower end is not in contact with left guide plate；Extend one to the left in the right buffer board upper end Right guide plate, left buffer board upper end are not in contact with right guide plate；The left guide plate right side is equipped with several equally distributed Left pilot hole, left pilot hole aperture extend inwardly a left limit flange；On the right side of the antidetonation chamber inner wall be equipped with it is several with it is left The opposite right support bar of pilot hole, right support bar left end are formed directly into left pilot hole and are equipped with a left limit head；The right guiding Plate left side is equipped with several equally distributed right pilot holes, and right pilot hole aperture extends inwardly a right limit flange；It is described anti- It shakes chamber inner left wall and is equipped with several left support bars opposite with right guide plate, left support bar right end is formed directly into right pilot hole simultaneously Equipped with a right limit head；The left guide plate left side, right guide plate right side are all equipped with several equally distributed via holes；Institute Antidetonation chamber inner left wall is stated equipped with several left redundant bars penetrated in the via hole on left guide plate, antidetonation chamber right side inner wall Equipped with several right redundant bars penetrated in the via hole on right guide plate；On the right side of the left guide plate and antidetonation chamber between inner wall It is connected by right spring, is connected between right guide plate and antidetonation chamber inner left wall by left spring, left support bar is located at In left spring, right support bar is located in right spring.

Via hole aperture inner wall is equipped with several equally distributed embedding holes of spherical shape；It is equipped with and its phase in the embedding hole of spherical shape Matched ball；Described ball a part is protruding to outside spherical embedding hole and connects with left redundant bar corresponding with its, right redundant bar Touching.

The left guide plate lower surface is equipped with a left sliding slot；Inner wall is equipped with and matches with left sliding slot on the downside of the antidetonation chamber Left skateboard；The right guide plate upper surface is equipped with a right rail；The antidetonation chamber upper inside walls are equipped with and right rail phase The right slide plate matched.

The antidetonation ball is wrapped with a buffer layer, and buffer layer is rubber material；The buffer layer left and right ends respectively with Left buffer board, the tangent fitting of right buffer board.

The beneficial effects of the utility model are:

Compared with prior art, it can be received by antidetonation ball using the motor with function of seismic resistance of the utility model structure Shaking force on motor body and base then can be by right bullet when antidetonation ball shakes to the left or to the right under the action of shaking force Spring aid accommodates the elastic buffer damping on right buffer board in the elastic buffer damping on left buffer board or by left spring, and Right guide plate is supported with right redundant bar in left support bar, left guide plate is supported in right support bar and left redundant bar In the case where, it can effectively ensure that left spring can be stretched with right spring, obtain corresponding elasticity, guarantee that antidetonation ball is buffered The effect of damping avoids antidetonation ball from being shaken the influence of power, so that motor be avoided to be shaken the influence of power, guarantees and motor The processing unit (plant) being connected can be stable process, so that machining accuracy is protected.

Detailed description of the invention

Fig. 1 is the structural schematic diagram for the motor that the utility model has function of seismic resistance；

Fig. 2 is the enlarged drawing in the portion A of Fig. 1；

Fig. 3 is the enlarged drawing in the portion B of Fig. 2.

Specific embodiment

The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments:

It please refers to Fig.1 to Fig.3, the utility model provides a kind of motor with function of seismic resistance, including fuselage 1, is set to machine The base 2 of 1 bottom of body, the base 2 is interior to be equipped with an antidetonation chamber 3；3 front and rear sides of antidetonation chamber are equipped with mutually symmetrical Slideway 4；A slide bar 5 is provided in the antidetonation chamber 3,5 front and back end of slide bar is located at the middle part of front and back side slideway 4；It is described 5 center of slide bar is externally provided with an antidetonation ball 6；Mutually symmetrical left buffer board 7, right buffer board are equipped at left and right sides of the antidetonation ball 6 8；A left guide plate 9 is extended to the right in 7 lower end of left buffer board, and right 8 lower end of buffer board is not in contact with left guide plate 9；Institute It states right 8 upper end of buffer board and extends a right guide plate 10 to the left, left 7 upper end of buffer board is not in contact with right guide plate 10；It is described Left 9 right side of guide plate is equipped with several equally distributed left pilot holes 11, and left 11 aperture of pilot hole extends inwardly a left limit Flange 12；The 3 right side inner wall of antidetonation chamber is equipped with several right support bars 13 opposite with left pilot hole 11, and right support bar 13 is left End is formed directly into left pilot hole 11 and is equipped with a left limit head 14；10 left side of right guide plate is equipped with several equally distributed Right pilot hole 15, right 15 aperture of pilot hole extend inwardly a right limit flange 16；If 3 inner left wall of antidetonation chamber is equipped with The dry left support bar 17 opposite with right guide plate, 17 right end of left support bar are formed directly into right pilot hole 15 and are equipped with a right limit head 18；9 left side of left guide plate, 10 right side of right guide plate are all equipped with several equally distributed via holes 19；The antidetonation 3 inner left wall of chamber is equipped with several left redundant bars 20 penetrated in the via hole 19 on left guide plate 9, in the right side of antidetonation chamber 3 Wall is equipped with several right redundant bars 21 penetrated in the via hole 19 on right guide plate 10；The left guide plate 9 and antidetonation chamber 3 are right It is connected between the inner wall of side by right spring 22, passes through 23 phase of left spring between right guide plate 10 and 3 inner left wall of antidetonation chamber Connection, left support bar 17 are located in left spring 23, and right support bar 13 is located in right spring 22.

The 19 aperture inner wall of via hole is equipped with several equally distributed embedding holes 24 of spherical shape；It is equipped in the embedding hole 24 of spherical shape Matched ball 25；Described 25 a part of ball be protruding to spherical embedding hole 24 it is outer and with left redundant bar corresponding with its 20, right redundant bar 21 is in contact.

9 lower surface of left guide plate is equipped with a left sliding slot 26；The 3 downside inner wall of antidetonation chamber is equipped with and left sliding slot 26 The left skateboard 27 to match；10 upper surface of right guide plate is equipped with a right rail 28；3 upper inside walls of antidetonation chamber are equipped with The right slide plate 29 to match with right rail 28.

The antidetonation ball 6 is wrapped with a buffer layer 30, and buffer layer 30 is rubber material；30 left and right ends of buffer layer Respectively with left buffer board 7, right buffer board 8 is tangent is bonded.

The application method of the utility model is as follows:

When motor operation generates vibration, shaking force will be transferred on base 2 along fuselage 1, and then be transferred to machine Inside seat 2, shaking force will be transferred on antidetonation ball 6 by slide bar 5 at this time, by the shaking force on 6 receiver block 2 of antidetonation ball, To receive the shaking force on fuselage 1.

Since antidetonation ball 6 is set on slide bar 5, and 5 front and back end of slide bar is located at the middle part of front and back side slideway 4, therefore anti- Shake ball 6 can only carry out left and right vibration under the limitation of slide bar 5, and when antidetonation ball 6 shakes to the left, antidetonation ball 6 then can be to left buffering Plate 7 is pushed, and when left buffer board 7 is moved to the left, left buffer board 7 then will drive left guide plate 9 and be moved to the left, and right support The presence of bar 13 can then guarantee stability when left guide plate 9 is moved to the left, and enable left guide plate 9 along right support bar 13 Track carry out it is stable move to left, and left redundant bar 20 can then be cooperated with right support bar 13, in left 9 left and right sides of guide plate Twice support is formed, guarantees balance when left guide plate 9 is mobile, the left inclination of guide plate 9 is avoided to lead to the stuck shifting of left guide plate 9 Dynamic the case where causing right spring 22 that can not be opened, when left buffer board 7 moves to left, left buffer board 7 can then be carried out right spring 22 It pulls, when right spring 22 is stretched, then can generate elasticity, this burst of elasticity can then directly act on left guide plate 9, then pass through a left side Buffer board 7, it is final to act on to antidetonation ball 6, bumper and absorbing shock is carried out to the shaking force on antidetonation ball 6.

When antidetonation ball 6 shakes to the right, antidetonation ball 6 can then be pushed right buffer board 8, when right buffer board 8 moves right When dynamic, right guide plate 10 can then move right with right buffer board 8, and the presence of left support bar 17 can then guarantee right guide plate 10 stability when moving right, enable right guide plate 10 along the track of right support bar 13 carry out it is stable move to right, and it is right Auxiliary rod 21 can then be cooperated with left support bar 17, formed twice support at left and right sides of right guide plate 10, guaranteed right guiding Balance when plate 10 is mobile avoids the right inclination of guide plate 10 from causing right guide plate 10 is stuck to cause left spring 23 that can not be opened The case where, when right buffer board 8 moves to right, right buffer board 8 can then be pulled left spring 23, when left spring 23 is stretched, then Elasticity can be generated, this burst of elasticity can then directly act on right guide plate 10, then pass through right buffer board 8, final effect to antidetonation On ball 6, bumper and absorbing shock is carried out to the shaking force on antidetonation ball 6.

In summary it is found that the utility model can receive the shaking force on motor body 1 and base 2 by antidetonation ball 6, when When antidetonation ball 6 shakes to the left or to the right under the action of shaking force, then the elasticity on left buffer board 7 can be accommodated by right spring 22 Bumper and absorbing shock or elastic buffer damping on right buffer board 8 is accommodated by left spring 23, and in left support bar 17 and right redundant 21 pairs of bar right guide plates 10 are supported, in the case where right support bar 13 and 20 pairs of left redundant bar left guide plates 9 are supported, It can effectively ensure that left spring 23 can be stretched with right spring 22, obtain corresponding elasticity, guarantee antidetonation ball 6 by bumper and absorbing shock Effect, avoid antidetonation ball 6 from being shaken the influence of power, so that motor be avoided to be shaken the influence of power, guarantee and motor phase The processing unit (plant) of connection can be stable process, so that machining accuracy is protected.

19 aperture inner wall of via hole is equipped with several equally distributed embedding holes 24 of spherical shape, is equipped with and its phase in spherical embedding hole 24 The ball 25 matched, 25 a part of ball be protruding to spherical embedding hole 24 it is outer and with left redundant bar 20 corresponding with its, right redundant bar 21 It is in contact, the presence of ball 25 can not only improve smoothness when left guide plate 9, the movement of right guide plate 10, and can guarantee a left side Concentricity, right guide plate 10 between guide plate 9 and left redundant bar 20 and the concentricity between right redundant bar 21, to effectively keep away Exempt from left guide plate 9, right guide plate 10 rolls stuck situation.

Left 9 lower surface of guide plate is equipped with left sliding slot 26, and 3 downside inner wall of antidetonation chamber is equipped with the left side to match with left sliding slot 26 Slide plate 27, right 10 upper surface of guide plate are equipped with right rail 28, and 3 upper inside walls of antidetonation chamber are equipped with the right side to match with right rail 28 Slide plate 29, the presence of left skateboard 27 can further increase its stability when left guide plate 9 is mobile, right slide plate 29 there are energy It is enough to further increase its stability when right guide plate 10 is mobile.

Antidetonation ball 6 is wrapped with buffer layer 30, and buffer layer 30 is rubber material, and 30 left and right ends of buffer layer are slow with a left side respectively Punching 7, the tangent fitting of right buffer board 8, when antidetonation ball 6 shake to the left to left buffer board 7 carry out push or antidetonation ball 6 shake to the right Dynamic when pushing to right buffer board 8, buffer layer 30 can be all extruded, and buffer layer 30 can generate elasticity, formed and buffered together, right Shaking force on antidetonation ball 6 carries out bumper and absorbing shock.

Claims (4)

1. a kind of motor with function of seismic resistance, including fuselage, set on the base of fuselage bottom, it is characterised in that: the base Inside it is equipped with an antidetonation chamber；Antidetonation chamber front and rear sides are equipped with mutually symmetrical slideway；It is provided in the antidetonation chamber One slide bar, slide bar front and back end are located at the middle part of front and back side slideway；The slide bar center is externally provided with an antidetonation ball；The antidetonation Mutually symmetrical left buffer board, right buffer board are equipped at left and right sides of ball；Extend a left guiding to the right in the left buffer board lower end Plate, right buffer board lower end are not in contact with left guide plate；Extend a right guide plate, left buffering to the left in the right buffer board upper end Plate upper end is not in contact with right guide plate；The left guide plate right side is equipped with several equally distributed left pilot holes, left guiding Hole aperture extends inwardly a left limit flange；Inner wall is equipped with several right branch opposite with left pilot hole on the right side of the antidetonation chamber Strut, right support bar left end are formed directly into left pilot hole and are equipped with a left limit head；The right guide plate left side is equipped with several Equally distributed right pilot hole, right pilot hole aperture extend inwardly a right limit flange；The antidetonation chamber inner left wall is set There are several left support bars opposite with right guide plate, left support bar right end is formed directly into right pilot hole and is equipped with a right limit head； The left guide plate left side, right guide plate right side are all equipped with several equally distributed via holes；On the left of the antidetonation chamber Inner wall is equipped with several left redundant bars penetrated in the via hole on left guide plate, and inner wall penetrates the right side equipped with several on the right side of antidetonation chamber Right redundant bar in via hole on guide plate；It is connected between the left guide plate and inner wall on the right side of antidetonation chamber by right spring It connects, is connected between right guide plate and antidetonation chamber inner left wall by left spring, left support bar is located in left spring, right support Bar is located in right spring.

2. a kind of motor with function of seismic resistance according to claim 1, it is characterised in that: via hole aperture inner wall Equipped with several equally distributed embedding holes of spherical shape；Matched ball is equipped in the embedding hole of spherical shape；Described ball a part It is protruding to outside spherical embedding hole and is in contact with left redundant bar corresponding with its, right redundant bar.

3. a kind of motor with function of seismic resistance according to claim 1, it is characterised in that: the left guide plate lower surface Equipped with a left sliding slot；Inner wall is equipped with the left skateboard to match with left sliding slot on the downside of the antidetonation chamber；Table on the right guide plate Face is equipped with a right rail；The antidetonation chamber upper inside walls are equipped with the right slide plate to match with right rail.

4. a kind of motor with function of seismic resistance according to claim 1, it is characterised in that: the antidetonation ball is wrapped with One buffer layer, buffer layer are rubber material；The buffer layer left and right ends respectively with left buffer board, right buffer board is tangent is bonded.