CN209374262U - Amorphous alloy transformer core secular vibration platform - Google Patents

Abstract

The utility model discloses a kind of amorphous alloy transformer core secular vibration platforms, including gantry frame, the lower part of gantry frame is equipped with the vertical vibration device for placing iron core, the two sides of gantry frame are separately installed with vertically arranged impact vibration line slide rail, cross impact vibration device is slidably fitted on impact vibration line slide rail, impact vibration lifting drive is installed between gantry frame and cross impact vibration device, it is corresponding between gantry frame and cross impact vibration device that vibration lift distance caging device is installed, vibration lift is connected with to weight control between gantry frame and cross impact vibration device；Using vertical vibration device and cross impact vibration device combination vibration mode, oscillating aging is laterally vertically combined with four sides to iron core, reduce labor intensity, the efficiency for improving amorphous alloy transformer core automated production avoids artificial hammering discontinuity and is easy the phenomenon that damaging to iron core.

Description

Amorphous alloy transformer core secular vibration platform

Technical field

The utility model relates to amorphous alloy transformer core production equipment technology more particularly to a kind of amorphous alloys Transformer core secular vibration platform.

Background technique

Currently, generally being made annealing treatment by specific technique to eliminate the inside of amorphous alloy transformer core and answer Power, but can still have certain stress in iron core, to influence the performance of iron core, therefore, amorphous alloy transformer core exists It after completing annealing, needs to remove the residual mechanical stress of core interior, is mainly tapped in the prior art using artificial rubber hammer Method carries out ageing treatment, distinguishes left-right and front-back by rubber hammer and symmetrically firmly taps iron core side, to reach de-stress Effect, labor intensity is very big, time-consuming and laborious, especially restricts the key for realizing amorphous alloy transformer core automated production Process；In addition, if tap when discontinuity, iron core can be damaged.

Utility model content

The technical problem to be solved by the utility model is to provide a kind of achievable amorphous alloy transformer cores to automate The amorphous alloy transformer core secular vibration platform of production.

In order to solve the above technical problems, the technical solution of the utility model is: amorphous alloy transformer core secular vibration Platform, including gantry frame, the lower part of the gantry frame are equipped with the vertical vibration device for placing iron core, the gantry frame The two sides of frame are separately installed with vertically arranged impact vibration line slide rail, are slidably fitted on the impact vibration line slide rail Cross impact vibration device is equipped with impact vibration lifting between the gantry frame and the cross impact vibration device Driving device, it is also corresponding between the gantry frame and the cross impact vibration device that vibration lift stroke limit is installed Device is also connected with vibration lift to weight control between the gantry frame and the cross impact vibration device.

The vertical vibration device includes the vibrating grid positioned at the gantry frame lower part as a preferred technical solution, The top of body, the vibration frame body is equipped with shaking platform by damping spring component, and the vibration frame body and the vibration are flat It is also connected with gag lever post between platform, the bearing support face being made of several universal bearings is installed at the top of the shaking platform, The iron core is placed on the bearing support face, and the bottom of the shaking platform is equipped with vertical vibrator.

The impact vibration lifting drive is to be mounted at the top of the gantry frame as a preferred technical solution, The piston rod of impact vibration lifting hydraulic cylinder, the impact vibration lifting hydraulic cylinder is down-set and is connected to the cross punching Hit the top of vibration device.

The vibration lift distance caging device includes being mounted on the cross impact vibration as a preferred technical solution, Upper limit adjusting rod and lower limit adjusting rod on dynamic device, be equipped on two heel post of gantry frame upper limit switch and Lower position switch, the upper limit switch and the upper limit adjusting rod corresponding matching are installed, the lower position switch with it is described The installation of lower limit adjusting rod corresponding matching.

The vibration lift includes being mounted at the top of the gantry frame to weight control as a preferred technical solution, Pulley base, wirerope is slidably connected on the pulley base, one end of the wirerope and the cross impact vibration fill Connection is set, the other end of the wirerope is protruded into the gantry frame and is connected with to pouring weight.

As a preferred technical solution, the cross impact vibration device include be made of four spiders it is cross Base, the center of the cross base are equipped with the cross laser device for being pre-positioned the iron core, any spider It inside respectively corresponds and impact vibration mechanism and positioning mechanism is installed；The spider includes the upper flat plate of Z-shaped setting, lower plate And upper vertical plate, the upper vertical plate are connected between the upper flat plate and the lower plate, the outer end of the lower plate connects downwards There is a lower vertical plate, the bottom of the lower vertical plate is connected with base plate corresponding with the lower plate.

The impact vibration mechanism includes that the tooth form being fixedly connected with the lower vertical plate is fixed as a preferred technical solution, Plate, is provided with connecting column guide slots in the tooth form fixed plate, is connected with punching by tooth form under the tooth form fixed plate Vibration adjustable plate is hit, the vibration connecting column across the connecting column guide slots, institute are connected on the impact vibration adjustable plate It states and is connected with vibrator locking device on vibration connecting column, impact vibration device is installed under the impact vibration adjustable plate, it is described The piston rod front end of impact vibration device is connected with impact head towards the cross base center, and the impact head is for vibrating The hard rubber impact head or nylon impact head of the iron core.

The vibrator locking device includes being arranged above the impact vibration adjustable plate as a preferred technical solution, Tooth form latch, vibration screw rod guide slots are provided on the lower plate, are connected on the tooth form latch across institute The vibrator fastened screw rod of vibration screw rod guide slots is stated, the top of the vibrator fastened screw rod is connected with vibrator fastening spiral shell Mother is connected with vibrator fastening handle on the vibrator fastening nut.

The positioning mechanism includes being mounted on horizontally disposed adjusting silk on the upper vertical plate as a preferred technical solution, Bar, the upper vertical plate that the both ends for adjusting screw rod are each passed through on opposite two spiders is outer and is connected with screw rod adjusting Handle, the adjusting screw rod rotation direction in the relatively described spider are different；The adjusting screw rod and the impact vibration tune It is fixedly connected with adjusting connecting plate between section plate, cylinder is installed on the adjusting connecting plate, the front end of the cylinder is connected with Air cylinder fixed plate, the air cylinder fixed plate connect far from rack gear fixed plate, the piston rod of the cylinder is equipped in front of cylinder side It is connected to rack gear, the rack gear sequentially passes through outside the air cylinder fixed plate and the rack gear fixed plate, the air cylinder fixed plate and institute It states and is set with rack gear guide sleeve, the air cylinder fixed plate top and the rack gear fixed plate outside the rack gear between rack gear fixed plate It is connected with transverse slat between top, passes through the upper flat plate on the transverse slat and is connected with cylinder locking device, the rack gear fixed plate On gear with rack gear cooperation is installed, sprocket drive spindle is installed in the gear, is located at the gear on the gear shaft Two sides are separately installed with gear support, are located on the outside of the gear support on the gear shaft and are separately installed with positioning fixing seat, Positioning plate is connected in the positioning fixing seat.

The cylinder locking device includes the cylinder locking silk being connected on the transverse slat as a preferred technical solution, Bar, cylinder screw rod guide slots are provided on the upper flat plate, and the cylinder locking screw rod passes through the cylinder screw rod guide groove Hole is externally connected with cylinder screw rod locking nut, is connected with cylinder locking handle on the cylinder screw rod locking nut.

By adopting the above-described technical solution, amorphous alloy transformer core secular vibration platform, including gantry frame, it is described The lower part of gantry frame is equipped with the vertical vibration device for placing iron core, and the two sides of the gantry frame are separately installed with perpendicular To the impact vibration line slide rail of setting, cross impact vibration device is slidably fitted on the impact vibration line slide rail, Impact vibration lifting drive, the gantry frame are installed between the gantry frame and the cross impact vibration device It is also corresponding between frame and the cross impact vibration device that vibration lift distance caging device is installed, the gantry frame with Vibration lift is also connected with to weight control between the cross impact vibration device；The beneficial effects of the utility model Be: the vertical vibration device is used to carry out the iron core vibration on vertical direction；The cross impact vibration device Vibration is carried out for the side to the iron core to beat；The impact vibration lifting drive is for driving the cross punching It hits vibration device and realizes rise and fall campaign along the impact vibration line slide rail on the gantry frame；The vibration Lifting travel limiting device limits described cross for limiting the movement travel of the cross impact vibration device The rise and fall between the highest point and the lowest point of impact vibration device；The vibration lift is to protect to the effect of weight control Demonstrate,proving the cross impact vibration device to be located at the distribution of gantry frame front and rear sides weight is uniformly, to prevent described gantry Frame causes phenomenon of tumbling since weight is asymmetric；The utility model is using the vertical vibration device and the cross punching Vibration device combination vibration mode is hit, oscillating aging laterally vertically is combined with four sides to the iron core, labor intensity is significantly It reduces, and time saving and energy saving, can effectively improve the efficiency of amorphous alloy transformer core automated production, while avoiding artificial Hammering discontinuity is easy the phenomenon that damaging to iron core.

Detailed description of the invention

Following drawings are only intended to schematically illustrate and explain the present invention, does not limit the model of the utility model It encloses.Wherein:

Fig. 1 is the using renderings of the utility model embodiment；

Fig. 2 is the structural schematic diagram of the utility model embodiment；

Fig. 3 is the structural schematic diagram of the utility model embodiment vertical vibration device；

Fig. 4 is the side view of Fig. 2；

Fig. 5 is the cross-sectional view of Fig. 4；

Fig. 6 is the schematic diagram of the uphill process of the cross impact vibration device of the utility model embodiment；

Fig. 7 is the schematic diagram of the decline process of the cross impact vibration device of the utility model embodiment；

Fig. 8 is the structural schematic diagram of positioning plate vertical state in the utility model embodiment spider；

Fig. 9 is the structural schematic diagram that outside plate horizontality is determined in the utility model embodiment spider；

In figure: 1- iron core；2- automatic conveying device；3- gantry frame；4- vertical vibration device；41- vibrates frame body；42- Damping spring component；43- shaking platform；44- gag lever post；45- bearing support face；46- vertical vibrator；5- impact vibration is straight Line sliding rail；The cross impact vibration device of 6-；611- upper flat plate；Plate under 612-；613- upper vertical plate；Vertical plate under 614-；615- Base plate；616- cant board；621- tooth form fixed plate；622- impact vibration adjustable plate；623- impact vibration device；624- impact Head；631- tooth form latch；632- vibrator fastened screw rod；633- vibrator fastening handle；641- adjusts screw rod；642- Bar regulation handle；643- adjusts connecting plate；644- cylinder；645- air cylinder fixed plate；646- rack gear fixed plate；647- rack gear； 648- rack gear guide sleeve；649- transverse slat；650- gear；651- gear shaft；652- gear support；653- positions fixing seat；654- is fixed Position plate；661- cylinder locking screw rod；662- cylinder locking handle；7- impact vibration lifting drive；8- vibration lift stroke Limiting device；81- upper limit adjusting rod；82- lower limit adjusting rod；83- upper limit switch；84- lower position switch；9- vibration rises Drop is to weight control；91- pulley base；92- wirerope；93- is to pouring weight；10- cross laser device.

Specific embodiment

With reference to the accompanying drawings and examples, the utility model is further described.In the following detailed description, only pass through Bright mode describes certain exemplary embodiments of the utility model.Undoubtedly, those skilled in the art can be with It recognizes, it, can be with a variety of different modes to described without departing from the spirit and scope of the utility model Embodiment is modified.Therefore, attached drawing and description are regarded as illustrative in nature, rather than the protection for limiting claim Range.

As depicted in figs. 1 and 2, amorphous alloy transformer core secular vibration platform, and for conveying the automatic defeated of iron core 1 Device 2 is sent to be used cooperatively, the automatic conveying device 2 includes the preceding conveyer belt and rear conveyer belt positioned at the present embodiment two sides, institute The iron core 1 is delivered on the present embodiment by conveyer belt before stating, after carrying out vibration stress relief treatment by the present embodiment, by described rear defeated Band is sent to be delivered in collection device or enter in other processes, the present embodiment includes gantry frame 3, and the gantry frame 3 is side Pipe group welds frame structure, is supported for the equipment to the present embodiment, is the main structure body of the present embodiment, the gantry frame 3 lower part is equipped with the vertical vibration device 4 for placing iron core 1, the vertical vibration device 4 be used for the iron core 1 into Vibration on row vertical direction, the two sides of the gantry frame 3 are separately installed with vertically arranged impact vibration line slide rail 5, Cross impact vibration device 6, the cross impact vibration device 6 are slidably fitted on the impact vibration line slide rail 5 It carries out vibration for the side to the iron core 1 to beat, between the gantry frame 3 and the cross impact vibration device 6 Impact vibration lifting drive 7 is installed, the impact vibration lifting drive 7 is for driving the cross impact vibration Dynamic device 6 realizes rise and fall campaign, described gantry along the impact vibration line slide rail 5 on the gantry frame 3 It is also corresponding between frame 3 and the cross impact vibration device 6 that vibration lift distance caging device 8, the vibration are installed Lifting travel limiting device 8 limits the cross for limiting the movement travel of the cross impact vibration device 6 6 rise and fall between the highest point and the lowest point of type impact vibration device, the gantry frame 3 shake with the cross impact Vibration lift is also connected between dynamic device 6 to weight control 9, the vibration lift is to protect to the effect of weight control 9 Demonstrate,proving the cross impact vibration device 6 to be located at the 3 front and rear sides weight of gantry frame distribution is uniformly, to prevent described Gantry frame 3 causes phenomenon of tumbling since weight is asymmetric, and the present embodiment is using the vertical vibration device 4 and the cross 6 combination vibration mode of type impact vibration device is vertically laterally combined oscillating aging to the iron core 1 with four sides, and labour is strong Degree greatly reduces, and time saving and energy saving, can effectively improve the efficiency of 1 automated production of amorphous alloy transformer core, keeps away simultaneously Exempt from artificial hammering discontinuity and is easy the phenomenon that damaging to iron core 1.

As shown in figure 3, the vertical vibration device 4 includes the vibration frame body 41 positioned at 3 lower part of gantry frame, it is described Vibration frame body 41 is located between the preceding pipeline and the rear pipeline, and the top of the vibration frame body 41 passes through damping spring Component 42 is equipped with shaking platform 43, is also connected with gag lever post 44, institute between the vibration frame body 41 and the shaking platform 43 The top for stating shaking platform 43 is equipped with the bearing support face 45 being made of several universal bearings, and the iron core 1 is placed on described On bearing support face 45, each 1 bottom of iron core is equipped with nonmetallic process supporting plate, and the bearing support face 45 is for carrying institute The horizontal movement of nonmetallic process supporting plate is stated, the bottom of the shaking platform 43 is equipped with vertical vibrator 46, upon start up may be used Realize the vertical vibration of the shaking platform 43, the damping spring component 42 includes four groups and is located at the shaking platform 43 4 The damping spring of angle, while the gag lever post 44 being installed among damping spring two-by-two, so that its described shaking platform 43 is existed Limit when vibration.

The impact vibration lifting drive 7 is the impact vibration raise-lower hydraulic for being mounted on 3 top of gantry frame The piston rod of cylinder, the impact vibration lifting hydraulic cylinder is down-set and is connected to the top of the cross impact vibration device 6 Portion will drive the cross impact vibration device 6 fortune downwards when the elongation of the piston rod of the impact vibration lifting hydraulic cylinder It is dynamic, when the piston rod of the impact vibration lifting hydraulic cylinder shortens, it will drive the cross impact vibration device 6 fortune upwards Dynamic, the impact vibration lifting drive 7 realizes the rise and fall of the cross impact vibration device 6.

As shown in figure 4, the vibration lift distance caging device 8 includes being mounted on the cross impact vibration device 6 On upper limit adjusting rod 81 and lower limit adjusting rod 82, upper limit switch 83 is installed on 3 liang of heel posts of the gantry frame With lower position switch 84, the upper limit switch 83 is installed with 81 corresponding matching of upper limit adjusting rod, and the lower limit is opened 84 are closed to install with 82 corresponding matching of lower limit adjusting rod, the upper limit switch 83 and the lower position switch 84 for pair The limit of the highest or extreme lower position of the cross impact vibration device 6, the adjusting of position are by being mounted on described ten What the upper limit adjusting rod 81 and the lower limit adjusting rod 82 on font impact vibration device 6 were realized；It is described cross When impact vibration device 6 moves downward, after the lower limit adjusting rod 82 touches lower position switch 84, the cross Type impact vibration device 6 can stop moving downward, and the then described cross impact vibration device 6 is started to work, when the cross After the completion of type impact vibration device 6 works, the cross impact vibration device 6 is moved upwards, when the upper limit adjusting rod After 81 touch the upper limit switch 83, the cross impact vibration device 6 can stop moving upwards, and then described ten Font impact vibration device 6 is started to work, and realizes vibration process circulation.

As shown in Figure 4 and Figure 5, the vibration lift includes being mounted on 3 top of gantry frame to weight control 9 Pulley base 91 slidably connects wirerope 92, one end of the wirerope 92 and the cross impact on the pulley base 91 Vibration device 6 connects, and the other end of the wirerope 92 is protruded into the gantry frame 3 and is connected with to pouring weight 93, described Cross impact vibration device 6 plays the role of counterweight when going up and down, described to be used to balance the cross impact vibration to pouring weight 93 The weight of device 6 prevents the gantry frame 3 from causing phenomenon of tumbling since weight is asymmetric, while can reduce the punching The driving force that vibration lift driving device 7 drives the cross impact vibration device 6 is hit, accident is prevented；Described ten In 6 lifting process of font impact vibration device, the wirerope 92 can be slided along the pulley on the pulley base 91, guarantee this The equilibrium state of embodiment.

The cross impact vibration device 6 includes the cross base being made of four spiders, the cross machine The center of seat is equipped with the cross laser device 10 for being pre-positioned the iron core 1, and the cross that the cross laser device 10 issues swashs Light is used for the pre-determined bit of iron core 1,, will by manual operation when the iron core 1 is transported on the vertical vibration device 4 The iron core 1 is moved to cross laser target center and is pre-positioned；It is respectively corresponded in any spider and impact vibration is installed Mechanism and positioning mechanism.

As shown in Figure 8 and Figure 9, for the cross base as main base, the spider includes being arranged in Z type Upper flat plate 611, lower plate 612 and upper vertical plate 613, the upper vertical plate 613 are connected to the upper flat plate 611 and the lower plate Between 612, the outer end of the lower plate 612 is connected with downwards lower vertical plate 614, and the bottom of the lower vertical plate 614 is connected with and institute The corresponding base plate 615 of lower plate 612 is stated, the side of the spider is additionally provided with cant board 616, by the side of the spider It is closed by the cant board 616 in portion.

The impact vibration mechanism includes the tooth form fixed plate 621 being fixedly connected with the lower vertical plate 614, i.e., the described tooth form Fixed plate 621 is structure as a whole with cross base, and connecting column guide slots are provided in the tooth form fixed plate 621, described Tooth form fixed plate 621 is lower to be connected with impact vibration adjustable plate 622, the tooth form fixed plate 621 and the punching by tooth form The mating surface hit between vibration adjustable plate 622 is tooth-shape structure, since impact vibration device 623 has great impact power, using tooth Shape fit structure is to improve locking intensity；It is connected on the impact vibration adjustable plate 622 and is oriented to across the connecting column The vibration connecting column of slot, is connected with vibrator locking device on the vibration connecting column, under the impact vibration adjustable plate 622 Impact vibration device 623 is installed, the front and back of the impact vibration device 623 is fixedly connected on institute by preceding fixing seat, rear fixing seat It states on impact vibration adjustable plate 622, guarantee the impact vibration device 623 stablizes installation, the piston of the impact vibration device 623 Bar front end is connected with impact head 624 towards the cross base center, and the impact head 624 is for vibrating the iron core 1 Hard rubber impact head or nylon impact head.

The vibrator locking device includes the tooth form latch 631 that 622 top of impact vibration adjustable plate is arranged in, It is provided with vibration screw rod guide slots on the lower plate 612, is connected on the tooth form latch 631 across the vibrating-wire The vibrator fastened screw rod 632 of bar guide slots, the top of the vibrator fastened screw rod 632 are connected with vibrator fastening spiral shell Mother, the mating connection between the vibrator fastened screw rod 632 and the vibrator fastening nut, for fixing the tooth form Plate 621 is connect with the impact vibration adjustable plate 622, is connected with vibrator fastening handle on the vibrator fastening nut 633, position of the vibrator fastening handle 633 for the impact vibration device 623 is locked.

The positioning mechanism includes being mounted on horizontally disposed adjusting screw rod 641, the adjusting silk on the upper vertical plate 613 The upper vertical plate 613 that the both ends of bar 641 are each passed through on opposite two spiders is outer and is connected with screw rod regulation handle 642,641 rotation direction of adjusting screw rod in the relatively described spider is different, is dextrorotation on one side be left-handed while, exists in this way The positioning mechanism and the impact vibration mechanism of linking when adjusting the adjusting screw rod 641 realize outwardly or inwardly same step Section.

It is fixedly connected between the adjusting screw rod 641 and the impact vibration adjustable plate 622 and adjusts connecting plate 643, institute It states to adjust and cylinder 644 is installed on connecting plate 643, the tail end of the cylinder 644 is connect with the adjusting connecting plate 643, described The front end of cylinder 644 is connected with air cylinder fixed plate 645, and the air cylinder fixed plate 645 is with teeth far from installation in front of 644 side of cylinder Fixed plate 646, the piston rod of the cylinder 644 are connected with rack gear 647, and the rack gear 647 sequentially passes through the cylinder and fixes Outside plate 645 and the rack gear fixed plate 646, the rack gear between the air cylinder fixed plate 645 and the rack gear fixed plate 646 It is set with rack gear guide sleeve 648, the rack gear guide sleeve 648 and the concentric installation of the rack gear 647 outside 647, the rack gear guide sleeve 648 Both ends are connect with the rack gear fixed plate 646 with the air cylinder fixed plate 645 respectively, 645 top of air cylinder fixed plate and institute It states and is connected with transverse slat 649 between 646 top of rack gear fixed plate, the upper flat plate 611 is passed through on the transverse slat 649 and is connected with cylinder Locking device is equipped with the gear 650 with the rack gear 647 cooperation, peace in the gear 650 in the rack gear fixed plate 646 It equipped with gear shaft 651, is fixedly mounted between the gear shaft 651 and the gear 650 by flat key, on the gear shaft 651 It is separately installed with gear support 652 positioned at 650 two sides of gear, is located at outside the gear support 652 on the gear shaft 651 Side is separately installed with positioning fixing seat 653, fixes between the positioning fixing seat 653 and the gear shaft 651 also by flat key It installs, is connected with positioning plate 654 in the positioning fixing seat 653；When work, 644 vent piston rod of cylinder is forward extended out, The rack gear 647 that links travels forward, and drives the gear 650 engaged with the rack gear 647 to rotate, 650 band of gear The gear shaft 651 is moved to rotate, the gear shaft 651 drives the positioning plate 654 to overturn around 651 axle center of gear shaft again, The horizontality for realizing the positioning plate 654 is realized at the positioning plate 654 when the piston rod of the cylinder 644 moves backward In plumbness, when four positioning plates 654 are in a vertical state, four positioning plates 654 are born against described Four sides of iron core 1 vibrate iron core 1 to be subsequent for positioning to the iron core 1.

The cylinder locking device includes the cylinder locking screw rod 661 being connected on the transverse slat 649, the upper flat plate Cylinder screw rod guide slots are provided on 611, the cylinder locking screw rod 661 is passed through and connected outside the cylinder screw rod guide slots There is cylinder screw rod locking nut, the cylinder locking screw rod 661 is coupled with the cylinder screw rod locking nut, is used for institute It states transverse slat 649 to be locked, i.e., the cylinder 644 is locked, cylinder lock is connected on the cylinder screw rod locking nut Tight handle 662, for locking and positioning the position of the cylinder 644.

When automatic operation, the iron core 1 after the completion of annealing on conveyer belt is automatically conveyed device 2 and is delivered to The shaking platform 43, the cross laser device 10 being mounted on the cross impact vibration device 6 issue cross light Coordinate to be pre-positioned the iron core 1, when the iron core 1 is delivered to setting position by automatic conveying device 2, first using manual Mode is that the iron core 1 is pre-positioned for the first time according to the position of cross light coordinate, and then the iron core 1 is penetrated by conveying To detection cable, to those skilled in the art, the automatic conveying device 2 and the detection cable are known skill Art, details are not described herein, and is not shown；It include the mobile iron core 1, conveying and detection cable when automatic operation Penetrating is completed by corresponding automatic mechanism, and the mode of operation of such automatic mechanism belongs to the known skill of this field Art, details are not described herein, and is not shown, and closed-loop control is used when automatic operation, detect numerical value and setup parameter into Row comparing calculation is automatically performed the conveying to the iron core 1, positioning, oscillating aging process circulation, institute by automatic control system Automatic control system is stated for controlling the operation of whole device, belongs to well known technology described in those skilled in the art, herein not It repeats again.

The working principle of the present embodiment are as follows:

When positioning: since the specifications and models size dimension of iron core 1 is different, first have to according to 1 specifications and models of iron core, it is right The positioning mechanism and the impact vibration mechanism carry out position adjusting, and when adjusting, four vibrators are fastened hands first Handle 633 and four cylinder locking handles 662 unclamp, then shake two groups described in adjust the screw rod at 641 both ends of screw rod 642 adjusting position of regulation handle, by four vibrator fastening handles 633 and four cylinder locking hands after the completion of adjusting Handle 662 is locked, i.e., fixes the impact vibration device 623 and 644 position of the cylinder.

When vibration: starting the impact vibration lifting hydraulic cylinder elongation, the piston rod of the impact vibration lifting hydraulic cylinder The cross linkage of impact vibration device 6 decline is driven, when reaching setting position, is mounted on the cross impact vibration dress It sets the lower limit adjusting rod 82 on 6 and touches lower position switch 84, the piston rod of the impact vibration lifting hydraulic cylinder stops elongation； Then starting the start-up operation of cylinder 644 described in four groups of the positioning mechanism, the piston rod of the cylinder 644 moves backward, and four A positioning plate 654 is overturn by horizontality to vertical state, and four positioning plates 654 position the iron core 1, then open It moves the vertical vibrator 46 below the shaking platform 43 and carries out vertical vibration, while starting the impact vibration mechanism Four impact vibration devices 623 are started to work, and the piston rod of the impact vibration device 623 drives the impact head 624 to realize Fast reciprocating ballistic motion carries out impact vibration percussion to the iron core 1, as shown in figure 5, stopping when observation reaches technical requirements The only vertical vibration of the shaking platform 43 and the horizontal impact vibration with the impact vibration mechanism, finally by described in control Impact vibration lifting hydraulic cylinder is shunk so that the impact vibration mechanism rises, while control the piston rod of the cylinder 644 to Preceding movement, the positioning plate 654 are overturn by vertical state to horizontality, as shown in fig. 6, completing the institute after vibration stress relief treatment Iron core 1 is stated to be moved out of on the shaking platform 43 to conveyer belt.

The advantages of basic principles and main features and the utility model of the utility model have been shown and described above.Current row The technical staff of industry is described in above embodiments and description it should be appreciated that the present utility model is not limited to the above embodiments Only illustrate the principles of the present invention, on the premise of not departing from the spirit and scope of the utility model, the utility model is also It will have various changes and improvements, these various changes and improvements fall within the scope of the claimed invention.The utility model Claimed range is defined by the appending claims and its equivalent thereof.

Claims (10)

1. amorphous alloy transformer core secular vibration platform, including gantry frame, it is characterised in that: the lower part of the gantry frame Vertical vibration device for placing iron core is installed, the two sides of the gantry frame are separately installed with vertically arranged impact vibration Dynamic line slide rail, is slidably fitted with cross impact vibration device on the impact vibration line slide rail, the gantry frame with Impact vibration lifting drive is installed between the cross impact vibration device, the gantry frame with it is described cross It is also corresponding between impact vibration device that vibration lift distance caging device, the gantry frame and the cross impact are installed Vibration lift is also connected between vibration device to weight control.

2. amorphous alloy transformer core secular vibration platform as described in claim 1, it is characterised in that: the vertical vibration dress The vibration frame body including being located at the gantry frame lower part is set, the top of the vibration frame body is equipped with by damping spring component Shaking platform is also connected with gag lever post, the top installation of the shaking platform between the vibration frame body and the shaking platform By the bearing support face being made of several universal bearings, the iron core is placed on the bearing support face, the shaking platform Bottom vertical vibrator is installed.

3. amorphous alloy transformer core secular vibration platform as described in claim 1, it is characterised in that: the impact vibration liter Dropping driving device is the impact vibration lifting hydraulic cylinder being mounted at the top of the gantry frame, the impact vibration lifting hydraulic cylinder Piston rod it is down-set and be connected to the top of the cross impact vibration device.

4. amorphous alloy transformer core secular vibration platform as described in claim 1, it is characterised in that: the vibration lift row Journey limiting device includes the upper limit adjusting rod and lower limit adjusting rod being mounted on the cross impact vibration device, described Upper limit switch and lower position switch are installed, the upper limit switch and the upper limit are adjusted on two heel post of gantry frame The installation of bar corresponding matching, the lower position switch and the lower limit adjusting rod corresponding matching are installed.

5. amorphous alloy transformer core secular vibration platform as described in claim 1, it is characterised in that: the vibration lift pair Weight control includes the pulley base being mounted at the top of the gantry frame, and wirerope, institute are slidably connected on the pulley base The one end for stating wirerope is connect with the cross impact vibration device, and the other end of the wirerope is protruded into the gantry frame It is connected in frame to pouring weight.

6. amorphous alloy transformer core secular vibration platform as described in claim 1, it is characterised in that: the cross impact Vibration device includes the cross base being made of four spiders, and the center of the cross base is equipped with for being pre-positioned The cross laser device of the iron core respectively corresponds in any spider and is equipped with impact vibration mechanism and positioning mechanism；Institute State the upper flat plate, lower plate and upper vertical plate that spider includes Z-shaped setting, the upper vertical plate be connected to the upper flat plate with it is described Between lower plate, the outer end of the lower plate is connected with downwards lower vertical plate, the bottom of the lower vertical plate be connected with it is described lower flat The corresponding base plate of plate.

7. amorphous alloy transformer core secular vibration platform as claimed in claim 6, it is characterised in that: the impact vibration machine Structure includes the tooth form fixed plate being fixedly connected with the lower vertical plate, is provided with connecting column guide slots in the tooth form fixed plate, Impact vibration adjustable plate is connected with by tooth form under the tooth form fixed plate, is connected with and wears on the impact vibration adjustable plate The vibration connecting column of the connecting column guide slots is crossed, is connected with vibrator locking device, the punching on the vibration connecting column It hits under vibration adjustable plate and impact vibration device is installed, the piston rod front end of the impact vibration device is towards in the cross base The heart is connected with impact head, and the impact head is the hard rubber impact head or nylon impact head for vibrating the iron core.

8. amorphous alloy transformer core secular vibration platform as claimed in claim 7, it is characterised in that: the vibrator locking Device includes the tooth form latch being arranged in above the impact vibration adjustable plate, and vibration screw rod is provided on the lower plate and is led To slot, the vibrator fastened screw rod across the vibration screw rod guide slots, the vibration are connected on the tooth form latch The top of dynamic device fastened screw rod is connected with vibrator fastening nut, and vibrator fastening hand is connected on the vibrator fastening nut Handle.

9. amorphous alloy transformer core secular vibration platform as claimed in claim 7, it is characterised in that: the positioning mechanism packet It includes and is mounted on horizontally disposed adjusting screw rod on the upper vertical plate, the both ends for adjusting screw rod are each passed through opposite two described ten The upper vertical plate on word arm is outer and is connected with screw rod regulation handle, the adjusting screw rod rotation in the relatively described spider To difference；Adjusting connecting plate, the adjusting connection are fixedly connected between the adjusting screw rod and the impact vibration adjustable plate Cylinder is installed, the front end of the cylinder is connected with air cylinder fixed plate, and the air cylinder fixed plate is far from front of cylinder side on plate Rack gear fixed plate is installed, the piston rod of the cylinder is connected with rack gear, the rack gear sequentially pass through the air cylinder fixed plate with Outside the rack gear fixed plate, rack gear is set with outside the rack gear between the air cylinder fixed plate and the rack gear fixed plate and is led Set is connected with transverse slat, passes through on described on the transverse slat between the air cylinder fixed plate top and rack gear fixed plate top Plate is connected with cylinder locking device, the gear with rack gear cooperation is equipped in the rack gear fixed plate, in the gear Sprocket drive spindle is installed, is located at the gear two sides on the gear shaft and is separately installed with gear support, be located on the gear shaft It is separately installed with positioning fixing seat on the outside of the gear support, is connected with positioning plate in the positioning fixing seat.

10. amorphous alloy transformer core secular vibration platform as claimed in claim 9, it is characterised in that: the cylinder locking Device includes the cylinder locking screw rod being connected on the transverse slat, and cylinder screw rod guide slots, institute are provided on the upper flat plate It states cylinder locking screw rod and is externally connected with cylinder screw rod locking nut, the cylinder screw rod lock across the cylinder screw rod guide slots Cylinder locking handle is connected on tight nut.