CN108339448A

CN108339448A - A kind of lifting agitating device for electronic component resistance raw materials for production

Info

Publication number: CN108339448A
Application number: CN201810158090.5A
Authority: CN
Inventors: 不公告发明人
Original assignee: Nanchang Run Technology Co Ltd
Current assignee: Nanchang Run Technology Co Ltd
Priority date: 2018-02-25
Filing date: 2018-02-25
Publication date: 2018-07-31

Abstract

The present invention relates to a kind of agitating device for electronic component resistance raw materials for production more particularly to a kind of lifting agitating devices for electronic component resistance raw materials for production.The technical problem to be solved in the present invention is to provide one kind carrying out lifting type stirring, the lifting agitating device for electronic component resistance raw materials for production stirred evenly to resistance raw materials for production to resistance raw materials for production.The present invention provides such a lifting agitating devices for electronic component resistance raw materials for production, include the first cylinder body, the first rotary shaft, first bearing, support plate etc.；The first rotary shaft is provided on the right side of first cylinder body, the first cylinder body is connected with the first rotary shaft.A kind of lifting agitating device for electronic component resistance raw materials for production provided by the present invention, flexible structure can carry out lifting type stirring to resistance raw materials for production, be stirred evenly to resistance raw materials for production, the performance and quality for being conducive to improve made resistance are conducive to the production and development of enterprise.

Description

A kind of lifting agitating device for electronic component resistance raw materials for production

Technical field

The present invention relates to a kind of agitating devices for electronic component resistance raw materials for production, more particularly to one kind is for electricity The lifting agitating device of sub- component resistance raw materials for production.

Background technology

Electronic component is the component part of electronic component and small-sized machine, instrument, itself is often by several part structures At can be general in similar product；The certain parts for often referring to the industry such as electric appliance, radio, instrument, such as capacitance, transistor, trip The general name of the sub- device such as silk, clockwork spring.It common are diode etc..Electronic component includes：Resistance, capacitor, potentiometer, electronics Pipe, radiator, electromechanical compo, connector, semi-conductor discrete device, electro-acoustic element, laser device, electron display device, photoelectricity Device, sensor, power supply, switch, small and special electric machine, electronic transformer, relay, printed circuit board, integrated circuit, all kinds of electricity Road, piezoelectricity, crystal, quartz, ceramic magnet material, base material substrate used for printed circuit, electric function technique proprietary material, electronic pastes Product, electron chemistry material and component etc..When charge moves in the conductor, it can be collided other particles by molecule and atom etc. With friction, the result of collision and friction forms obstruction of the conductor to electric current, and this inhibition is most distinct feature is that conductor It consumes electric energy and generates heat or shine.Object is to this inhibition of electric current, the referred to as resistance of the object.Resistance leads in circuit Often play partial pressure, shunting；For signal, exchange can pass through resistance with direct current signal.

The traditional fixed structure of the existing agitating device generally use for electronic component resistance raw materials for production, can not To resistance raw materials for production carry out lifting type stirring, cause to resistance raw materials for production stir it is uneven, seriously affect made resistance Performance and quality are unfavorable for the production and development of enterprise, therefore can be lifted to resistance raw materials for production there is an urgent need for researching and developing one kind Formula stirs, the lifting agitating device for electronic component resistance raw materials for production stirred evenly to resistance raw materials for production.

Invention content

（1）Technical problems to be solved

The present invention is in order to overcome the existing agitating device generally use for electronic component resistance raw materials for production is traditional to consolidate Determine structure, can not to resistance raw materials for production carry out lifting type stirring, cause to resistance raw materials for production stir it is uneven, seriously affect The shortcomings that performance and quality of made resistance, the technical problem to be solved in the present invention is to provide one kind can be to resistance raw materials for production Lifting type stirring is carried out, dress is stirred to the lifting for electronic component resistance raw materials for production that resistance raw materials for production stir evenly It sets.

（2）Technical solution

In order to solve the above technical problem, the present invention provides such a liftings for electronic component resistance raw materials for production Agitating device, include the first cylinder body, the first rotary shaft, first bearing, support plate, first bevel gear, pedestal, second bearing, Big connecting shaft, rotating disk, first sleeve, second bevel gear, the first positioning screw, 3rd bearing, fixed plate, the first belt pulley, Second belt pulley, endless belt, the second casing, long connecting shaft, slim slide block, fourth bearing, movable plate, gear wheel, the first small tooth Wheel, the first small connecting shaft, 5th bearing, the first agitating plate, the second agitating plate, the second small connecting shaft, 6th bearing, the second small tooth Wheel, the second rotary shaft, big holder, the second positioning screw, connecting plate, 7th bearing, 8th bearing, tension spring and top plate；First cylinder The first rotary shaft is provided on the right side of body, the first cylinder body is connected with the first rotary shaft, and the first rotary shaft is arranged with first bearing It is connected for interference, first bearing is embedded in support plate, and first bevel gear is located at the right side of support plate, first bevel gear and first The right end of rotary shaft is connected, and the top of pedestal is connected with the bottom of support plate, and second bearing is located at the right side of support plate, the Two bearings are embedded in pedestal, and lower end and the second bearing of big connecting shaft are set as interference and connect, and rotating disk setting is connecting greatly On axis, first sleeve is located at the top of rotating disk, and first sleeve slidingtype is sleeved in big connecting shaft, the top setting of first sleeve There are second bevel gear, the right side wall lower part of first sleeve to be provided with the first positioning screw, the first positioning screw is set with first sleeve It is set to threaded connection, the lower part of big connecting shaft is provided with the first sliding groove, and the left end of the first positioning screw is located in the first sliding groove, and first Positioning screw is in contact with big connecting shaft, and second bevel gear is located at the lower section of first bevel gear, and 3rd bearing is located at the first cone tooth The top of wheel, 3rd bearing are connect with big connecting shaft interference, and 3rd bearing is embedded in fixed plate, the left side wall and branch of fixed plate The right side wall of fagging is connected, and the first belt pulley is located at the top of fixed plate, and the first belt pulley is set as interference with big connecting shaft Connection, the second belt pulley are located at the left side of the first belt pulley, and the first belt pulley is connect with the second belt pulley by endless belt, the Two belt pulleys are arranged on the top of the second casing, and long connecting shaft slidingtype is located in the second casing, the right side setting of long connecting shaft There are slim slide block, long connecting shaft to be connected with slim slide block, the inner wall of the second casing is provided with second sliding slot, and slim slide block is located at second sliding slot Interior, the second sliding slot of slim slide block and the second casing is set as being slidably matched, and lower end and the fourth bearing of long connecting shaft were set as It is full of connection, fourth bearing is embedded at the middle part of movable plate, and between movable plate and slim slide block, gear wheel is arranged in length gear wheel In connecting shaft, the first pinion gear is located on the right side of gear wheel, and the first pinion gear is meshed with gear wheel, the first pinion gear and first small The upper end of connecting shaft is connected, and the first small connecting shaft is set as interference with 5th bearing and connect, and 5th bearing is embedded in movable plate The lower end of right part, the first small connecting shaft is connected with the first agitating plate, and the second agitating plate is located at the left side of the first agitating plate, and second Agitating plate is connected with the second small connecting shaft lower end, and the second small connecting shaft is set as interference with 6th bearing and connect, 6th bearing It is embedded in movable plate left part, the second small connecting shaft upper end is connected with the second pinion gear, and the second pinion gear is located at a left side for gear wheel Side, the second pinion gear are meshed with gear wheel, and the right inner side wall top of the first cylinder body is provided with the first groove, the first cylinder body it is left inside Side wall upper part is provided with the second groove, and the right side wall slidingtype of movable plate is located in the first groove, the left side wall slidingtype of movable plate In the second groove, the second rotary shaft is located at the left side of the first cylinder body, and the second rotary shaft is connected with the first cylinder body, big holder Positioned at the left side of the first cylinder body, it is connected at the top of the bottom of big holder and pedestal, big holder is provided with rotating hole, the second rotary shaft Rotary type is located in rotating hole, and the second positioning screw is provided on big holder front side wall, and big holder and the second positioning screw are arranged To be threadedly coupled, the second positioning screw is in contact with the second rotary shaft, the left side wall phase at big holder right side wall middle part and connecting plate Connection, 7th bearing are set as interference with the lower part of the second casing and connect, and 7th bearing is embedded in the middle part of connecting plate, connecting plate It is connected at the top of the right side of bottom and support plate, 8th bearing is set as interference with the upper end of long connecting shaft and connect, tension spring Be connected at the top of lower end and 8th bearing outer ring, the upper end of tension spring is connected with the bottom of top plate, the left side of top plate bottom with It is connected at the top of big holder.

Preferably, further include having lead screw, nut, cylindrical cam, the 9th bearing, contact wheel and guide rod, lead screw is located at big The top of connecting shaft, lead screw are connected with big connecting shaft, and nut is arranged on lead screw, and nut is matched with lead screw, cylindrical cam It is arranged on nut, the upper end of lead screw is set as interference with the 9th bearing and connect, and the 9th bearing is embedded the right part in top plate, contact Wheel is in contact positioned at the lower section of cylindrical cam, contact wheel with cylindrical cam, and upper end and the contact wheel of guide rod are set as rotation and connect It connects, guide rod is located in endless belt, and the right part of connecting plate is provided with pilot hole, and guide rod slidingtype is located in pilot hole, is oriented to The lower end of bar is connected with the right side at the top of movable plate.

Preferably, further include thering is the second cylinder body, supporting plate, idler wheel, T shapes axis, cover board and magnet, the second cylinder body to be placed on supporting plate On, the bottom of supporting plate is connected with several idler wheels, and T shape axis is connected at the top of the second cylinder body right side wall, and cover board is sleeved on T shape axis On, magnet is connected with the upper end of the second cylinder body left side wall, and the bottom connection of magnet and cover board touches, and cover board is located at the first cylinder body It is in contact at the top of underface, idler wheel and pedestal.

Preferably, further include having third hand tap gear, the 4th bevel gear and electric rotating machine, third hand tap gear is located at second bearing Between rotating disk, third hand tap gear is arranged in big connecting shaft, and the upper right side of third hand tap gear is provided with the 4th bevel gear, the Four bevel gears are meshed with third hand tap gear, and electric rotating machine is located at the right side of the 4th bevel gear, the 4th bevel gear and electric rotating machine It is connected, is connected at the top of the bottom of electric rotating machine and pedestal.

Preferably, further include having connector bar, oscillating rod, tup and spring, the front side wall and connector bar of the first cylinder body Rear end be connected, be set as being articulated and connected in the middle part of the front end of connector bar and oscillating rod, the upper end of oscillating rod is connected with hammer Head, tup are in contact with the front side wall of the first cylinder body, and spring is located at below connector bar, before the rear end of spring and the first cylinder body Side wall is connected, and the front end of spring is connected with the lower end of oscillating rod.

Operation principle：Because the present invention includes the first cylinder body, the first rotary shaft, first bearing, support plate, the first cone tooth Wheel, second bearing, big connecting shaft, rotating disk, first sleeve, second bevel gear, the first positioning screw, 3rd bearing, is consolidated pedestal Fixed board, the first belt pulley, the second belt pulley, endless belt, the second casing, long connecting shaft, slim slide block, fourth bearing, movable plate, Gear wheel, the first pinion gear, the first small connecting shaft, 5th bearing, the first agitating plate, the second agitating plate, the second small connecting shaft, Six bearings, the second pinion gear, the second rotary shaft, big holder, the second positioning screw, connecting plate, 7th bearing, 8th bearing, drawing Spring and top plate, so the present invention is suitable for the production of ceramic resistor raw materials for production, staff can be by the water and height of set amount Ridge soil and additive, such as aluminium oxide are added in the first cylinder body, then press down on 8th bearing, and 8th bearing drives Long connecting shaft, slim slide block, fourth bearing, movable plate move downward, and movable plate drives first by 5th bearing and 6th bearing Small connecting shaft and the second small connecting shaft move downward, the first small connecting shaft and the second small connecting shaft drive respectively the first pinion gear, First agitating plate, the second agitating plate and the second pinion gear move downwardly together, and movable plate is made to lower into the first cylinder body, together When movable plate right side wall snap onto in the first groove, the left side wall of movable plate is caught in the second groove, then other work people Member can rotate rotating disk, and rotating disk drives big connecting shaft to be rotated, and big connecting shaft drives the first belt pulley to carry out Rotation, the first belt pulley drive the second belt pulley to be rotated by endless belt, and the second casing drives long connect by slim slide block Spindle is rotated, and long connecting shaft drives the first pinion gear and the second pinion gear to be rotated by gear wheel, the first pinion gear The first agitating plate and the second agitating plate is driven to carry out by the first small connecting shaft and the second small connecting shaft respectively with the second pinion gear Rotation, the combination of the first agitating plate and the second agitating plate, stirring range is wider, and stirring efficiency is high, when needing in the first cylinder body Kaolin carry out lifting type stirring when, staff can loosen the constraint to 8th bearing, drawing of the 8th bearing in tension spring It is moved upwards under force effect, at this time since slim slide block can be slided in second sliding slot, drives movable plate and canine tooth While move upwards, the second casing continues through slim slide block and long connecting shaft is driven to be rotated wheel, to the first agitating plate and Second agitating plate continues to be stirred in oscilaltion campaign, and stirring is more uniform, stops to rotating disk after stirring Rotation, staff is totally released the constraint to 8th bearing, and 8th bearing drives the first agitating plate under the action of tension spring It moving upwards with the second agitating plate, and is detached from out of first cylinder body, staff can slide first sleeve at this time, and Second bevel gear and the first positioning screw is driven to move upwards by first sleeve, since the first positioning screw is located at the first sliding groove It is interior, the first positioning screw is tightened when second bevel gear is meshed with first bevel gear, to be fixed, then rotating disk again It is rotated, rotating disk drives first sleeve and second bevel gear to be rotated by big connecting shaft, while the first belt pulley is logical Crossing endless belt drives the second belt pulley to be rotated, if without driving the second belt pulley to be rotated, can will recycle skin Band is removed from the first belt pulley and the second belt pulley, and second bevel gear drives first bevel gear to be rotated, first bevel gear The first cylinder body is driven to be rotated by the first rotary shaft, staff need to unscrew the second positioning spiral shell before being overturn to the first cylinder body Bar, to which the kaolin in the first cylinder body is poured out.

Because further including having lead screw, nut, cylindrical cam, the 9th bearing, contact wheel and guide rod, work as staff When needing to stir the kaolin in the first cylinder body, first by pressing 8th bearing, the first agitating plate and second are stirred Plate drops in the first cylinder body, and movable plate is made to snap onto in the first groove and the second groove, then on lead screw to nut into Row rotation, and cylindrical cam is pivotally lowered into suitable position, the minimum position of cylindrical cam is in contact with contact wheel at this time, Then other staff can decontrol the constraint to 8th bearing completely, at this time movable plate by cylindrical cam by contact wheel and Guide rod is pressed in the first cylinder body, and when then staff rotates big connecting shaft, big connecting shaft drives spiral shell by lead screw Female and cylindrical cam is rotated, and when cylindrical cam rotates, contact wheel can be driven to move up and down, so as to light It is convenient to realize the elevating movement of the first agitating plate and the second agitating plate, at the same can make again the first agitating plate and the second agitating plate after It is continuous to carry out Stirring, save artificial, more time saving and energy saving, operating efficiency higher.

Because further including thering is the second cylinder body, supporting plate, idler wheel, T shapes axis, cover board and magnet, the second cylinder body to be placed on supporting plate, The bottom of supporting plate is connected with several idler wheels, and T shape axis is connected at the top of the second cylinder body right side wall, and cover board is sleeved on T shape axis, magnetic Iron is connected with the upper end of the second cylinder body left side wall, and the bottom connection of magnet and cover board touches, cover board be located at the first cylinder body just under It is square, it is in contact at the top of idler wheel and pedestal, so when needing that kaolin in the first cylinder body is discharged, cover board is turned first It is dynamic, the top cylinder mouth of the second cylinder body is opened, then the first cylinder body can be overturn, the kaolin in the first cylinder body is poured into the In two cylinder body, then cover board on T shape axis is carried out to rotation cover the second cylinder body, then cover board is sucked by magnet, is passed through Second cylinder body is transported to by supporting plate and idler wheel needs position.

Because further including having third hand tap gear, the 4th bevel gear and electric rotating machine, third hand tap gear be located at second bearing with Between rotating disk, third hand tap gear is arranged in big connecting shaft, and the upper right side of third hand tap gear is provided with the 4th bevel gear, and the 4th Bevel gear is meshed with third hand tap gear, and electric rotating machine is located at the right side of the 4th bevel gear, the 4th bevel gear and electric rotating machine phase It connects, is connected at the top of the bottom of electric rotating machine and pedestal, so staff can start electric rotating machine and operate, rotation Rotating motor drives the 4th bevel gear to be rotated, and the 4th bevel gear drives third hand tap gear to be rotated, and third hand tap gear drives Big connecting shaft is rotated, and replaces manual hand manipulation more time saving and energy saving by electric rotating machine, stirring efficiency is high.

Because further including having connector bar, oscillating rod, tup and spring, works as and pour out the kaolin in the first cylinder body When, staff can push oscillating rod, and oscillating rod drives tup to be swung under the action of the spring, to the first cylinder body It is tapped, kaolin can be prevented to be bonded on the inner wall of the first cylinder body, discharge is cleaner.

（3）Advantageous effect

A kind of lifting agitating device for electronic component resistance raw materials for production provided by the present invention, flexible structure can Lifting type stirring is carried out to resistance raw materials for production, resistance raw materials for production are stirred evenly, the property for improving made resistance is conducive to Energy and quality, are conducive to the production and development of enterprise, easy to operate, simple in structure, repair easy to maintain has a wide range of application.

Description of the drawings

Fig. 1 is the main view schematic diagram of the present invention.

Fig. 2 is the vertical view figure structure schematic representation of the second casing of the present invention.

Fig. 3 is the main view schematic diagram of the lead screw of the present invention.

Fig. 4 is the main view schematic diagram of the second cylinder body of the present invention.

Fig. 5 is the main view schematic diagram of the electric rotating machine of the present invention.

Fig. 6 is the left view figure structure schematic representation of the connector bar of the present invention.

Label in attached drawing be：The first cylinder bodies of 1-, the first rotary shafts of 2-, 3- first bearings, 4- support plates, 5- first bore tooth Wheel, 6- pedestals, 7- second bearings, the big connecting shafts of 8-, 9- rotating disks, 10- first sleeves, 11- second bevel gears, 12- first are fixed Position screw rod, 13- 3rd bearings, 14- fixed plates, the first belt pulleys of 15-, the second belt pulleys of 16-, 17- endless belts, 18- second Casing, 19- long connecting shafts, 20- slim slide blocks, 21- fourth bearings, 22- movable plates, 23- gear wheels, the first pinion gears of 24-, 25- First small connecting shaft, 26- 5th bearings, the first agitating plates of 27-, the second agitating plates of 28-, the second small connecting shafts of 29-, 30- the 6th Bearing, the second pinion gears of 31-, the second rotary shafts of 32-, the big holders of 33-, the second positioning screws of 34-, 35- connecting plates, 36- the 7th Bearing, 37- 8th bearings, 38- tension springs, 39- top plates, 41- lead screws, 42- nuts, 43- cylindrical cams, the 9th bearings of 44-, 45- Contact wheel, 46- guide rods, the second cylinder bodies of 51-, 52- supporting plates, 53- idler wheels, 54-T shape axis, 55- cover boards, 56- magnet, 61- thirds Bevel gear, the 4th bevel gears of 62-, 63- electric rotating machines, 71- connector bars, 72- oscillating rods, 73- tups, 74- springs, 81- One sliding slot, the first grooves of 101-, the second grooves of 102-, 181- second sliding slots, 331- rotating holes, 351- pilot holes.

Specific implementation mode

The present invention is further illustrated with reference to the accompanying drawings and examples.

Embodiment 1

A kind of lifting agitating device for electronic component resistance raw materials for production, as shown in figures 1 to 6, include the first cylinder body 1, First rotary shaft 2, first bearing 3, support plate 4, first bevel gear 5, pedestal 6, second bearing 7, big connecting shaft 8, rotating disk 9, First sleeve 10, second bevel gear 11, the first positioning screw 12,3rd bearing 13, fixed plate 14, the first belt pulley 15, second Belt pulley 16, endless belt 17, the second casing 18, long connecting shaft 19, slim slide block 20, fourth bearing 21, movable plate 22, gear wheel 23, the first pinion gear 24, the first small connecting shaft 25,5th bearing 26, the first agitating plate 27, the second agitating plate 28, the second little Lian Spindle 29,6th bearing 30, the second pinion gear 31, the second rotary shaft 32, big holder 33, the second positioning screw 34, connecting plate 35, 7th bearing 36,8th bearing 37, tension spring 38 and top plate 39；The right side of first cylinder body 1 is provided with the first rotary shaft 2, the first cylinder Body 1 is connected with the first rotary shaft 2, and the first rotary shaft 2 is set as interference with first bearing 3 and connect, and first bearing 3, which is embedded, is propping up In fagging 4, first bevel gear 5 is located at the right side of support plate 4, and first bevel gear 5 is connected with the right end of the first rotary shaft 2, bottom The top of seat 6 is connected with the bottom of support plate 4, and second bearing 7 is located at the right side of support plate 4, and second bearing 7 is embedded in pedestal In 6, the lower end of big connecting shaft 8 is set as interference with second bearing 7 and connect, and rotating disk 9 is arranged in big connecting shaft 8, first set Pipe 10 is located at the top of rotating disk 9, and 10 slidingtype of first sleeve is sleeved in big connecting shaft 8, and the top of first sleeve 10 is provided with The right side wall lower part of second bevel gear 11, first sleeve 10 is provided with the first positioning screw 12, the first positioning screw 12 and first Casing 10 is set as being threadedly coupled, and the lower part of big connecting shaft 8 is provided with the first sliding groove 81, and the left end of the first positioning screw 12 is located at the In one sliding slot 81, the first positioning screw 12 is in contact with big connecting shaft 8, and second bevel gear 11 is located at the lower section of first bevel gear 5, 3rd bearing 13 is located at the top of first bevel gear 5, and 3rd bearing 13 is connect with 8 interference of big connecting shaft, and 3rd bearing 13 is embedded In fixed plate 14, the left side wall of fixed plate 14 is connected with the right side wall of support plate 4, and the first belt pulley 15 is located at fixed plate 14 Top, the first belt pulley 15 is set as interference with big connecting shaft 8 and connect, and the second belt pulley 16 is located at a left side for the first belt pulley 15 Side, the first belt pulley 15 are connect with the second belt pulley 16 by endless belt 17, and the second belt pulley 16 is arranged in the second casing 18 Top, 19 slidingtype of long connecting shaft is located in the second casing 18, and the right side of long connecting shaft 19 is provided with slim slide block 20, long connection Axis 19 is connected with slim slide block 20, and the inner wall of the second casing 18 is provided with second sliding slot 181, and slim slide block 20 is located at second sliding slot 181 Interior, slim slide block 20 and the second sliding slot 181 of the second casing 18 are set as being slidably matched, the lower end of long connecting shaft 19 and fourth bearing 21 are set as interference connection, and fourth bearing 21 is embedded at the middle part of movable plate 22, and gear wheel 23 is located at movable plate 22 and slim slide block Between 20, gear wheel 23 is arranged in long connecting shaft 19, and the first pinion gear 24 is located at the right side of gear wheel 23, the first pinion gear 24 and Gear wheel 23 is meshed, and the first pinion gear 24 is connected with the upper end of the first small connecting shaft 25, the first small connecting shaft 25 and the 5th Bearing 26 is set as interference connection, and 5th bearing 26 is embedded in 22 right part of movable plate, the lower end and first of the first small connecting shaft 25 Agitating plate 27 is connected, and the second agitating plate 28 is located at the left side of the first agitating plate 27, the second agitating plate 28 and the second small connecting shaft 29 lower ends are connected, and the second small connecting shaft 29 is set as interference with 6th bearing 30 and connect, and 6th bearing 30 is embedded in movable plate 22 left parts, 29 upper end of the second small connecting shaft are connected with the second pinion gear 31, and the second pinion gear 31 is located at the left side of gear wheel 23, Second pinion gear 31 is meshed with gear wheel 23, and the right inner side wall top of the first cylinder body 1 is provided with the first groove 101, the first cylinder body 1 Left inner side wall top be provided with the second groove 102, the right side wall slidingtype of movable plate 22 is located in the first groove 101, movable plate 22 left side wall slidingtype is located in the second groove 102, and the second rotary shaft 32 is located at the left side of the first cylinder body 1, the second rotary shaft 32 are connected with the first cylinder body 1, and big holder 33 is located at the left side of the first cylinder body 1, the bottom of big holder 33 and the top phase of pedestal 6 Connection, big holder 33 are provided with rotating hole 331, and 32 rotary type of the second rotary shaft is located in rotating hole 331, on 33 front side wall of big holder Be provided with the second positioning screw 34, big holder 33 is set as being threadedly coupled with the second positioning screw 34, the second positioning screw 34 with Second rotary shaft 32 is in contact, and is connected with the left side wall of connecting plate 35 in the middle part of big holder 33 right side wall, 7th bearing 36 and the The lower part of two casings 18 is set as interference connection, and 7th bearing 36 is embedded on the middle part of connecting plate 35, the right side of 35 bottom of connecting plate Side is connected with the top of support plate 4, and 8th bearing 37 is set as interference with the upper end of long connecting shaft 19 and connect, under tension spring 38 It holds and is connected at the top of 37 outer ring of 8th bearing, the upper end of tension spring 38 is connected with the bottom of top plate 39,39 bottom of top plate Left side is connected with the top of big holder 33.

Embodiment 2

Further include having lead screw 41, nut 42, cylindrical cam 43, the 9th bearing 44, contact wheel 45 and guide rod 46, lead screw 41 Positioned at the top of big connecting shaft 8, lead screw 41 is connected with big connecting shaft 8, and nut 42 is arranged on lead screw 41, nut 42 and lead screw 41 match, and cylindrical cam 43 is arranged on nut 42, and the upper end of lead screw 41 is set as interference with the 9th bearing 44 and connect, and the 9th Bearing 44 is embedded the right part in top plate 39, and contact wheel 45 is located at the lower section of cylindrical cam 43, contact wheel 45 and 43 phase of cylindrical cam Contact, upper end and the contact wheel 45 of guide rod 46 are set as being rotatablely connected, and guide rod 46 is located in endless belt 17, connecting plate 35 Right part be provided with pilot hole 351,46 slidingtype of guide rod is located in pilot hole 351, and the lower end of guide rod 46 is pushed up with movable plate 22 It is connected on the right side of portion.

Embodiment 3

Further include thering is the second cylinder body 51, supporting plate 52, idler wheel 53, T shapes axis 54, cover board 55 and magnet 56, the second cylinder body 51 to put It sets on supporting plate 52, the bottom of supporting plate 52 is connected with several idler wheels 53, and T shape axis is connected at the top of 51 right side wall of the second cylinder body 54, cover board 55 is sleeved on T shapes axis 54, and magnet 56 is connected with the upper end of 51 left side wall of the second cylinder body, magnet 56 and cover board 55 Bottom connection touches, and cover board 55 is located at the underface of the first cylinder body 1, and idler wheel 53 is in contact with the top of pedestal 6.

Embodiment 4

Further include having third hand tap gear 61, the 4th bevel gear 62 and electric rotating machine 63, third hand tap gear 61 is located at the second axis It holds between 7 and rotating disk 9, third hand tap gear 61 is arranged in big connecting shaft 8, and the upper right side of third hand tap gear 61 is provided with the 4th Bevel gear 62, the 4th bevel gear 62 are meshed with third hand tap gear 61, and electric rotating machine 63 is located at the right side of the 4th bevel gear 62, the Four bevel gears 62 are connected with electric rotating machine 63, and the bottom of electric rotating machine 63 is connected with the top of pedestal 6.

Further include having connector bar 71, oscillating rod 72, tup 73 and spring 74, front side wall and the small connection of the first cylinder body 1 The rear end of bar 71 is connected, and the front end of connector bar 71 and the middle part of oscillating rod 72 are set as being articulated and connected, oscillating rod 72 it is upper End is connected with tup 73, and tup 73 is in contact with the front side wall of the first cylinder body 1, and spring 74 is located at 71 lower section of connector bar, spring 74 rear end is connected with the front side wall of the first cylinder body 1, and the front end of spring 74 is connected with the lower end of oscillating rod 72.

Operation principle：Because the present invention includes the first cylinder body 1, the first rotary shaft 2, first bearing 3, support plate 4, first Bevel gear 5, pedestal 6, second bearing 7, big connecting shaft 8, rotating disk 9, first sleeve 10, second bevel gear 11, first position spiral shell Bar 12,3rd bearing 13, fixed plate 14, the first belt pulley 15, the second belt pulley 16, endless belt 17, the second casing 18, long company Spindle 19, slim slide block 20, fourth bearing 21, movable plate 22, gear wheel 23, the first pinion gear 24, the first small connecting shaft the 25, the 5th Bearing 26, the first agitating plate 27, the second agitating plate 28, the second small connecting shaft 29,6th bearing 30, the second pinion gear 31, second Rotary shaft 32, big holder 33, the second positioning screw 34, connecting plate 35,7th bearing 36,8th bearing 37, tension spring 38 and top plate 39, so the present invention is suitable for the production of ceramic resistor raw materials for production, staff can by the water and kaolin of set amount, with And additive, for example aluminium oxide is added in the first cylinder body 1, then presses down on 8th bearing 37,8th bearing 37 drives length Connecting shaft 19, slim slide block 20, fourth bearing 21, movable plate 22 move downward, and movable plate 22 passes through 5th bearing 26 and the 6th axis It holds 30 drive the first small connecting shafts 25 and the second small connecting shaft 29 moves downward, the first small connecting shaft 25 and the second small connecting shaft 29 It drives the first pinion gear 24, the first agitating plate 27, the second agitating plate 28 and the second pinion gear 31 to move downwardly together respectively, and makes Movable plate 22 lowers into the first cylinder body 1, while the right side wall of movable plate 22 snaps onto in the first groove 101, movable plate 22 Left side wall be caught in the second groove 102, then other staff can rotate rotating disk 9, and rotating disk 9 drives greatly Connecting shaft 8 is rotated, and big connecting shaft 8 drives the first belt pulley 15 to be rotated, and the first belt pulley 15 passes through endless belt 17 The second belt pulley 16 is driven to be rotated, the second casing 18 drives long connecting shaft 19 to be rotated by slim slide block 20, long connection Axis 19 drives the first pinion gear 24 and the second pinion gear 31 to be rotated by gear wheel 23, the first pinion gear 24 and the second small tooth Wheel 31 drives the first agitating plate 27 and the second agitating plate 28 to carry out by the first small connecting shaft 25 and the second small connecting shaft 29 respectively Rotation, the combination of the first agitating plate 27 and the second agitating plate 28, stirring range is wider, and stirring efficiency is high, when needing to the first cylinder When kaolin in body 1 carries out lifting type stirring, staff can loosen the constraint to 8th bearing 37, and 8th bearing 37 exists It is moved upwards under the pulling force effect of tension spring 38, at this time since slim slide block 20 can be slided in second sliding slot 181, band While dynamic movable plate 22 and gear wheel 23 move upwards, the second casing 18 continue through slim slide block 20 drive long connecting shaft 19 into Row rotation, to which the first agitating plate 27 and the second agitating plate 28 continue to be stirred in oscilaltion campaign, stirring is more equal It is even, stop the rotation to rotating disk 9 after stirring, staff is totally released the constraint to 8th bearing 37, the 8th axis Hold 37 drives the first agitating plate 27 and the second agitating plate 28 to move upwards under the action of tension spring 38, and is taken off out of first cylinder body 1 From staff can slide first sleeve 10 at this time, and drive second bevel gear 11 and the by first sleeve 10 One positioning screw 12 moves upwards, since the first positioning screw 12 is located in the first sliding groove 81, when second bevel gear 11 and first Bevel gear 5 tightens the first positioning screw 12 when being meshed, to be fixed, then rotating disk 9 is rotated again, rotating disk 9 First sleeve 10 and second bevel gear 11 is driven to be rotated by big connecting shaft 8, while the first belt pulley 15 is by recycling skin Band 17 drives the second belt pulley 16 to be rotated, if without driving the second belt pulley 16 to be rotated, it can be by endless belt 17 remove from the first belt pulley 15 and the second belt pulley 16, and second bevel gear 11 drives first bevel gear 5 to be rotated, and first Bevel gear 5 drives the first cylinder body 1 to be rotated by the first rotary shaft 2, and staff need to unscrew before being overturn to the first cylinder body 1 Second positioning screw 34, to which the kaolin in the first cylinder body 1 is poured out.

Because further including having lead screw 41, nut 42, cylindrical cam 43, the 9th bearing 44, contact wheel 45 and guide rod 46, institute When staff needs to stir the kaolin in the first cylinder body 1, first by pressing 8th bearing 37, to be stirred first It mixes plate 27 and the second agitating plate 28 drops in the first cylinder body 1, and movable plate 22 is made to snap onto the first groove 101 and the second groove In 102, then nut 42 is rotated on lead screw 41, and cylindrical cam 43 is pivotally lowered into suitable position, at this time The minimum position of cylindrical cam 43 is in contact with contact wheel 45, and then other staff can be decontroled completely to 8th bearing 37 Constraint, at this time movable plate 22 be pressed in the first cylinder body 1 by contact wheel 45 and guide rod 46 by cylindrical cam 43, then work When personnel rotate big connecting shaft 8, big connecting shaft 8 drives nut 42 and cylindrical cam 43 to be rotated by lead screw 41, When cylindrical cam 43 rotates, contact wheel 45 can be driven to move up and down, be stirred so as to easy and convenient realization first The elevating movement of plate 27 and the second agitating plate 28 is mixed, while the first agitating plate 27 and the second agitating plate 28 can be made to continue to revolve again Turn stirring, saves artificial, more time saving and energy saving, operating efficiency higher.

Because further including having the second cylinder body 51, supporting plate 52, idler wheel 53, T shapes axis 54, cover board 55 and magnet 56, the second cylinder body 51 are placed on supporting plate 52, and the bottom of supporting plate 52 is connected with several idler wheels 53, and T is connected at the top of 51 right side wall of the second cylinder body Shape axis 54, cover board 55 are sleeved on T shapes axis 54, and magnet 56 is connected with the upper end of 51 left side wall of the second cylinder body, magnet 56 and cover board 55 bottom connection touches, and cover board 55 is located at the underface of the first cylinder body 1, and idler wheel 53 is in contact with the top of pedestal 6, so when needing When kaolin in the first cylinder body 1 being discharged, cover board 55 is rotated first, the top cylinder mouth of the second cylinder body 51 is opened, Then the first cylinder body 1 can be overturn, the kaolin in the first cylinder body 1 is poured into the second cylinder body 51, then by cover board 55 in T Rotation is carried out on shape axis 54 and covers the second cylinder body 51, and then cover board 55 is sucked by magnet 56, passes through supporting plate 52 and idler wheel 53 Second cylinder body 51 is transported to and needs position.

Because further including having third hand tap gear 61, the 4th bevel gear 62 and electric rotating machine 63, third hand tap gear 61 is located at the Between two bearings 7 and rotating disk 9, third hand tap gear 61 is arranged in big connecting shaft 8, and the upper right side of third hand tap gear 61 is provided with 4th bevel gear 62, the 4th bevel gear 62 are meshed with third hand tap gear 61, and electric rotating machine 63 is located at the right side of the 4th bevel gear 62 Side, the 4th bevel gear 62 are connected with electric rotating machine 63, and the bottom of electric rotating machine 63 is connected with the top of pedestal 6, so work Make personnel and can start electric rotating machine 63 to operate, electric rotating machine 63 drives the 4th bevel gear 62 to be rotated, the 4th cone tooth 62 drive third hand tap gear 61 of wheel is rotated, and third hand tap gear 61 drives big connecting shaft 8 to be rotated, and passes through electric rotating machine 63 More time saving and energy saving instead of manual hand manipulation, stirring efficiency is high.

Because further including having connector bar 71, oscillating rod 72, tup 73 and spring 74, working as will be in the first cylinder body 1 When kaolin is poured out, staff can push oscillating rod 72, and oscillating rod 72 drives tup 73 under the effect of spring 74 It is swung, the first cylinder body 1 is tapped, kaolin can be prevented to be bonded on the inner wall of the first cylinder body 1, discharge is more dry Only.

The preferred embodiment of the present invention above described embodiment only expresses, the description thereof is more specific and detailed, but simultaneously Cannot the limitation to the scope of the claims of the present invention therefore be interpreted as.It should be pointed out that for those of ordinary skill in the art For, without departing from the inventive concept of the premise, several deformations can also be made, improves and substitutes, these belong to this hair Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.

Claims

1. a kind of lifting agitating device for electronic component resistance raw materials for production, which is characterized in that include the first cylinder body （1）, the first rotary shaft（2）, first bearing（3）, support plate（4）, first bevel gear（5）, pedestal（6）, second bearing（7）, it is big Connecting shaft（8）, rotating disk（9）, first sleeve（10）, second bevel gear（11）, the first positioning screw（12）, 3rd bearing （13）, fixed plate（14）, the first belt pulley（15）, the second belt pulley（16）, endless belt（17）, the second casing（18）, long connect Spindle（19）, slim slide block（20）, fourth bearing（21）, movable plate（22）, gear wheel（23）, the first pinion gear（24）, it is first small Connecting shaft（25）, 5th bearing（26）, the first agitating plate（27）, the second agitating plate（28）, the second small connecting shaft（29）, the 6th axis It holds（30）, the second pinion gear（31）, the second rotary shaft（32）, big holder（33）, the second positioning screw（34）, connecting plate（35）、 7th bearing（36）, 8th bearing（37）, tension spring（38）And top plate（39）；First cylinder body（1）Right side be provided with the first rotation Axis（2）, the first cylinder body（1）With the first rotary shaft（2）It is connected, the first rotary shaft（2）With first bearing（3）It is set as interference company It connects, first bearing（3）It is embedded in support plate（4）It is interior, first bevel gear（5）Positioned at support plate（4）Right side, first bevel gear （5）With the first rotary shaft（2）Right end be connected, pedestal（6）Top and support plate（4）Bottom be connected, second bearing （7）Positioned at support plate（4）Right side, second bearing（7）It is embedded in pedestal（6）It is interior, big connecting shaft（8）Lower end and second bearing （7）It is set as interference connection, rotating disk（9）It is arranged in big connecting shaft（8）On, first sleeve（10）Positioned at rotating disk（9）It is upper Side, first sleeve（10）Slidingtype is sleeved on big connecting shaft（8）On, first sleeve（10）Top be provided with second bevel gear （11）, first sleeve（10）Right side wall lower part be provided with the first positioning screw（12）, the first positioning screw（12）With first set Pipe（10）It is set as being threadedly coupled, big connecting shaft（8）Lower part be provided with the first sliding groove（81）, the first positioning screw（12）Left end Positioned at the first sliding groove（81）It is interior, the first positioning screw（12）With big connecting shaft（8）It is in contact, second bevel gear（11）Positioned at first Bevel gear（5）Lower section, 3rd bearing（13）Positioned at first bevel gear（5）Top, 3rd bearing（13）With big connecting shaft（8） Interference connects, 3rd bearing（13）It is embedded in fixed plate（14）It is interior, fixed plate（14）Left side wall and support plate（4）Right side wall It is connected, the first belt pulley（15）Positioned at fixed plate（14）Top, the first belt pulley（15）With big connecting shaft（8）It was set as It is full of connection, the second belt pulley（16）Positioned at the first belt pulley（15）Left side, the first belt pulley（15）With the second belt pulley（16） Pass through endless belt（17）Connection, the second belt pulley（16）It is arranged in the second casing（18）Top, long connecting shaft（19）Sliding Formula is located at the second casing（18）It is interior, long connecting shaft（19）Right side be provided with slim slide block（20）, long connecting shaft（19）With slim slide block （20）It is connected, the second casing（18）Inner wall be provided with second sliding slot（181）, slim slide block（20）Positioned at second sliding slot（181）It is interior, Slim slide block（20）With the second casing（18）Second sliding slot（181）It is set as being slidably matched, long connecting shaft（19）Lower end and the Four bearings（21）It is set as interference connection, fourth bearing（21）It is embedded in movable plate（22）Middle part, gear wheel（23）Positioned at work Movable plate（22）With slim slide block（20）Between, gear wheel（23）It is arranged in long connecting shaft（19）On, the first pinion gear（24）Positioned at big Gear（23）Right side, the first pinion gear（24）With gear wheel（23）It is meshed, the first pinion gear（24）With the first small connecting shaft （25）Upper end be connected, the first small connecting shaft（25）With 5th bearing（26）It is set as interference connection, 5th bearing（26）It is embedding It is located at movable plate（22）Right part, the first small connecting shaft（25）Lower end and the first agitating plate（27）It is connected, the second agitating plate （28）Positioned at the first agitating plate（27）Left side, the second agitating plate（28）With the second small connecting shaft（29）Lower end is connected, and second Small connecting shaft（29）With 6th bearing（30）It is set as interference connection, 6th bearing（30）It is embedded in movable plate（22）Left part, the Two small connecting shafts（29）Upper end and the second pinion gear（31）It is connected, the second pinion gear（31）Positioned at gear wheel（23）Left side, Second pinion gear（31）With gear wheel（23）It is meshed, the first cylinder body（1）Right inner side wall top be provided with the first groove（101）, First cylinder body（1）Left inner side wall top be provided with the second groove（102）, movable plate（22）Right side wall slidingtype be located at it is first recessed Slot（101）It is interior, movable plate（22）Left side wall slidingtype be located at the second groove（102）It is interior, the second rotary shaft（32）Positioned at first Cylinder body（1）Left side, the second rotary shaft（32）With the first cylinder body（1）It is connected, big holder（33）Positioned at the first cylinder body（1）A left side Side, big holder（33）Bottom and pedestal（6）Top be connected, big holder（33）It is provided with rotating hole（331）, the second rotary shaft （32）Rotary type is located at rotating hole（331）It is interior, big holder（33）The second positioning screw is provided on front side wall（34）, big holder （33）With the second positioning screw（34）It is set as being threadedly coupled, the second positioning screw（34）With the second rotary shaft（32）It is in contact, Big holder（33）Right side wall middle part and connecting plate（35）Left side wall be connected, 7th bearing（36）With the second casing（18）Under Portion is set as interference connection, 7th bearing（36）It is embedded in connecting plate（35）Middle part, connecting plate（35）The right side of bottom and branch Fagging（4）Top be connected, 8th bearing（37）With long connecting shaft（19）Upper end be set as interference connection, tension spring（38）'s Lower end and 8th bearing（37）It is connected at the top of outer ring, tension spring（38）Upper end and top plate（39）Bottom be connected, top plate （39）The left side of bottom and big holder（33）Top be connected.

2. a kind of lifting agitating device for electronic component resistance raw materials for production according to claim 1, feature It is, further includes having lead screw（41）, nut（42）, cylindrical cam（43）, the 9th bearing（44）, contact wheel（45）And guide rod （46）, lead screw（41）Positioned at big connecting shaft（8）Top, lead screw（41）With big connecting shaft（8）It is connected, nut（42）Setting exists Lead screw（41）On, nut（42）With lead screw（41）It matches, cylindrical cam（43）It is arranged in nut（42）On, lead screw（41）It is upper End and the 9th bearing（44）It is set as interference connection, the 9th bearing（44）It is embedded in top plate（39）Right part, contact wheel（45）Position In cylindrical cam（43）Lower section, contact wheel（45）With cylindrical cam（43）It is in contact, guide rod（46）Upper end and contact wheel （45）It is set as being rotatablely connected, guide rod（46）Positioned at endless belt（17）It is interior, connecting plate（35）Right part be provided with pilot hole （351）, guide rod（46）Slidingtype is located at pilot hole（351）It is interior, guide rod（46）Lower end and movable plate（22）The right side at top Side is connected.

3. a kind of lifting agitating device for electronic component resistance raw materials for production according to claim 2, feature It is, further includes having the second cylinder body（51）, supporting plate（52）, idler wheel（53）, T shape axis（54）, cover board（55）And magnet（56）, second Cylinder body（51）It is placed on supporting plate（52）On, supporting plate（52）Bottom be connected with several idler wheels（53）, the second cylinder body（51）Right side T shape axis is connected at the top of wall（54）, cover board（55）It is sleeved on T shape axis（54）On, magnet（56）With the second cylinder body（51）Left side wall Upper end be connected, magnet（56）With cover board（55）Bottom connection touch, cover board（55）Positioned at the first cylinder body（1）Underface, Idler wheel（53）With pedestal（6）Top be in contact.

4. a kind of lifting agitating device for electronic component resistance raw materials for production according to claim 3, feature It is, further includes having third hand tap gear（61）, the 4th bevel gear（62）And electric rotating machine（63）, third hand tap gear（61）Positioned at Two bearings（7）With rotating disk（9）Between, third hand tap gear（61）It is arranged in big connecting shaft（8）On, third hand tap gear（61）The right side Top is provided with the 4th bevel gear（62）, the 4th bevel gear（62）With third hand tap gear（61）It is meshed, electric rotating machine（63）Position In the 4th bevel gear（62）Right side, the 4th bevel gear（62）With electric rotating machine（63）It is connected, electric rotating machine（63）Bottom With pedestal（6）Top be connected.

5. a kind of lifting agitating device for electronic component resistance raw materials for production according to claim 4, feature It is, further includes having connector bar（71）, oscillating rod（72）, tup（73）And spring（74）, the first cylinder body（1）Front side wall with Connector bar（71）Rear end be connected, connector bar（71）Front end and oscillating rod（72）Middle part be set as being articulated and connected, Oscillating rod（72）Upper end be connected with tup（73）, tup（73）With the first cylinder body（1）Front side wall be in contact, spring（74）Position In connector bar（71）Lower section, spring（74）Rear end and the first cylinder body（1）Front side wall be connected, spring（74）Front end with Oscillating rod（72）Lower end be connected.