CN109109157A

CN109109157A - A method of it is mixed using clay and other materials agitating device

Info

Publication number: CN109109157A
Application number: CN201811384409.2A
Authority: CN
Inventors: 陈柏海
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-11-20
Filing date: 2018-11-20
Publication date: 2019-01-01

Abstract

The invention discloses a kind of methods being mixed using clay and other materials agitating device, wherein, the clay and other materials agitating device include operation block, a working space is provided in the operation block, a driving mechanism is provided in the working space upper end, it is provided with a rotation space in the drive shaft, a lifting mechanism is provided in the rotation space, the rabbling mechanism upper end is provided with a mixed organization；In present invention work, clay and water can be first mixed to the adhesive for reducing clay, facilitate the addition of clay, reduce condensation and adhesion of the clay in adding procedure, by the slowly uniform mixture and gas-solid material of addition clay and water, makes clay and other materials stirring more uniform in the way of stirring by one side added material while, improve the efficiency of stirring, the clay mixture being stirred can be taken out automatically after the completion of stirring completely, high degree of automation.

Description

A method of it is mixed using clay and other materials agitating device

Technical field

The present invention relates to clays, and field is mixed, specially a kind of to be mixed using clay and other materials agitating device The method for closing stirring.

Background technique

Currently, existing clay stirring is most of to use direct addition manner, cause to stir since the adhesive of clay is excessive Effect is not satisfactory, and clay is sufficiently stirred the adhesive that can largely reduce clay after adding the water, most of clay and its His device of solid material stirring is stirred in whipping process by disposably disposably adding clay with other materials Difficulty is high and is difficult to be sufficiently stirred, and stirring efficiency is low, and also larger to the damage of equipment, many agitating devices not can determine that material Whether stirring is completed, it is difficult to which material automatically takes out after the completion of realization stirring.

Summary of the invention

The purpose of the present invention is to provide a kind of method being mixed using clay and other materials agitating device, To solve the problems mentioned in the above background technology.

To achieve the above object, the invention provides the following technical scheme: a kind of utilize clay and other materials agitating device The method being mixed, wherein the clay and other materials agitating device include operation block, are provided in the operation block One working space is provided with a driving mechanism in the working space upper end, and the driving mechanism includes drive shaft, the driving It is provided with a rotation space in axis, a lifting mechanism is provided in the rotation space, the lifting mechanism includes thread spindle, institute It states thread spindle and rotation is driven by drive shaft, the lifting mechanism includes threaded block, the rotation that the threaded block passes through thread spindle Move up and down, the lifting mechanism right end is provided with a rabbling mechanism, and the rabbling mechanism includes stirring block, the stirring block with Threaded block is connected by supporting block, and the stirring block drives threaded block to move up and down, and it is mixed that the rabbling mechanism upper end is provided with one Mechanism is closed, the mixed organization includes transmission axle, and the rabbling mechanism includes agitating shaft, and the agitating shaft passes through driving mechanism band Turn is dynamic, and the transmission axle rotates under the drive of agitating shaft, and the mixed organization includes mixed block, and the mixed block passes through biography The drive of defeated axis rotates, and the rabbling mechanism rear end is provided with a feeding unit, and the feeding unit includes feeding pipe, described Feeding pipe is moved up and down by the drive of stirring block, is provided with a storage space in the rabbling mechanism front end；

Being technically characterized in that for this method drives the threaded block in lifting mechanism to move up and down by driving mechanism first, spiral shell Line block drives the up and down motion of agitating device, realizes that the slow of material adds in feeding unit using the up and down motion of agitating device Add, drive the agitating shaft in rabbling mechanism to rotate by driving mechanism, so that clay and other materials are mixed, allows entirety It stirs more uniform.

Preferably, the driving mechanism includes driving space, the driving space upper end wall is embedded to be equipped with a driving electricity Machine, the drive shaft upper end are connected by power with driving motor lower end surface, and drive shaft lower end is fixedly connected with the first spur gear, are made Be drive whole device work；

It is characterized by: driving power is opened, drive drive shaft turns are connected by power, blender is driven by the first spur gear The work of structure drives thread spindle to control blender again using threaded block so that threaded block be allowed to move up and down by drive shaft The up and down motion of structure.

Preferably, the lifting mechanism includes the rising space, it is provided on one in the rotation space lower end wall The lost motion slot that end wall is connected to rotation space is provided with a left end wall in the upper rotation space right end wall and is connected to rotation space Unidirectional groove, a left end wall is provided in the unidirectional groove lower end wall and is connected to rotation space and lower end wall and lost motion slot upper end wall The stuck slot of connection, the thread spindle upper end and rotation space upper end wall are rotatablely connected, and the thread spindle lower end is empty through rotation Between lower end wall, lost motion slot up and down end wall, driving space lower end wall and be located at the rising space in, the thread spindle lower end and threaded block It is threadedly engaged connection, the compression groove that a right end wall is connected to rotation space, the compression groove are provided in the thread spindle upper end Left end is fixedly connected with a compressed spring, and the compressed spring right end is fixedly connected with a compression blocks, and the compression blocks right end passes through It wears compression groove right end wall and is located in unidirectional groove, a translation slot, the translation slot lower end are provided in the compression groove lower end wall It is fixedly connected with a translation spring, the translation spring upper end is fixedly connected with a translational block, and the translational block lower end is fixed to be connected It is connected to a translation bar, the translation bar right end is through translation slot right end wall and is located in working space, and the translational block upper end is solid Surely it is connected with one stuck piece, the stuck piece of right end is through translation slot right end wall and is located in stuck slot, and effect is to pass through control The up and down motion of threaded block processed is to control the up and down motion of stirring block, to control the addition of material；

It is characterized by: driving the up and down motion of lifting mechanism by driving mechanism, when lifting mechanism movement moves downward, drive Moving axis, which rotates forward, drives thread spindle rotation, so that threaded block be made to move downward, when threaded block moves to lowest positions, drive shaft is not It drives thread spindle to rotate again, to make threaded block stop motion, when drive shaft inverts, by the locked of compression blocks, makes drive shaft Thread spindle rotation is driven again, to make the upward resetting movement of threaded block.

Preferably, the rabbling mechanism includes stirred tank, be provided on front side of the stirred tank upper end wall lower end wall with The solid pipeline that stirred tank connection and front bulkhead are connected to working space, the stirred tank upper end wall rear side are provided with a lower end wall It is connected to stirred tank and fluid pipeline that aft bulkhead is connected to working space, is provided with a upper end in the working space lower end wall Wall is connected to working space lower end wall and the blow tank of lower end wall connection free surrounding space, the working space front bulkhead and storage are empty Between lower end wall by material sliding slot connection admittedly, a rotation slot is provided in the stirred tank upper end wall, rotation connects in the rotation slot Be connected to a rotating block, the rotating block center is fixedly connected with agitating shaft, the agitating shaft upper end through rotation slot upper end wall and In driving space, the agitating shaft lower end is through rotation slot lower end wall and is located in stirred tank, and the agitating shaft lower end is solid Surely it is connected with block of spiral, the agitating shaft upper end is fixedly connected with the second spur gear, and second spur gear left end is straight with first The engagement of gear right end connects, and a control mechanism is provided in the stirred tank right end wall, and effect mixes clay and other materials It is stirred after conjunction；

It is characterized by: driving motor is reversely opened after being stirred completely, it is connected by power and drives drive shaft reversion, pass through gear System's transmission drives agitating shaft reversion, due to being reversion, is locked drive shaft drive thread spindle by compression blocks, to make drive shaft Drive thread spindle reversion, so that threaded block be made to move upwards, threaded block drives the upward resetting movement of rabbling mechanism, transmission shaft with stir It mixes axis not lock, mixed block stops operating.

Preferably, the control mechanism includes active slot, a pulling slot is provided in the wall of active slot left end, it is described Active slot upper end wall is fixedly connected with a drive spring, and the drive spring lower end is fixedly connected with a spur rack, the straight-tooth Lower end is through active slot lower end wall and is located in working space, the spur rack left side engagement connection third spur gear, institute It states third spur gear center and is fixedly connected with a driving shaft, the both ends of main drive shaft connects with end wall rotation before and after active slot respectively It connects, the driving shaft front end is fixedly connected with roll, and the pulling slot right end wall is fixedly connected with a pulling spring, the drawing Spring left end of moving is fixedly connected with pulling block, and the pulling block left end is described through pulling slot left end wall and be located in stirred tank Block right end is pulled to connect with roll lower end by stretch cord, effect is opening stirred tank after the completion of stirring, to make to stir Good mixture takes out under the effect of gravity；

It is characterized by: threaded block continues to move downward after material has all been added and stirred evenly, to make to push control Mechanism, spur rack move upwards, and roll rotation are driven by the transmission between wheel and rack, so that stretch cord be pulled to make to draw Motion block moves right, and enters so that the clay mixture being stirred completely is all left under the whipping of block of spiral in stirred tank Hopper.

Preferably, the mixed organization includes mixing channel, it is provided with a front bulkhead in the mixing channel upper end wall and drives The linked slot of dynamic space connection, the interior setting lower end wall of the linked slot aft bulkhead is connected to mixing channel upper end wall and aft bulkhead is connected to The adding trough of free surrounding space, the linked slot upper end wall are rotatably connected to a mixing axis, and linked slot is run through in the mixing axis lower end Lower end wall and be located at mixing channel in, the mixing axis lower end is fixedly connected with a mixed block, and the mixing axis upper end is fixedly connected Have a driven pulley, the transmission axle is fixedly connected with a drive pulley, the drive pulley and driven pulley it Between connected by transmission belt frictional drive, setting is free spin slot in the transmission shaft, on rear side of the sky spin slot lower end wall in set It is equipped with the fixing groove that a upper end wall be connected to empty spin slot, is rotatably connected to a fixed link in the empty spin slot, under the fixed link End is fixedly connected with agitating shaft upper surface, and effect is to drive mixed block rotation by the rotation of agitating shaft, thus by addition Clay and water are mixed；

It is characterized by: stirring block pushes down on translation bar, to make drive shaft and spiral shell when stirring block moves to bottom Line axis does not lock, and rabbling mechanism stopping moves downward, and stirring block drives material stock block to move downward, so that plugging block be made to move downward Flow ipe is blocked, so as to which suitable clay and water is added to being mixed into slot, transmission shaft and agitating shaft are locked at this time, from And drive mixed block rotation that clay and water are sufficiently stirred.

Preferably, the feeding unit includes sliding groove, a lower end wall and cunning are provided in the sliding groove upper end wall The flow ipe that slot is connected to and upper end wall is connected to mixing channel is moved, is provided with a reseting groove, institute in the flow ipe aft bulkhead It states reseting groove lower end and is fixedly connected with a reset spring, the reset spring upper end is fixedly connected with a release link, the reset Bar upper end is fixedly connected with a plugging block, and the plugging block front end is fixedly connected with catch bar, and the catch bar lower end is through mixed It closes slot lower end wall and is located in sliding groove, a material stock block is slidably connected in the sliding groove, is provided with one in the material stock block The material stock slot that upper and lower end wall is connected to sliding groove respectively slidably connects a partition, the partition lower end surface in the material stock slot It is fixedly connected with pushing block, the pushing block lower end is fixedly connected through material stock slot lower end wall and with sliding groove lower end wall, described A feed pipe is embedded in material stock slot right end wall, material stock slot is connected to by the feed pipe with fluid pipeline, and effect is by stirring The up and down motion of block is mixed to drive material stock block to move, to control clay and the mixed input of water；

It is characterized by: during moving downward, the clay being stirred uniformly is slowly added to aqueous mixtures by feed pipe Into stirred tank, meanwhile, other solid materials in storage space are also uniformly entered in stirred tank by solid pipeline, clay Be sufficiently stirred in stirred tank with aqueous mixtures and other solid materials, by one side added material and while stir, thus Clay and other materials is allowed to stir more uniform.

In conclusion the medicine have the advantages that clay and water can be first mixed to the adhesive for reducing clay, side Just the addition of clay reduces condensation and adhesion of the clay in adding procedure, passes through the mixed of slowly uniformly addition clay and water Object and gas-solid material are closed, keeps clay and other materials stirring more equal in the way of stirring by one side added material while It is even, the efficiency of stirring is improved, can automatically be taken out the clay mixture being stirred after the completion of stirring completely, the degree of automation It is high.

Detailed description of the invention

It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent Some embodiments for those of ordinary skill in the art without creative efforts, can also basis These attached drawings obtain other attached drawings.

Fig. 1 is a kind of method operation block complete section being mixed using clay and other materials agitating device of the present invention Schematic view of the front view；

Fig. 2 is a kind of method operation block complete section being mixed using clay and other materials agitating device of the present invention Left view structural representation；

Fig. 3 is at a kind of method drive shaft compression blocks being mixed using clay and other materials agitating device of the present invention The vertical view enlarged diagram of complete section.

Specific embodiment

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive Feature and/or step other than, can combine in any way.

Any feature disclosed in this specification (including any accessory claim, abstract and attached drawing), except non-specifically chatting It states, can be replaced by other alternative features that are equivalent or have similar purpose.That is, unless specifically stated, each feature is only It is an example in a series of equivalent or similar characteristics.

Fig. 1-3 is please referred to, a kind of embodiment provided by the invention: a kind of to carry out using clay and other materials agitating device The method of mixing, wherein the clay and other materials agitating device, including operation block 1 are provided in the operation block 1 One working space 9 is provided with a driving mechanism 71 in 9 upper end of working space, and the driving mechanism 71 includes drive shaft 36, It is provided with a rotation space 40 in the drive shaft 36, a lifting mechanism 73, the rising are provided in the rotation space 40 Mechanism 73 includes thread spindle 38, and the thread spindle 38 drives rotation by drive shaft 36, and the lifting mechanism 73 includes threaded block 47, the threaded block 47 is moved up and down by the rotation of thread spindle 38, and 73 right end of lifting mechanism is provided with a rabbling mechanism 5, the rabbling mechanism 5 includes stirring block 23, and the stirring block 23 is connect with threaded block 47 by supporting block 2, the stirring block 23 drive threaded block 47 to move up and down, and 5 upper end of rabbling mechanism is provided with a mixed organization 74, and the mixed organization 74 includes Transmission axle 27, the rabbling mechanism 5 include agitating shaft 28, and the agitating shaft 28 drives rotation, the biography by driving mechanism 71 Defeated axis 27 rotates under the drive of agitating shaft 28, and the mixed organization 74 includes mixed block 56, and the mixed block 56 passes through transmission The drive of axis 27 rotates, and 5 rear end of rabbling mechanism is provided with a feeding unit 75, and the feeding unit 75 includes feeding pipe 63, the feeding pipe 63 is moved up and down by the drive of stirring block 23, and storage sky is provided in 5 front end of rabbling mechanism Between 51.

Valuably, the driving mechanism 71 includes driving space 37, is embedded with a drive in 37 upper end wall of driving space Dynamic motor 35,36 upper end of drive shaft are connected by power with 35 lower end surface of driving motor, and 36 lower end of drive shaft is fixedly connected with the One spur gear 43, effect are to drive whole device work.

Valuably, the lifting mechanism 73 includes the rising space 4, is provided with one in 40 lower end wall of rotation space The lost motion slot 45 that upper end wall is connected to rotation space 40 is provided with a left end wall and rotation in the upper 40 right end wall of rotation space The unidirectional groove 33 that space 40 is connected to is provided with a left end wall in 33 lower end wall of unidirectional groove and is connected to rotation space 40 and lower end The stuck slot 44 that wall is connected to 45 upper end wall of lost motion slot, 38 upper end of thread spindle and 40 upper end wall of rotation space are rotatablely connected, 38 lower end of thread spindle is through 40 lower end wall of rotation space, about 45 end wall of lost motion slot, driving 37 lower end wall of space and is located at In the rising space 4,38 lower end of thread spindle is threadedly engaged with threaded block 47 to be connect, and is provided with one in 38 upper end of thread spindle The compression groove 39 that right end wall is connected to rotation space 40,39 left end of compression groove is fixedly connected with a compressed spring 41, described 41 right end of compressed spring is fixedly connected with a compression blocks 34, and 34 right end of compression blocks is through 39 right end wall of compression groove and is located at single Into slot 33, a translation slot 6 is provided in 39 lower end wall of compression groove, 6 lower end of translation slot is fixedly connected with a translation Spring 7,7 upper end of translation spring are fixedly connected with a translational block 46, and 46 lower end of translational block is fixedly connected with a translation Bar 8,8 right end of translation bar is through translation 6 right end wall of slot and is located in working space 9, and 46 upper end of translational block is fixed to be connected It is connected to one stuck piece 42, stuck piece of 42 right ends are through translation 6 right end wall of slot and are located in stuck slot 44, and effect is to pass through The up and down motion of threaded block 47 is controlled to control the up and down motion of stirring block 23, to control the addition of material.

Valuably, the rabbling mechanism 72 includes stirred tank 5, is provided with a lower end wall on front side of 5 upper end wall of stirred tank It is connected to stirred tank 5 and solid pipeline 48 that front bulkhead is connected to working space 9, is provided on rear side of 5 upper end wall of stirred tank The fluid pipeline 65 that one lower end wall is connected to stirred tank 5 and aft bulkhead is connected to working space 9,9 lower end wall of working space Inside be provided with a upper end wall be connected to 9 lower end wall of working space and lower end wall connection free surrounding space blow tank 10, the work 9 front bulkhead of space is connected to 51 lower end wall of storage space by material sliding slot 49 admittedly, is provided with one turn in 5 upper end wall of stirred tank Slot 25 to be moved, is rotatably connected to a rotating block 24 in the rotation slot 25,24 center of rotating block is fixedly connected with agitating shaft 28, 28 upper end of agitating shaft is through 25 upper end wall of rotation slot and is located in driving space 37, and 28 lower end of agitating shaft is through rotation 25 lower end wall of slot and be located at stirred tank 5 in, 28 lower end of agitating shaft is fixedly connected with block of spiral 3,28 upper end of agitating shaft It is fixedly connected with the second spur gear 26, connection is engaged with 43 right end of the first spur gear in 26 left end of the second spur gear, described to stir It mixes and is provided with a control mechanism 16 in 5 right end wall of slot, effect is stirred after mixing clay with other materials.

Valuably, the control mechanism 16 includes active slot 22, is provided with a pulling slot in the 22 left end wall of active slot 14,22 upper end wall of active slot is fixedly connected with a drive spring 21, and 21 lower end of drive spring is fixedly connected with always Rack gear 18,18 lower end of spur rack is through 22 lower end wall of active slot and is located in working space 9,18 left side of spur rack Engagement connection third spur gear 20,20 center of third spur gear is fixedly connected with a driving shaft 17,17 liang of the driving shaft End is rotatablely connected with 22 front and back end wall of active slot respectively, and 17 front end of driving shaft is fixedly connected with roll 19, the pulling 14 right end wall of slot is fixedly connected with a pulling spring 13, and 13 left end of pulling spring, which is fixedly connected with, pulls block 11, the drawing For 11 left end of motion block through pulling 14 left end wall of slot and being located in stirred tank 5,11 right end of pulling block and 19 lower end of roll are logical The connection of stretch cord 12 is crossed, effect is opening stirred tank 5 after the completion of stirring, to make the mixture being stirred under the effect of gravity It takes out.

Valuably, the mixed organization 74 includes mixing channel 55, is provided with a front bulkhead in 55 upper end wall of mixing channel The linked slot 69 being connected to driving space 9, the interior setting lower end wall of 69 aft bulkhead of linked slot are connected to 55 upper end wall of mixing channel And the adding trough 54 of aft bulkhead connection free surrounding space, 69 upper end wall of linked slot is rotatably connected to a mixing axis 52, described mixed 52 lower end of sympodium is through 69 lower end wall of linked slot and is located in mixing channel, and 52 lower end of mixing axis is fixedly connected with a mixed block 56,52 upper end of mixing axis is fixedly connected with a driven pulley 53, and the transmission axle 27 is fixedly connected with a drive pulley Wheel 30 is connected between the drive pulley 30 and driven pulley 53 by 29 frictional drive of transmission belt, the transmission shaft Setting is free spin slot 31 in 27, and the fixation that a upper end wall is connected to empty spin slot 31 is provided in the sky spin slot 31 lower end wall rear side Slot 50, it is described sky spin slot 31 in be rotatably connected to a fixed link 32,32 lower end of fixed link is fixed with 28 upper surface of agitating shaft Connection, effect is to drive mixed block 56 to rotate by the rotation of agitating shaft 28, so that the clay of addition and water are mixed.

Valuably, the feeding unit 75 includes sliding groove 70, is provided with a lower end wall in 70 upper end wall of sliding groove It is connected to sliding groove 70 and flow ipe 59 that upper end wall is connected to mixing channel 55, is provided in 59 aft bulkhead of flow ipe One reseting groove 61,61 lower end of reseting groove are fixedly connected with a reset spring 62, and 62 upper end of reset spring is fixedly connected There is a release link 58,58 upper end of release link is fixedly connected with a plugging block 57, and 57 front end of plugging block is fixedly connected with Catch bar 60,60 lower end of catch bar is through 55 lower end wall of mixing channel and is located in sliding groove 70, sliding in the sliding groove 70 It is dynamic to be connected with a material stock block 66, the material stock slot that about one end wall is connected to sliding groove 70 respectively is provided in the material stock block 66 64, a partition 67 is slidably connected in the material stock slot 64, and 67 lower end surface of partition is fixedly connected with pushing block 68, described to push away 68 lower end of motion block is fixedly connected through 64 lower end wall of material stock slot and with 70 lower end wall of sliding groove, and the 64 right end wall of material stock slot is embedded Equipped with a feed pipe 63, material stock slot 64 is connected to by the feed pipe 63 with fluid pipeline 65, and effect is to pass through stirring block 23 It moves up and down to drive material stock block 66 to move, to control clay and the mixed input of water.

In the following, applicant will be with reference to a kind of utilization clay and other materials of attached drawing 1-3 and the application described above To introduce in detail, the application is a kind of to utilize clay and other materials to the concrete composition for the method that agitating device is mixed The method that agitating device is mixed: in the initial state, material stock block 66 pushes catch bar to be in reset spring 62 and draws State is stretched, drive shaft 36 and thread spindle 38 are locked, and transmission shaft 27 is not locked with agitating shaft 28, and translation bar 8 is always positioned at stirring block At 23 lower ends, block 11 is pulled to block 5 lower end of stirred tank, other springs are in normal condition in device.

In use, added material, driving motor 35 are opened first, it is connected by power and drive shaft 36 is driven to rotate, pass through gear System's transmission drives agitating shaft 28 to rotate, and since drive shaft 36 and thread spindle 38 are locked at this time, transmission shaft 27 is not locked with agitating shaft 28 Extremely, to make drive shaft 36 that thread spindle 38 be driven to rotate, so that threaded block 47 be made to move downward, threaded block 47 drives rabbling mechanism 72 move downward, and when moving to bottom, stirring block 23 pushes down on translation bar 8, to make drive shaft 36 and thread spindle 38 do not lock, rabbling mechanism 72 stopping move downward, stirring block 23 drive material stock block 66 move downward, thus make plugging block 57 to Lower movement blocks flow ipe 59, so as to which suitable clay and water is added to being mixed into slot 55, at this time transmission shaft 27 with Agitating shaft 28 is locked, to drive the rotation of mixed block 56 that clay and water are sufficiently stirred, reduces the adhesive of clay, convenient glutinous The addition and subsequent stirring of soil, after being stirred completely, driving motor 35 is reversely opened, and is connected by power and drive shaft 36 is driven to invert, It drives agitating shaft 28 to invert by gear train, due to being reversion, drive shaft 36 is driven into thread spindle 38 by compression blocks 34 Locked, to make drive shaft 36 that thread spindle 38 be driven to invert, so that threaded block 47 be made to move upwards, threaded block 47 drives blender The upward resetting movement of structure 72, transmission shaft 27 are not locked with agitating shaft 28, and mixed block 56 stops operating, and all devices are reset to initially After state, the clay and aqueous mixtures being stirred in mixing channel 55 enter in material stock slot 64, and driving motor 35 is closed, toward storage It deposits and other suitable solid materials is added in space 51, needs can be installed and add suitable amount, when stirring, driving motor 35 is opened Open, be connected by power and drive shaft 36 is driven to rotate, drive agitating shaft 28 to rotate by gear train, due to drive shaft 36 at this time with Thread spindle 38 is locked, and transmission shaft 27 is not locked with agitating shaft 28, to make drive shaft 36 that thread spindle 38 be driven to rotate, to make spiral shell Line block 47 moves downward, and threaded block 47 drives rabbling mechanism 72 to move downward, during moving downward, the clay that is stirred with Aqueous mixtures are uniformly slowly added into stirred tank 5 by feed pipe 63, meanwhile, other solid materials in storage space 51 Uniform to be entered in stirred tank 5 by solid pipeline 48, clay and aqueous mixtures and other solid materials are abundant in stirred tank 5 Stirring, by one side added material and while stir, so that clay and other materials be allowed to stir more uniform, stirring efficiency It significantly improves, after material has all been added and stirred evenly, threaded block 47 continues to move downward, to make to push control mechanism 16, spur rack 18 moves upwards, and drives roll 19 to rotate by the transmission between wheel and rack, to pull stretch cord 12 Make that block 11 is pulled to move right, so that the clay mixture being stirred completely all leaves stirred tank 5 under the whipping of block of spiral 3 Interior to enter blow tank 10, aforesaid operations, which are repeated several times, may be implemented the stirring of clay Yu other solid materials.

The beneficial effects of the present invention are: present apparatus structure will can be sticked first during clay and other materials stir Soil with water be mixed reduce clay adhesive, facilitate the addition of clay, reduce condensation of the clay in adding procedure with Adhesion is stirred by slowly uniformly adding the mixture and gas-solid material of clay and water using while added material Mode to stir clay and other materials more uniform, improve the efficiency of stirring, will can be stirred automatically after the completion of stirring completely The clay mixture mixed takes out, high degree of automation.

The above, the specific embodiment only invented, but invent protection scope be not limited thereto, it is any without The change or replacement that creative work is expected are crossed, should all be covered within the protection scope of invention.Therefore, the protection scope of invention It should be determined by the scope of protection defined in the claims.

Claims

1. a kind of method being mixed using clay and other materials agitating device, wherein the clay and other materials Agitating device includes operation block, and a working space is provided in the operation block, is provided with a drive in the working space upper end Motivation structure, the driving mechanism include drive shaft, and a rotation space, setting in the rotation space are provided in the drive shaft There is a lifting mechanism, the lifting mechanism includes thread spindle, and the thread spindle is driven by drive shaft and rotated, the lifting mechanism Including threaded block, the threaded block is moved up and down by the rotation of thread spindle, and the lifting mechanism right end is provided with a blender Structure, the rabbling mechanism include stirring block, and the stirring block is connect with threaded block by supporting block, and the threaded block drives stirring Block moves up and down, and the rabbling mechanism upper end is provided with a mixed organization, and the mixed organization includes transmission axle, the blender Structure includes agitating shaft, and the agitating shaft is driven by driving mechanism and rotated, and the transmission axle rotates under the drive of agitating shaft, institute Stating mixed organization includes mixed block, and the mixed block is rotated by the drive of transmission axle, and the rabbling mechanism rear end is provided with one Feeding unit, the feeding unit include feeding pipe, and the feeding pipe is moved up and down by the drive of stirring block, described to stir It mixes and is provided with a storage space in device front end;Being technically characterized in that for this method drives rising by driving mechanism first Threaded block within the organization moves up and down, and threaded block drives the up and down motion of agitating device, real using the up and down motion of agitating device Material is slowly added in existing feeding unit, drives the agitating shaft in rabbling mechanism to rotate by driving mechanism, thus by clay It is mixed with other materials, makes whole stirring more uniform.

2. a kind of method being mixed using clay and other materials agitating device according to claim 1, In, the driving mechanism includes driving space, and the driving space upper end wall, which embeds, is equipped with a driving motor, in the drive shaft End is connected by power with driving motor lower end surface, and drive shaft lower end is fixedly connected with the first spur gear, and effect is to drive entire dress Set work；It is characterized by: driving power is opened, drive drive shaft turns are connected by power, are stirred by the first spur gear to drive The work for mixing mechanism drives thread spindle to stir so that threaded block be allowed to move up and down using threaded block come secondary control again by drive shaft Mix the up and down motion of mechanism.

3. a kind of method being mixed using clay and other materials agitating device according to claim 1, In, the lifting mechanism includes the rising space, is provided with a upper end wall and rotation space in the rotation space lower end wall The lost motion slot of connection is provided with the unidirectional groove that a left end wall is connected to rotation space in the upper rotation space right end wall, described The stuck slot that a left end wall is connected to rotation space and lower end wall is connected to lost motion slot upper end wall is provided in unidirectional groove lower end wall, The thread spindle upper end and rotation space upper end wall are rotatablely connected, and the thread spindle lower end is through rotation space lower end wall, idle running The upper and lower end wall of slot drives space lower end wall and is located in the rising space, and the thread spindle lower end is threadedly engaged with threaded block to be connect, The compression groove that a right end wall is connected to rotation space is provided in the thread spindle upper end, the compression groove left end is fixedly connected with One compressed spring, the compressed spring right end are fixedly connected with a compression blocks, and the compression blocks right end runs through compression groove right end wall And be located in unidirectional groove, a translation slot is provided in the compression groove lower end wall, it is flat that the translation slot lower end is fixedly connected with one Spring is moved, the translation spring upper end is fixedly connected with a translational block, and the translational block lower end is fixedly connected with a translation bar, institute Translation bar right end is stated through translation slot right end wall and is located in working space, it is stuck that the translational block upper end is fixedly connected with one Block, the stuck piece of right end run through translation slot right end wall and are located in stuck slot, and effect is by above and below control threaded block Movement is to control the up and down motion of stirring block, to control the addition of material；It is characterized by: driving rising machine by driving mechanism The up and down motion of structure, when lifting mechanism movement move downward when, drive shaft rotate forward drive thread spindle rotation, thus make threaded block to Lower movement, when threaded block moves to lowest positions, drive shaft no longer drives thread spindle to rotate, so that threaded block be made to stop fortune It is dynamic, when drive shaft inverts, by the locked of compression blocks, make drive shaft drive thread spindle to rotate again, to keep threaded block upward Resetting movement.

4. a kind of method being mixed using clay and other materials agitating device according to claim 1, In, the rabbling mechanism includes stirred tank, and a lower end wall is provided on front side of the stirred tank upper end wall and is connected to stirred tank and preceding The solid pipeline that end wall is connected to working space, be provided on rear side of the stirred tank upper end wall lower end wall be connected to stirred tank and The fluid pipeline that aft bulkhead is connected to working space is provided in the working space lower end wall under a upper end wall and working space The blow tank of end wall connection and lower end wall connection free surrounding space, the working space front bulkhead and storage space lower end wall pass through solid Expect sliding slot connection, is provided with a rotation slot in the stirred tank upper end wall, a rotating block, institute are rotatably connected in the rotation slot Rotating block center to be stated to be fixedly connected with agitating shaft, the agitating shaft upper end is through rotation slot upper end wall and is located in driving space, The agitating shaft lower end is through rotation slot lower end wall and is located in stirred tank, and the agitating shaft lower end is fixedly connected with block of spiral, The agitating shaft upper end is fixedly connected with the second spur gear, and company is engaged with the first spur gear right end in second spur gear left end It connects, a control mechanism is provided in the stirred tank right end wall, effect is stirred after mixing clay with other materials；Its feature Be: after being stirred completely, driving motor is reversely opened, and is connected by power and is driven drive shaft reversion, is driven by gear train Agitating shaft reversion is locked drive shaft drive thread spindle by compression blocks, due to being reversion so that drive shaft be made to drive thread spindle Reversion, so that threaded block be made to move upwards, threaded block drives the upward resetting movement of rabbling mechanism, and transmission shaft is not locked with agitating shaft Extremely, mixed block stops operating.

5. according to claim 1 with a kind of method being mixed using clay and other materials agitating device described in 4, Wherein, the control mechanism includes active slot, and a pulling slot, the active slot upper end wall are provided in the wall of active slot left end It is fixedly connected with a drive spring, the drive spring lower end is fixedly connected with a spur rack, and the spur rack lower end is through master It moves slot lower end wall and is located in working space, the spur rack left side engagement connection third spur gear, the third spur gear Center is fixedly connected with a driving shaft, and the both ends of main drive shaft is rotatablely connected with end wall before and after active slot respectively, the driving shaft Front end is fixedly connected with roll, and the pulling slot right end wall is fixedly connected with a pulling spring, and the pulling spring left end is solid Surely be connected with pulling block, the pulling block left end through pulling slot left end wall and be located in stirred tank, the pullings block right end and Roll lower end is connected by stretch cord, and effect is opening stirred tank after the completion of stirring, so that the mixture being stirred be made to exist It is taken out under gravity；It is characterized by: threaded block continues to move downward after material has all been added and stirred evenly, from And make to push control mechanism, spur rack moves upwards, and roll rotation is driven by the transmission between wheel and rack, to draw Dynamic stretch cord makes that block is pulled to move right, so that the clay mixture being stirred completely all leaves under the whipping of block of spiral and stirs It mixes and enters blow tank in slot.

6. a kind of method being mixed using clay and other materials agitating device according to claim 1, In, the mixed organization includes mixing channel, and the company that a front bulkhead is connected to driving space is provided in the mixing channel upper end wall Dynamic slot, the interior setting lower end wall of the linked slot aft bulkhead is connected to mixing channel upper end wall and the addition of aft bulkhead connection free surrounding space Slot, the linked slot upper end wall are rotatably connected to a mixing axis, and the mixing axis lower end is through linked slot lower end wall and is located at mixed It closes in slot, the mixing axis lower end is fixedly connected with a mixed block, and the mixing axis upper end is fixedly connected with a driven pulley, The transmission axle is fixedly connected with a drive pulley, is rubbed between the drive pulley and driven pulley by transmission belt Wiping transmission connection, the interior setting of the transmission shaft are free spin slot, are provided with a upper end wall and sky in the sky spin slot lower end wall rear side The fixing groove of spin slot connection is rotatably connected to a fixed link in the sky spin slot, the fixed link lower end and agitating shaft upper surface It is fixedly connected, effect is to drive mixed block rotation by the rotation of agitating shaft, so that the clay of addition and water are mixed； It is characterized by: stirring block pushes down on translation bar, to make drive shaft and thread spindle when stirring block moves to bottom It does not lock, rabbling mechanism stopping moves downward, and stirring block drives material stock block to move downward, so that moving downward plugging block will flow Enter line clogging, so as to which suitable clay and water is added to being mixed into slot, transmission shaft and agitating shaft are locked at this time, thus band Clay and water are sufficiently stirred for dynamic mixed block rotation.

7. a kind of method being mixed using clay and other materials agitating device according to claim 1, In, the feeding unit includes sliding groove, and a lower end wall is provided in the sliding groove upper end wall and is connected to sliding groove and upper end The flow ipe that wall is connected to mixing channel, a reseting groove is provided in the flow ipe aft bulkhead, and the reseting groove lower end is solid Surely it is connected with a reset spring, the reset spring upper end is fixedly connected with a release link, and the release link upper end is fixedly connected There is a plugging block, the plugging block front end is fixedly connected with catch bar, and mixing channel lower end wall and position are run through in the catch bar lower end In in sliding groove, slidably connecting a material stock block in the sliding groove, be provided in the material stock block about one end wall respectively with The material stock slot of sliding groove connection, slidably connects a partition in the material stock slot, the partition lower end surface is fixedly connected with promotion Block, the pushing block lower end is fixedly connected through material stock slot lower end wall and with sliding groove lower end wall, in the material stock slot right end wall It is embedded with a feed pipe, material stock slot is connected to by the feed pipe with fluid pipeline, and effect is the up and down motion by stirring block Come drive material stock block move, to control clay and the mixed input of water；It is characterized by: during moving downward, stirring The clay and aqueous mixtures mixed uniformly are slowly added into stirred tank by feed pipe, meanwhile, other in storage space are solid Body material is also uniformly entered in stirred tank by solid pipeline, and clay and aqueous mixtures and other solid materials are in stirred tank Be sufficiently stirred, by one side added material and while stir, so that it is more uniform to allow clay and other materials to stir.