CN109876748A - A kind of novel chemical reaction kettle - Google Patents

A kind of novel chemical reaction kettle Download PDF

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Publication number
CN109876748A
CN109876748A CN201910271715.3A CN201910271715A CN109876748A CN 109876748 A CN109876748 A CN 109876748A CN 201910271715 A CN201910271715 A CN 201910271715A CN 109876748 A CN109876748 A CN 109876748A
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CN
China
Prior art keywords
gear
slot
pressing
chamber
connection
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CN201910271715.3A
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Chinese (zh)
Inventor
焦玉玲
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Jiaxing Tiehua Trading Co Ltd
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Jiaxing Tiehua Trading Co Ltd
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Priority to CN201910271715.3A priority Critical patent/CN109876748A/en
Publication of CN109876748A publication Critical patent/CN109876748A/en
Pending legal-status Critical Current

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Abstract

The invention discloses a kind of novel chemical reaction kettles, including reaction kettle, reaction chamber is equipped in the reaction kettle, it communicates on the upside of the reaction chamber equipped with placed cavity, transmission turn trough is mutually equipped on the upside of the placed cavity all, rotation is equipped with the thread spindle that upper end is protruded into the transmission turn trough and is installed with spline runner in the placed cavity, the thread spindle periphery is shape of threads, driving device is equipped on rear side of the transmission turn trough, the spline runner is connect with the driving device spline engagement, the configuration of the present invention is simple, it is easy to operate, device is made to guarantee the leakproofness in reaction chamber in use by locking device, the rotation of stirring rod is so that raw material sufficiently reacts in reaction chamber, and heating tube and the independence of cooling tube and the winding setting that is staggered, so that heating uniformly and is independent of each other with cooling, Clean- structure is equipped in reaction chamber, this device Easy to use, chemical reaction is efficient, and cleans automatically after device use, the unsafe accident that may cause when manpower being avoided to clean.

Description

A kind of novel chemical reaction kettle
Technical field
The present invention relates to chemical equipment technical field, specially a kind of novel chemical reaction kettle.
Background technique
The function of heating, cooling and mixing match that chemical reaction kettle is realized, current chemical reaction kettle main structure letter It is single, hollow interlayer is provided on the outside of reaction chamber, interlayer has the function of heating and cooling, but in actual use, single layer Interlayer make heating with it is cooling independent, then in temperature controlled processes, temperature fluctuation amplitude is big, and the heating liquid in interlayer with Cooling water makes it that the industrial chemicals reaction effect unevenly influenced in reaction chamber be heated or cooled due to the placement direction of reaction kettle Fruit.
Secondly, existing reaction kettle easy to use, stirring rod are separated with reaction kettle, and when stirring rod is not installed, reaction Intracavitary region is vacant, cleans so that cleanup crew enters in reaction chamber to its inner wall, wherein the detachable peace of stirring rod Dress will lead to the installation instability problem of stirring rod, and personnel enter reaction chamber inside and manually cleaned, person works' safety Spend low, cleaning efficiency is poor.
For this reason, it is necessary to further improve chemical reaction kettle in the prior art, to improve the work effect of reaction kettle Rate and cleaning convenience.
Summary of the invention
The purpose of the present invention is to provide a kind of novel chemical reaction kettles, for overcoming drawbacks described above in the prior art.
A kind of novel chemical reaction kettle according to the present invention, including reaction kettle, the reaction kettle is interior equipped with reaction chamber, described It communicates on the upside of reaction chamber equipped with placed cavity, is mutually equipped with transmission turn trough on the upside of the placed cavity all, rotation is set in the placed cavity There is upper end to protrude into the transmission turn trough and be installed with the thread spindle of spline runner, the thread spindle periphery is shape of threads, described It is driven on rear side of turn trough and is equipped with driving device, the spline runner is connect with the driving device spline engagement, in the reaction chamber It is equipped with perforative communicate on the upside of slot, the transmission turn trough in left and right in the interior thread spindle and is equipped with connection turn trough, the spiral shell Rotation is equipped with agitating shaft in line axis, and the agitating shaft upper end is protruded into the connection turn trough and is installed with through the transmission turn trough Connection gear, the connection gear rear end engage connection with the driving device, in the agitating shaft on have two groups of stirrings Component, the mixing component include left and right through with the retraction slot communicated through slot, rotation is equipped with a left side in the retraction slot Right symmetrical stirring rod communicates on the upside of the retraction slot of upside equipped with opening up pressing sliding slot, in the pressing sliding slot Sliding is equipped with the pressing rack gear that left and right end face engages connection with the stirring rod, is equipped with press device on the upside of the connection turn trough, The pressing upper end of the rack and the press device are rotatablely connected, and the thread spindle periphery in the placed cavity is threadedly coupled There is cleaner plate, telescopic device is equipped on the upside of the cleaner plate, the telescopic device is to limit the cleaner plate rotation, then described It presses rack gear to rise so that the stirring rod is contracted in the retraction slot, then the cleaner plate decline is to the reaction cavity wall Cleaning, the cleaner plate periphery are installed with the Clean Brush for cleaning abutted with the reaction chamber inner end wall, in the cleaner plate right end wall Equipped with upper and lower perforative circulation groove, is communicated on the upside of the reaction chamber with free surrounding space and be equipped with charging corresponding with the circulation groove Mouthful, it is equipped with locking device on the right side of the feed inlet, communicates the discharging equipped with discharge port with free surrounding space on the downside of the reaction chamber It mouthful is connected by power with the locking device, the reaction chamber periphery winding that is staggered is provided with cooling tube and heating tube, the cooling Pipe communicate with the upper and lower ends of the heating tube equipped with diversion trench, the reaction kettle periphery it is fixed there are four respectively with the water conservancy diversion The connection nozzle that slot communicates, the cooling tube and the heating tube are acted on to circulating-heating and circulating cooling.
Further technical solution, the driving device include driving chamber, and sliding is equipped with drive block, institute in the driving chamber State drive block left side and be installed with the first reset assembly, be installed with driving motor in the drive block, the driving chamber with it is described Transmission turn trough and the connection turn trough are communicated equipped with drive cavity, and the driving motor lower end has been connected by power lower end and has protruded into the biography Drive shaft that is intracavitary and being installed with spline block is moved, connection, the drive cavity are engaged with the spline runner in spline block left end Interior rotation is equipped with connect with the spline block spline and the meshing gear connected, the drive are engaged with the agitating shaft in left end It is communicated on the right side of dynamic chamber equipped with the first engagement chamber, the intracavitary rotation of the first engagement is equipped with the rotation that connection is engaged with the drive block Gear, the rotate gear front end face are installed with first bevel gear, and the first bevel gear front end face engagement is connected with the second cone Gear, it is described first engagement chamber on the right side of communicates equipped with the first belt grooves, the second bevel gear right end be installed with right end with it is described The first rotating shaft of first belt grooves right end wall rotation connection, is installed with the in the first rotating shaft in first belt grooves One belt pulley, first belt pulley are connected by power with the press device by the first belt.
Further technical solution, the press device includes the pressing chamber that downside is communicated with the connection turn trough, described Press it is intracavitary sliding be equipped with briquetting, the pressing upper end of the rack protrude into it is described pressing it is intracavitary and with the briquetting rotation company It connects, the briquetting upper surface is installed with upper end and the pressing chamber upper end wall is connected by pressing spring, and the pressing is intracavitary logical It crosses the rotation of the second shaft and is equipped with pressing runner, communicated on rear side of the pressing chamber with first belt grooves, after second shaft End is rotatablely connected and is connected by power by first belt and first belt pulley, institute with the first belt grooves aft bulkhead It states pressing runner left end and is installed with the pressing lever abutted with the briquetting, the pressing runner front end face is installed with triconodont Wheel, third hand tap gear right side engagement are connected with the 4th bevel gear, the 4th bevel gear right side be installed with it is described The drive splines axis of locking device spline connection.
Further technical solution, the telescopic device include that opening down first communicated with the placed cavity is flexible Slot, the interior sliding of first telescopic chute are equipped with the first telescopic rod, and the first telescopic rod bilateral symmetry is installed with the second reset group Part, first telescopic rod is interior to be equipped with downward opening second telescopic chute, and sliding is equipped with second and stretches in second telescopic chute Bar, second telescopic rod upper surface are installed with the connecting spring that upper end and the second telescopic chute upper end wall are connected, and described the Two telescopic rods bilateral symmetry is installed with the lifting slider being slidably connected with first telescopic rod, is equipped in second telescopic rod Downward opening third telescopic chute, in the third telescopic chute sliding be equipped with lower end protrude into the placed cavity and with the cleaning The connected flexible solid rod of plate, it is solid by adjustable spring between the flexible solid rod upper surface and the third telescopic chute upper end wall Even, the flexible solid rod bilateral symmetry is installed with the slider guide being slidably connected with second telescopic rod.
Further technical solution, the locking device includes the feeding chute communicated on the right side of the feed inlet, described It is communicated with free surrounding space on the upside of feeding chute equipped with allocating slot, sliding is equipped with left end and protrudes into the feed inlet in the feeding chute And the charging closing block of free surrounding space is protruded into upper end, is installed with sealing ring in the charging closing block in the feed inlet, The charging closing block right end wall is installed with the fixed spring that right end and the feeding chute right end wall are connected, the feeding chute Downside is equipped with transmission device, and the charging closing block lower end surface is connected by power with the transmission device, the outer phase of the discharge port Logical to be equipped with sealing lifting groove, sliding is equipped with lifter plate in the sealing lifting groove, and the lifter plate upper surface is installed with upper end and stretches Enter the sealing block on the upside of the discharge port, the sealing block periphery is installed with gasket, and the lifter plate right end is threaded with The elevating screw that upper end and the transmission device are connected, the sealing lifting groove downside, which communicates, is equipped with fan-shaped rotation slot, the liter It drops screw lower end and the rotation slot lower end wall is rotatablely connected.
Further technical solution, the transmission device include the shifting chute communicated with the feed inlet, the shifting chute Interior sliding is equipped with movable block, and power motor is installed in the movable block, is communicated on the left of the power motor equipped with gear turn trough, The power motor left end is connected by power the power shaft with the rotation connection of gear turn trough left end wall, turns in the gear Power gear is installed on the power shaft in slot, the power gear upper end engagement is connected with drive splines set, described Drive splines axis right end is protruded into through the feed inlet in the shifting chute and to connect with drive splines set spline, institute State to be connected between shifting chute and the feeding chute and be equipped with link slot, in the link slot rotation be equipped with upper and lower side respectively with it is described The intermediate gear of closing block and movable block engagement connection is fed, is communicated on the right side of the shifting chute equipped with the second engagement chamber, institute It states intracavitary rotate by connection splined shaft of the second engagement and is equipped with the 5th bevel gear, the movement is protruded into second engagement chamber left end It is connect in slot and with drive splines set spline, the 5th bevel gear right side engagement is connected with the 6th bevel gear, described 6th bevel gear lower end is installed with transmission shaft, is connected between the second engagement chamber and the sealing lifting groove and is equipped with driving belt Slot, the interior bilateral symmetry of the driving belt slot are equipped with driving pulley, the driving belt of the transmission shaft lower end and right side Wheel is connected, and the driving pulley in the elevating screw upper end and left side is connected, and passes through transmission between the driving pulley Belt is connected by power.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by locking device device is being used Guarantee the leakproofness in reaction chamber in the process, the rotation of stirring rod so that raw material sufficiently reacts in reaction chamber, and heating tube with it is cold But the independence of pipe and the winding setting that is staggered, so that heating uniformly and is independent of each other with cooling, the flexibility of raising device temperature control, It is secondary, it is equipped with Clean- structure in reaction chamber, by press device stirring rod is shunk, does not influence the lifting of cleaner plate to anti- The cleaning of cavity wall is answered, this device is easy to use, and chemical reaction is efficient, and cleans automatically after device use, and it is convenient to clean And reduce manpower cleaning and cause manpower and time cost, the unsafe accident that may cause when manpower being avoided to clean.
Detailed description of the invention
Fig. 1 is a kind of inside overall structure diagram of novel chemical reaction kettle of the invention;
Fig. 2 is " A-A " direction structure schematic diagram in Fig. 1 in the present invention;
Fig. 3 is " B " enlarged structure schematic diagram in Fig. 1 in the present invention;
Fig. 4 is " C " enlarged structure schematic diagram in Fig. 1 in the present invention;
Fig. 5 is " D " enlarged structure schematic diagram in Fig. 2 in the present invention;
Fig. 6 is " E-E " direction structure schematic diagram in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-6, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-6, a kind of novel chemical reaction kettle of embodiment according to the present invention, including reaction kettle 10, it is described anti- It answers and is equipped with reaction chamber 11 in kettle 10, communicated on the upside of the reaction chamber 11 equipped with placed cavity 12, the 12 upside phase of placed cavity is all Equipped with transmission turn trough 13, rotation is equipped with upper end and protrudes into the transmission turn trough 13 and be installed with spline runner in the placed cavity 12 23 thread spindle 15,15 periphery of thread spindle are shape of threads, are equipped with driving device, the spline on rear side of the transmission turn trough 13 Runner 23 is connect with the driving device spline engagement, and left and right is equipped in the thread spindle 15 in the reaction chamber 11 and is run through Run through slot 17, communicate on the upside of the transmission turn trough 13 and be equipped with connection turn trough 14, rotation is equipped with agitating shaft in the thread spindle 15 18, connection gear 16 is protruded into the connection turn trough 14 through the transmission turn trough 13 and be installed in 18 upper end of agitating shaft, 16 rear end of connection gear engages connection with the driving device, in the agitating shaft 18 on have two groups of mixing components, The mixing component include left and right through with the retraction slot 19 communicated through slot 17, rotation is equipped with a left side in the retraction slot 19 Right symmetrical stirring rod 20 is communicated equipped with opening up pressing sliding slot 21, the pressing on the upside of the retraction slot 19 of upside Sliding is equipped with the pressing rack gear 22 that left and right end face engages connection with the stirring rod 20,14 upside of connection turn trough in sliding slot 21 Equipped with press device, 22 upper end of pressing rack gear and the press device are rotatablely connected, in the placed cavity 12 described in 15 periphery of thread spindle is threaded with cleaner plate 24, is equipped with telescopic device on the upside of the cleaner plate 24, the telescopic device to It limits the cleaner plate 24 to rotate, then the pressing rack gear 22 rises so that the stirring rod 20 is contracted to the retraction slot 19 Interior, then to 11 inner wall washing of reaction chamber, 24 periphery of cleaner plate is installed with reacts with described for the decline of cleaner plate 24 The Clean Brush for cleaning 25 that 11 inner end wall of chamber abuts, the 24 right end wall of cleaner plate is interior equipped with upper and lower perforative circulation groove 26, described anti- It answers 11 upside of chamber to communicate with free surrounding space and is equipped with feed inlet 27 corresponding with the circulation groove 26, set on the right side of the feed inlet 27 There is locking device, 11 downside of reaction chamber is communicated with free surrounding space equipped with discharge port 37, the discharge port 37 and the closing Device is connected by power, and 11 periphery of the reaction chamber winding that is staggered is provided with cooling tube 33 and heating tube 34, the cooling tube 33 with The upper and lower ends of the heating tube 34 are communicated equipped with diversion trench 35, and 10 periphery of reaction kettle is fixed, and there are four lead with described respectively The connection nozzle 36 that chute 35 communicates, the cooling tube 33 and the heating tube 34 are acted on to circulating-heating and circulating cooling.
Valuably or illustratively, the driving device includes driving chamber 38, and sliding is equipped with driving in the driving chamber 38 Block 39,39 left side of drive block are installed with the first reset assembly 40, driving motor 41, institute are installed in the drive block 39 Driving chamber 38 is stated to communicate with the transmission turn trough 13 and the connection turn trough 14 equipped with drive cavity 43,41 lower end of driving motor Be connected by power the drive shaft 42 that lower end is protruded into the drive cavity 43 and is installed with spline block 45,45 left end of spline block with The spline runner 23 engagement connection, rotation is equipped with to connect with 45 spline of spline block and left end in the drive cavity 43 The meshing gear 44 of connection is engaged with the agitating shaft 18, is communicated on the right side of the driving chamber 38 equipped with the first engagement chamber 46, it is described Rotation is equipped with the rotate gear 47 that connection is engaged with the drive block 39,47 front end face of rotate gear in first engagement chamber 46 It is installed with first bevel gear 48,48 front end face of the first bevel gear engagement is connected with second bevel gear 49, first engagement It is communicated on the right side of chamber 46 equipped with the first belt grooves 52,49 right end of second bevel gear is installed with right end and first belt grooves 52 The first rotating shaft 50 of right end wall rotation connection, is installed with the first skin in the first rotating shaft 50 in first belt grooves 52 Belt wheel 53, first belt pulley 53 are connected by power with the press device by the first belt 51.
Valuably or illustratively, the press device includes the pressing chamber 54 that downside is communicated with the connection turn trough 14, Sliding is equipped with briquetting 55 in the pressing chamber 54,22 upper end of pressing rack gear protrude into the pressing chamber 54 it is interior and with it is described by Briquetting 55 be rotatablely connected, 55 upper surface of briquetting be installed with upper end and it is described pressing 54 upper end wall of chamber be connected by pressing spring 56, pressing runner 57,54 rear side of pressing chamber and described first are equipped with by the rotation of the second shaft 92 in the pressing chamber 54 Belt grooves 52 communicate, and 92 rear end of the second shaft and 52 aft bulkhead of the first belt grooves are rotatablely connected and pass through described first Belt 51 is connected by power with first belt pulley 53, and pressing 57 left end of runner, which is installed with, to abut with the briquetting 55 Pressing lever 58,57 front end face of pressing runner are installed with third hand tap gear 59, and 59 right side of the third hand tap gear engagement connects It is connected to the 4th bevel gear 60,60 right side of the 4th bevel gear is installed with the drive splines connecting with the locking device spline Axis 61.
Valuably or illustratively, the telescopic device includes that opening down first communicated with the placed cavity 12 is flexible Slot 62, sliding is equipped with the first telescopic rod 63 in first telescopic chute 62, and 63 bilateral symmetry of the first telescopic rod is installed with the Two reset assemblies 64, are equipped with downward opening second telescopic chute 65 in first telescopic rod 63, in second telescopic chute 65 Sliding is equipped with the second telescopic rod 66, and 66 upper surface of the second telescopic rod is installed with upper end and 65 upper end wall of the second telescopic chute Connected connecting spring 67,66 bilateral symmetry of the second telescopic rod are installed with the liter being slidably connected with first telescopic rod 63 Sliding block 68 is dropped, downward opening third telescopic chute 69, sliding in the third telescopic chute 69 are equipped in second telescopic rod 66 The flexible solid rod 72 for protruding into the placed cavity 12 equipped with lower end and being connected with the cleaner plate 24, flexible 72 upper end of solid rod It is connected between face and 69 upper end wall of third telescopic chute by adjustable spring 70, flexible 72 bilateral symmetry of solid rod is installed with The slider guide 71 being slidably connected with second telescopic rod 66.
Valuably or illustratively, the locking device includes the feeding chute 28 communicated on the right side of the feed inlet 27, 28 upside of feeding chute is communicated with free surrounding space equipped with allocating slot 29, and the interior sliding of the feeding chute 28 is equipped with left end and protrudes into institute It states in feed inlet 27 and the charging closing block 30 of free surrounding space, the charging closing block in the feed inlet 27 is protruded into upper end Sealing ring 31 is installed on 30, the 30 right end wall of charging closing block is installed with right end and the 28 right end wall of feeding chute is connected Fixed spring 32, transmission device, 30 lower end surface of charging closing block and the transmission are equipped on the downside of the feeding chute 28 Device is connected by power, and 37 periphery of discharge port, which communicates, is equipped with sealing lifting groove 86, and sliding is equipped in the sealing lifting groove 86 Lifter plate 87,87 upper surface of lifter plate are installed with the sealing block 88 that 37 upside of discharge port is protruded into upper end, the sealing 88 periphery of block is installed with gasket 89, the lifting that 87 right end of lifter plate is threaded with upper end and the transmission device is connected Screw rod 90 communicates on the downside of the sealing lifting groove 86 and is equipped with fan-shaped rotation slot 91,90 lower end of elevating screw and the rotation The rotation connection of 91 lower end wall of slot.
Valuably or illustratively, the transmission device includes the shifting chute 73 communicated with the feed inlet 27, the shifting Sliding is equipped with movable block 74 in dynamic slot 73, is installed with power motor 93, the 93 left side phase of power motor in the movable block 74 Logical to be equipped with gear turn trough 94,93 left end of power motor is connected by power and the 94 left end wall of gear turn trough rotation connection Power shaft 95 is installed with power gear 96, the power gear on the power shaft 95 in the gear turn trough 94 The engagement of 96 upper ends is connected with drive splines set 77, and 61 right end of drive splines axis protrudes into the movement through the feed inlet 27 It is connect in slot 73 and to cover 77 splines with the drive splines, is connected to and sets between the shifting chute 73 and the feeding chute 28 There is link slot 75, rotation is equipped with upper and lower side and nibbles respectively with the charging closing block 30 and the movable block 74 in the link slot 75 The intermediate gear 76 of connection is closed, is communicated on the right side of the shifting chute 73 and engages chamber 79 equipped with second, led in the second engagement chamber 79 Cross the rotation of connection splined shaft 78 and be equipped with the 5th bevel gear 80, second engagement, 79 left end of chamber protrude into the shifting chute 73 and with The drive splines covers the connection of 77 splines, and 80 right side of the 5th bevel gear engagement is connected with the 6th bevel gear 81, and described the Six bevel gears, 81 lower end is installed with transmission shaft 82, is connected between the second engagement chamber 79 and the sealing lifting groove 86 and is equipped with biography Dynamic belt grooves 83, the interior bilateral symmetry of the driving belt slot 83 are equipped with driving pulley 84,82 lower end of transmission shaft and right side The driving pulley 84 be connected, the driving pulley 84 in 90 upper end of elevating screw and left side is connected, the biography It is connected by power between dynamic belt pulley 84 by driving belt 85.
When original state, charging closing block 30 opens feed inlet 27, and drive splines axis 61 and drive splines cover 77 splines and connect It connects, connection splined shaft 78 is connect with 77 disengaging spline of drive splines set, and sealing block 88 seals material mouth 37, and cleaner plate 24, which is located at, puts Set in chamber 12, stirring rod 20 is contracted in retraction slot 19, briquetting 55 be located at pressing chamber 54 in upside be located at and with pressing lever 58 It abuts, spline block 45 engages connection with spline runner 23.
When needing device to work, chemical reaction raw material, power motor 93 are put into reaction chamber 11 by feed inlet 27 Work, driving power gear 96 rotate, then 77 rotation of drive splines set, so that drive splines axis 61 drives 57 turns of runner of pressing Dynamic, then pressing lever 58, which rotates counterclockwise, pushes the decline of briquetting 55, then presses rack gear 22 and decline and make along pressing sliding slot 21 The stirring rod 20 in left side rotates clockwise and the stirring rod 20 on right side rotates counterclockwise stretching, extension, in 58 rotation process of pressing lever, leads to Cross the first belt 51 make second bevel gear 49 rotate, then rotate gear 47 it is right view rotate clockwise so that drive block 39 rising, Then spline block 45 is connect with 44 spline of meshing gear, and then, mobile charging closing block 30 seals feed inlet 27 manually to the left, and When charging closing block 30 is moved to the left, so that intermediate gear 76 rotates counterclockwise, then movable block 74 is moved left and right, drive splines Axis 61 is disconnected with drive splines set 77 and connect splined shaft 78 and connect with drive splines 77 splines of set, and driving motor 41 works Drive spline block 45 to rotate, then meshing gear 44 drives connection gear 16 to rotate, so that agitating shaft 18 rotates, then 20 turns of stirring rod Dynamic to be stirred to react to the raw material in reaction chamber 11, the connection nozzle 36 of front side lower position is connect with extraneous hot oil pipe, is led to It crosses connection nozzle 36 hot oil is input in heating tube 34, and is discharged by the connection nozzle 36 of back side top position, in hot oil Heating is completed during flowing up, thereafter, the connection nozzle 36 of rear side lower position is connect with extraneous cold water pipe, passes through company Cooling water is input in cooling tube 33 by pipe nozzle 36, and is discharged by the connection nozzle 36 of front side top, upward in cooling water The heat preservation to reaction chamber 11 and the effect of cooling, after chemical reaction, 93 work of power motor are completed during flowing Work then connects splined shaft 78 and rotates so that the rotation of transmission shaft 82, passes through so that power gear 96 drives 77 rotation of drive splines set Driving belt 85 drives elevating screw 90 to rotate, then lifter plate 87 first drops to along sealing lifting groove 86 with sealing block 88 and turns In dynamic slot 91, and along 90 rotating opening discharge port 37 of elevating screw, after reaction material is discharged, power electric in rotation slot 91 Machine 93 rotates backward so that sealing block 88 closes discharge port 37, then the reactant in reaction chamber 11 is discharged by discharge port 37, to Charging closing block 30 is moved right to open feed inlet 27, clean water is poured into reaction chamber 11 by feed inlet 27, then is driven flower Key set 77 is connect with 61 spline of drive splines axis, then driving motor 41 works, so that meshing gear 44 drives agitating shaft 18 to rotate, 11 inner wall of reaction chamber is cleaned by the clean water stirring in reaction chamber 11, then, power motor 93 drives drive splines Axis 61 rotates so that pressing lever 58 rotates clockwise, then briquetting 55 driven in the case where being acted on by pressing spring 56 pressing rack gear 22 to Upper movement, then stirring rod 20 is contracted in retraction slot 19 and restPoses, and the second cone tooth is made in 58 rotation process of pressing lever 49 drive rotate gear 47 of wheel rotates backward, then the decline of drive block 39 is so that spline block 45 engages connection with spline runner 23, then The work of driving motor 41 drives spline runner 23 to rotate, so that thread spindle 15 rotates, then cleaner plate 24 is acted in flexible solid rod 72 Under move down, Clean Brush for cleaning 25 scrubs 11 inner wall of reaction chamber, and charging closing block 30 is when moving right, so that transmission flower Key set 77 is connected with 78 spline of splined shaft is connect, then 93 task driven drive splines of power motor set 77 drives connection splined shafts 78 Rotation, then elevating screw 90 rotates, so that lifter plate 87 drives sealing block 88 along the decline of sealing lifting groove 86 and in rotation slot Rotation is in 91 to open discharge port 37, so that clean water is discharged by discharge port 37, completes the cleaning in reaction chamber 11.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, by locking device device is being used Guarantee the leakproofness in reaction chamber in the process, the rotation of stirring rod so that raw material sufficiently reacts in reaction chamber, and heating tube with it is cold But the independence of pipe and the winding setting that is staggered, so that heating uniformly and is independent of each other with cooling, the flexibility of raising device temperature control, It is secondary, it is equipped with Clean- structure in reaction chamber, by press device stirring rod is shunk, does not influence the lifting of cleaner plate to anti- The cleaning of cavity wall is answered, this device is easy to use, and chemical reaction is efficient, and cleans automatically after device use, and it is convenient to clean And reduce manpower cleaning and cause manpower and time cost, the unsafe accident that may cause when manpower being avoided to clean.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention It is subject to claims appended hereto.

Claims (6)

1. a kind of novel chemical reaction kettle, including reaction kettle, the reaction kettle is interior to be equipped with reaction chamber, communicated on the upside of the reaction chamber Equipped with placed cavity, phase is equipped with transmission turn trough all on the upside of the placed cavity, and rotation is protruded into described equipped with upper end in the placed cavity Transmission turn trough is interior and is installed with the thread spindle of spline runner, and the thread spindle periphery is shape of threads, sets on rear side of the transmission turn trough There is driving device, the spline runner is connect with the driving device spline engagement, the thread spindle in the reaction chamber The interior left and right that is equipped with is perforative through slot, and the transmission turn trough upside, which communicates, is equipped with connection turn trough, rotates and is equipped in the thread spindle Agitating shaft, the agitating shaft upper end is protruded into the connection turn trough through the transmission turn trough and is installed with connection gear, described Connection gear rear end engages connection with the driving device, in the agitating shaft on have two groups of mixing components, the stirring Component include left and right through with the retraction slot communicated through slot, rotation is equipped with symmetrical stirring in the retraction slot Bar, the retraction slot upside of upside are communicated equipped with opening up pressing sliding slot, and the interior sliding of the pressing sliding slot is equipped with left and right End face engages the pressing rack gear of connection with the stirring rod, is equipped with press device, the pressing rack gear on the upside of the connection turn trough Upper end and the press device are rotatablely connected, and the thread spindle periphery in the placed cavity is threaded with cleaner plate, institute It states and is equipped with telescopic device on the upside of cleaner plate, the telescopic device is to limit the cleaner plate rotation, then on the pressing rack gear It rises so that the stirring rod is contracted in the retraction slot, then the cleaner plate decline is described to the reaction chamber inner wall washing Cleaner plate periphery is installed with the Clean Brush for cleaning abutted with the reaction chamber inner end wall, is equipped in the cleaner plate right end wall and passes through up and down The circulation groove worn is communicated with free surrounding space on the upside of the reaction chamber equipped with feed inlet corresponding with the circulation groove, it is described into Be equipped with locking device on the right side of material mouth, communicated with free surrounding space on the downside of the reaction chamber equipped with discharge port, the discharge port with it is described Locking device is connected by power, and the reaction chamber periphery winding that is staggered is provided with cooling tube and heating tube, the cooling tube with it is described The upper and lower ends of heating tube are communicated equipped with diversion trench, and the reaction kettle periphery is fixed, and there are four respectively communicate with the diversion trench Nozzle, the cooling tube and the heating tube is connected to act on to circulating-heating and circulating cooling.
2. a kind of novel chemical reaction kettle according to claim 1, it is characterised in that: the driving device includes driving Chamber, sliding is equipped with drive block in the driving chamber, and the drive block left side is installed with the first reset assembly, in the drive block It is installed with driving motor, the driving chamber is communicated with the transmission turn trough and the connection turn trough equipped with drive cavity, the driving Motor lower end is connected by power lower end and protrudes into the drive shaft in the drive cavity and being installed with spline block, spline block left end with Spline runner engagement connection, in the drive cavity rotation be equipped with to connect with the spline block spline and left end with it is described The meshing gear of agitating shaft engagement connection, the driving chamber right side are communicated equipped with the first engagement chamber, first intracavitary turn of the engagement Dynamic to be equipped with the rotate gear that connection is engaged with the drive block, the rotate gear front end face is installed with first bevel gear, described The engagement of first bevel gear front end face is connected with second bevel gear, communicates on the right side of the first engagement chamber equipped with the first belt grooves, institute The first rotating shaft that second bevel gear right end is installed with right end and the first belt grooves right end wall rotation connection is stated, described first The first belt pulley is installed in the first rotating shaft in belt grooves, first belt pulley and the press device pass through first Belt is connected by power.
3. a kind of novel chemical reaction kettle according to claim 1, it is characterised in that: the press device include downside with The pressing chamber that the connection turn trough communicates, the intracavitary sliding of pressing are equipped with briquetting, and the pressing upper end of the rack protrudes into described It presses intracavitary and is rotatablely connected with the briquetting, the briquetting upper surface is installed with upper end and the pressing chamber upper end wall is solid Even press pressing spring, the pressing is intracavitary to be equipped with pressing runner by the rotation of the second shaft, on rear side of the pressing chamber and described the One belt grooves communicate, and second shaft rear end and the first belt grooves aft bulkhead are rotatablely connected and pass through first belt It is connected by power with first belt pulley, the pressing runner left end is installed with the pressing lever abutted with the briquetting, described Pressing runner front end face is installed with third hand tap gear, and the third hand tap gear right side engagement is connected with the 4th bevel gear, described 4th bevel gear right side is installed with the drive splines axis connecting with the locking device spline.
4. a kind of novel chemical reaction kettle according to claim 1, it is characterised in that: the telescopic device includes opening court Lower the first telescopic chute communicated with the placed cavity, the interior sliding of first telescopic chute are equipped with the first telescopic rod, and described first stretches Contracting bar bilateral symmetry is installed with the second reset assembly, and downward opening second telescopic chute is equipped in first telescopic rod, described Sliding is equipped with the second telescopic rod in second telescopic chute, and second telescopic rod upper surface is installed with upper end and second telescopic chute The connected connecting spring of upper end wall, the second telescopic rod bilateral symmetry are installed with the liter being slidably connected with first telescopic rod Sliding block is dropped, downward opening third telescopic chute is equipped in second telescopic rod, sliding is equipped with lower end in the third telescopic chute The flexible solid rod for protruding into the placed cavity and being connected with the cleaner plate, the flexible solid rod upper surface and the third are flexible It is connected between slot upper end wall by adjustable spring, the flexible solid rod bilateral symmetry, which is installed with to slide with second telescopic rod, to be connected The slider guide connect.
5. a kind of novel chemical reaction kettle according to claim 1, it is characterised in that: the locking device include with it is described The feeding chute communicated on the right side of feed inlet, the feeding chute upside are communicated with free surrounding space equipped with allocating slot, the feeding chute Interior sliding is protruded into the feed inlet equipped with left end and the charging closing block of free surrounding space is protruded into upper end, in the feed inlet Sealing ring is installed in the charging closing block, the charging closing block right end wall is installed with right end and the feeding chute right end The connected fixed spring of wall, the feeding chute downside are equipped with transmission device, the charging closing block lower end surface and the transmission Device is connected by power, and the discharge port periphery, which communicates, is equipped with sealing lifting groove, and sliding is equipped with lifter plate in the sealing lifting groove, The lifter plate upper surface is installed with upper end and protrudes into sealing block on the upside of the discharge port, and the sealing block periphery is installed with sealing It pads, the elevating screw that the lifter plate right end is threaded with upper end and the transmission device is connected, under the sealing lifting groove Side, which communicates, is equipped with fan-shaped rotation slot, and the elevating screw lower end and the rotation slot lower end wall are rotatablely connected.
6. a kind of novel chemical reaction kettle according to claim 5, it is characterised in that: the transmission device include with it is described The shifting chute that feed inlet communicates, the interior sliding of the shifting chute is equipped with movable block, is installed with power motor in the movable block, described It communicates on the left of power motor equipped with gear turn trough, the power motor left end has been connected by power to be turned with gear turn trough left end wall The power shaft of dynamic connection, is installed with power gear, the power gear on the power shaft in the gear turn trough Upper end engagement is connected with drive splines set, and the drive splines axis right end is protruded into the shifting chute and used through the feed inlet To be connect with drive splines set spline, it is connected between the shifting chute and the feeding chute and is equipped with link slot, the company Rotation is equipped with the intermediate gear that upper and lower side engages connection with the charging closing block and the movable block respectively, the shifting in access slot It being communicated on the right side of dynamic slot equipped with the second engagement chamber, second engagement is intracavitary to be equipped with the 5th bevel gear by connection splined shaft rotation, Second engagement chamber left end is protruded into the shifting chute and is connect with drive splines set spline, and the 5th bevel gear is right End face engagement is connected with the 6th bevel gear, and the 6th bevel gear lower end is installed with transmission shaft, the second engagement chamber with it is described It seals connection between lifting groove and is equipped with driving belt slot, bilateral symmetry is equipped with driving pulley in the driving belt slot, described The driving pulley on transmission shaft lower end and right side is connected, and the driving pulley in the elevating screw upper end and left side is solid Even, it is connected by power between the driving pulley by driving belt.
CN201910271715.3A 2019-04-04 2019-04-04 A kind of novel chemical reaction kettle Pending CN109876748A (en)

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CN110146916A (en) * 2019-06-19 2019-08-20 嘉兴缔华贸易有限公司 A kind of oil exploration earthquake detection equipment
CN110158296A (en) * 2019-06-21 2019-08-23 安徽一诺青春工业设计有限公司 A kind of ironing apparatus of textile
CN110756533A (en) * 2019-11-29 2020-02-07 浙江巨化装备工程集团有限公司 Cleaning device for tank container
CN112354486A (en) * 2021-01-11 2021-02-12 蓬莱禄昊化工机械有限公司 Autoclave for chemical industry with good leakproofness and cooling function
CN113967439A (en) * 2021-10-22 2022-01-25 威海汇鑫化工机械有限公司 Magnetic force drive stirred tank for raw material mixing
CN114192101A (en) * 2021-11-25 2022-03-18 江苏正迈过滤技术有限公司 Novel filtering filler and composite die for production thereof
CN114686999A (en) * 2021-11-19 2022-07-01 桐昆集团浙江恒通化纤有限公司 Preparation method and production equipment of antistatic high-density polyester drawn yarn

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CN110146916A (en) * 2019-06-19 2019-08-20 嘉兴缔华贸易有限公司 A kind of oil exploration earthquake detection equipment
CN110158296A (en) * 2019-06-21 2019-08-23 安徽一诺青春工业设计有限公司 A kind of ironing apparatus of textile
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CN114686999A (en) * 2021-11-19 2022-07-01 桐昆集团浙江恒通化纤有限公司 Preparation method and production equipment of antistatic high-density polyester drawn yarn
CN114686999B (en) * 2021-11-19 2024-01-26 桐昆集团浙江恒通化纤有限公司 Preparation method and production equipment of antistatic high-density polyester drawn yarns
CN114192101A (en) * 2021-11-25 2022-03-18 江苏正迈过滤技术有限公司 Novel filtering filler and composite die for production thereof

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Application publication date: 20190614