CN108940158A - synthetic latex production equipment - Google Patents
synthetic latex production equipment Download PDFInfo
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- CN108940158A CN108940158A CN201810430546.9A CN201810430546A CN108940158A CN 108940158 A CN108940158 A CN 108940158A CN 201810430546 A CN201810430546 A CN 201810430546A CN 108940158 A CN108940158 A CN 108940158A
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- transmission
- shell
- pressing plate
- triggering
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J19/00—Chemical, physical or physico-chemical processes in general; Their relevant apparatus
- B01J19/0006—Controlling or regulating processes
- B01J19/0013—Controlling the temperature of the process
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J19/00—Chemical, physical or physico-chemical processes in general; Their relevant apparatus
- B01J19/0053—Details of the reactor
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01J—CHEMICAL OR PHYSICAL PROCESSES, e.g. CATALYSIS OR COLLOID CHEMISTRY; THEIR RELEVANT APPARATUS
- B01J19/00—Chemical, physical or physico-chemical processes in general; Their relevant apparatus
- B01J19/18—Stationary reactors having moving elements inside
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- Organic Chemistry (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Mechanically-Actuated Valves (AREA)
Abstract
The invention discloses synthetic latex production equipments, its structure includes condenser, stirring motor, loading hopper, exhaust apparatus, process tank, fixed lower margin, fixed lower margin sets there are three altogether and is installed on processing pot bottom by welding manner, it processes and is equipped with stirring motor in the middle part of upper end, condenser is to be connected at L-shaped structure and one end fluting with processing tank top right end, the exhaust apparatus that the present invention uses pushes main drive gear by trigger mechanism, then auxiliary body and linkage mechanism are driven by main drive gear respectively, the linkage mechanism being equipped with marries again power to the second transmission mechanism, it is opened again by the second transmission mechanism control sealing mechanism, the auxiliary body being equipped with and then two-way tape dynamic auxiliary, the final hot air discharge opened air guide mechanism and carry out processing tank, hot gas and liquid when hot barometric pressure height causes to open inside processing tank is avoided to spray, it is anti- Only staff is burned.
Description
Technical field
The present invention relates to synthetic latex production fields, particularly with regard to a kind of synthetic latex production equipment.
Background technique
Synthetic latex is in polymerization reaction, and in styrene and butadiene emulsions polymerization process, there are serious autoaccelerations
Effect (gel effect), in the process, rate of polymerization is dramatically speeded up, and amount of heat can be discharged in the short time, cannot such as be had
The control of effect, it may appear that blunt temperature, or even have cruelly poly- danger, influence production safety.The later period is reacted, it is single when reaching holding stage
Body fluid drop is basic to disappear, and residual monomer largely swells in emulsion particle or soluble in water, the branching and crosslinking of macromolecular chain at this time
Aggravation, easily generates gel in this stage, and bulk gels are precipitated as glue residue and from lotion, influences product quality, so that
Yield reduces, environmental treatment burden increases.Existing technology can not discharge internal hot gas, and staff directly opens reactor tank and is easy
It is scalded, has to be optimized by internal hot gas and liquid.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions: synthetic latex production equipment,
Its structure includes condenser, stirring motor, loading hopper, exhaust apparatus, processing tank, fixed lower margin, and the fixation lower margin is set altogether
It is installed on processing pot bottom there are three and by welding manner, stirring motor is equipped in the middle part of the processing upper end, it is described
Condenser is to be connected at L-shaped structure and one end fluting with processing tank top right end, and the processing tank top front end, which is equipped with, lives
The groove of dynamic installing exhaust apparatus, the loading hopper bottom is installed on processing tank top left end by embedded mode, described
Exhaust apparatus includes trigger mechanism, main drive gear, auxiliary body, linkage mechanism, the second transmission mechanism, air guide mechanism, sealing
Mechanism, shell, the air guide mechanism are set to shell left end and are an integral molding structure, and the housing tip interposition installs
There is trigger mechanism, the trigger mechanism bottom right end is connected by main drive gear with linkage mechanism, the auxiliary machine
Structure is located at shell left upper end and upper and lower ends are connected with trigger mechanism, sealing mechanism respectively, described sealing mechanism one end with
Second transmission mechanism is connected and lower end is set to inside air guide mechanism, and the second transmission mechanism right end is set by manner
In shell bottom righthand side and top is connected with linkage mechanism.
As advanced optimizing for the technical program, the trigger mechanism includes button, No.1 spring, triggers compression bar,
The button is set at the top of triggering compression bar by fitting mode, and the triggering compression bar bottom, which is run through, to be connected in housing tip
Between position, the No.1 spring is set to triggering compression bar upper end by fitting mode and top is connected with button, lower end and shell
Body top is connected.
As advanced optimizing for the technical program, the main drive gear includes No.1 sling, pressing plate guide rail, triggering
Pressing plate, main transmission bar, No. two slings, the triggering pressing plate left end are connected by welding manner with triggering compression bar bottom, and
Middle part and pressing plate guide rail phase fitting, the pressing plate rail crown is installed on case top right end by embedded mode, described
Triggering pressing plate left end is connected by No.1 sling with auxiliary body, and is connected at the top of bottom righthand side and main transmission bar, described
Main transmission bar bottom is connected by No. two slings with linkage mechanism.
As advanced optimizing for the technical program, the auxiliary body includes transmission swing rod, transmission ripping bar, ripping bar rotation
Button, locating support, No.1 transmission rope, No.1 coupled wheel, the locating support left end pass through embedded mode and shell left upper end
It is connected, and is equipped with ripping bar knob at one third, is interlocked in the middle part of the ripping bar knob and transmission ripping bar, the transmission
Swing rod upper end is connected with No.1 sling, and lower end is interlocked with transmission ripping bar left end, the transmission ripping bar right end and No.1
Transmission rope upper end is connected, and the No.1 coupled wheel left end is installed at the one third of shell left end by embedded mode,
The No.1 transmission rope lower end is connected around No.1 coupled wheel and transmission sunpender top.
As advanced optimizing for the technical program, the linkage mechanism includes turning wheel, No. two transmission ropes, turns to
Wheel, No.1 chain, No. two chains, driving cam, Cam rests, the turning wheel are installed on locating support by manner
Right end and it is connected by No.1 chain with deflecting roller, the deflecting roller is meshed by No. two chains with driving cam, institute
The driving cam upper end stated is interlocked with Cam rest lower end, and the Cam rest is to be set at L-shaped structure and upper end fluting
In the middle part of shell right end, the driving cam bottom is connected with the second transmission mechanism, and the turning wheel passes through No. two transmissions
Rope is connected with No. two slings.
As advanced optimizing for the technical program, second transmission mechanism includes transmission mandril, mandril shifting block, fan
Shape gear, transmission straight-tooth, spring limiting board, No. two springs, driving rack, rack gear pressing plate, the transmission mandril upper end with it is close
Sealing mechanism is connected and lower end is interlocked by mandril shifting block and sector gear end, and the sector gear right end and transmission are straight
Tooth engagement connection, the transmission straight-tooth right end by welding manner be set to shell bottom righthand side, the four of the shell bottom righthand side
Spring limiting board is equipped with at/mono-, the spring limiting board upper end is connected by No. two springs with rack gear pressing plate right end bottom
It connecing, is connected in the middle part of the rack gear pressing plate with driving rack top, the driving rack left end is meshed with transmission straight-tooth,
It is connected at the top of the rack gear pressing plate with driving cam bottom.
As advanced optimizing for the technical program, the air guide mechanism includes external gas-guide tube, external lug, inside
Gas-guide tube, internal connection, the external gas-guide tube are to be installed on a shell left side by external lug at L-shaped structure and short side fluting
Lower end, the enclosure interior lower left corner are equipped with internal passageway, and the internal passageway bottom is by internal connection and adds
Connection, the internal passageway are connected with sealing mechanism inside work tank.
As advanced optimizing for the technical program, the sealing mechanism includes transmission sunpender, sunpender bottom plate, No. three bullets
Spring, sealing driving rod, piston sheet, the piston sheet is set to inside internal passageway and upper end is connected with sealing driving rod bottom
It connects, is connected by sunpender bottom plate with transmission boom foot at the top of the sealing driving rod, No. three springs pass through set
Conjunction mode is connected with sealing driving rod lower end and top fits with sunpender bottom plate, passes at the top of the transmission sunpender with No.1
Running rope lower end is connected, and is interlocked at the one third of upper end with transmission mandril top.
Beneficial effect
Synthetic latex production equipment of the present invention will need the raw material processed to import processing tank by loading hopper and carry out synthesis life
It produces, processing tank can generate thermal response in processing, and inside just will appear heat expansion gas, can carry out hot gas row by exhaust apparatus
It puts, triggers compression bar and No.1 spring by button pressed downwards, then drive No.1 sling and main transmission respectively by triggering pressing plate
Bar, the main transmission bar being equipped with drives No.1 transmission rope by No. two slings, and then rotates turning wheel, and turning wheel leads to after rotating
No.1 chain engagement deflecting roller is crossed, then is married again power to driving cam by No. two chains, when driving cam convex surface rotates downward
When push rack gear pressing plate and driving rack mobile, then and engaged transmission straight-tooth drives sector gear to rise, it will be able to make to push up
Bar shifting block sticks up, and drives transmission mandril to jack up upwards by mandril shifting block, final drive rises, it will be able to control sealing transmission
Piston sheet pull-up is made to get through inside internal passageway by bar, and then hot gas is discharged by external gas-guide tube.
For the prior art, the exhaust apparatus that the present invention uses pushes main drive gear by trigger mechanism, then
Auxiliary body and linkage mechanism are driven by main drive gear respectively, the linkage mechanism being equipped with marries again power to the second driver
Structure, then opened by the second transmission mechanism control sealing mechanism, the auxiliary body being equipped with and then two-way tape dynamic auxiliary, final open is led
Mechanism of qi structure carries out the hot air discharge of processing tank, and hot gas and liquid when hot barometric pressure height causes to open inside processing tank is avoided to spray,
Staff is prevented to be burned.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram of synthetic latex production equipment of the present invention.
Fig. 2 is the schematic diagram of internal structure of exhaust apparatus of the present invention.
Fig. 3 is the second form schematic diagram of exhaust apparatus of the present invention.
In figure: condenser -1, stirring motor -2, loading hopper -3, exhaust apparatus -4, processing tank -5, fixed lower margin -6, triggering
Mechanism -401, main drive gear -402, auxiliary body -403, linkage mechanism -404, the second transmission mechanism -405, air guide mechanism -
406, sealing mechanism -407, shell -408, button -4011, No.1 spring -4012, triggering compression bar -4013, No.1 sling -
4021, pressing plate guide rail -4022, triggering pressing plate -4023, -4024, No. two slings -4025 of main transmission bar, transmission swing rod -4031, biography
Dynamic ripping bar -4032, ripping bar knob -4033, locating support -4034, No.1 transmission rope -4035, No.1 coupled wheel -4036, overturning
Take turns -4041, No. two transmission ropes -4042, deflecting roller -4043, No.1 chain -4044, No. two chains -4045, driving cam -
4046, Cam rest -4047, transmission mandril -4051, mandril shifting block -4052, sector gear -4053, transmission straight-tooth -4054, bullet
- 4055, No. two springs -4056 of spring limit plate, driving rack -4057, rack gear pressing plate -4058, external gas-guide tube -4061, outside
Connector -4062, internal passageway -4063, internal connection -4064, transmission -4072, No. three sunpender -4071, sunpender bottom plate springs -
4073, sealing driving rod -4074, piston sheet -4075.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Please refer to Fig. 1-Fig. 3, the present invention provides synthetic latex production equipment, structure include condenser 1, stirring motor 2,
Loading hopper 3, exhaust apparatus 4, processing tank 5, fixed lower margin 6, the fixation lower margin 6 is set altogether pacifies there are three and by welding manner
Loaded on processing 5 bottom of tank, 5 top middle portion of processing tank is equipped with stirring motor 2, and the condenser 1 is L-shaped structure and one
It is connected at the fluting of end with processing 5 top right end of tank, processing 5 top nose of tank is equipped with activity installing exhaust apparatus 4
Groove, 3 bottom of loading hopper are installed on processing 5 top left of tank by embedded mode, and the exhaust apparatus 4 includes touching
Send out mechanism 401, main drive gear 402, auxiliary body 403, linkage mechanism 404, the second transmission mechanism 405, air guide mechanism 406,
Sealing mechanism 407, shell 408, the air guide mechanism 406 are set to 408 left end of shell and are an integral molding structure, the shell
408 top middle position of body be equipped with trigger mechanism 401, the 401 bottom right end of trigger mechanism by main drive gear 402 with
Linkage mechanism 404 is connected, the auxiliary body 403 be located at 408 left upper end of shell and upper and lower ends respectively with trigger mechanism
401, sealing mechanism 407 is connected, and described 407 one end of sealing mechanism is connected with the second transmission mechanism 405 and lower end is set to
Inside air guide mechanism 406,405 right end of the second transmission mechanism is set to 408 bottom righthand side of shell and top by manner
It is connected with linkage mechanism 404, the trigger mechanism 401 includes button 4011, No.1 spring 4012, triggers compression bar 4013,
The button 4011 is set to 4013 top of triggering compression bar by fitting mode, and 4013 bottom of triggering compression bar is through connection
In 408 top middle position of shell, the No.1 spring 4012 is set to triggering 4013 upper end of compression bar and top by fitting mode
Portion is connected with button 4011, and lower end is connected with 408 top of shell, and the main drive gear 402 includes No.1 sling
4021, pressing plate guide rail 4022, triggering 4024, No. two pressing plate 4023, main transmission bar slings 4025, the triggering pressing plate 4023 are left
End is connected by welding manner with triggering 4013 bottom of compression bar, and middle part and 4022 phase fitting of pressing plate guide rail, the pressing plate
408 top right end of shell is installed on by embedded mode at the top of guide rail 4022,4023 left end of triggering pressing plate passes through No.1
Sling 4021 is connected with auxiliary body 403, and is connected at the top of bottom righthand side and main transmission bar 4024, the main transmission bar
4024 bottoms are connected by No. two slings 4025 with linkage mechanism 404, and the auxiliary body 403 includes transmission swing rod
4031, ripping bar 4032, ripping bar knob 4033, locating support 4034, No.1 transmission rope 4035, No.1 coupled wheel 4036, institute are driven
4034 left end of locating support stated is connected by embedded mode with 408 left upper end of shell, and is equipped with ripping bar at one third and is revolved
It is interlocked in the middle part of button 4033, the ripping bar knob 4033 and transmission ripping bar 4032,4031 upper end of transmission swing rod and one
Number sling 4021 is connected, and lower end is interlocked with transmission 4032 left end of ripping bar, 4032 right end of transmission ripping bar and No.1
4035 upper end of transmission rope is connected, and 4036 left end of No.1 coupled wheel is installed on 408 left end of shell by embedded mode
At one third, 4035 lower end of No.1 transmission rope bypasses to be connected at the top of No.1 coupled wheel 4036 and transmission sunpender 4071
It connects, the linkage mechanism 404 includes 4041, No. two transmission ropes 4042 of turning wheel, deflecting roller 4043, No.1 chain 4044, two
Number chain 4045, driving cam 4046, Cam rest 4047, the turning wheel 4041 are installed on positioning branch by manner
4034 right end of frame and it is connected with deflecting roller 4043 by No.1 chain 4044, the deflecting roller 4043 passes through No. two chains
4045 are meshed with driving cam 4046, and 4046 upper end of driving cam is interlocked with 4047 lower end of Cam rest, described
Cam rest 4047 be to be set in the middle part of 408 right end of shell at L-shaped structure and upper end fluting, 4046 bottom of driving cam
It is connected with the second transmission mechanism 405, the turning wheel 4041 is connected by No. two transmission ropes 4042 with No. two slings 4025
It connects, second transmission mechanism 405 includes transmission mandril 4051, mandril shifting block 4052, sector gear 4053, transmission straight-tooth
4054,4055, No. two springs 4056, driving rack 4057, rack gear pressing plates 4058 of spring limiting board, the transmission mandril 4051
Upper end is connected with sealing mechanism 407 and lower end is interlocked by mandril shifting block 4052 and 4053 end of sector gear, described
4053 right end of sector gear engages connection with transmission straight-tooth 4054, and 4054 right end of transmission straight-tooth is set to by welding manner
408 bottom righthand side of shell is equipped with spring limiting board 4055, the spring limit at a quarter of 408 bottom righthand side of shell
Position 4055 upper end of plate is connected by No. two springs 4056 with 4058 right end bottom of rack gear pressing plate, in the rack gear pressing plate 4058
It is connected at the top of portion and driving rack 4057,4057 left end of driving rack is meshed with transmission straight-tooth 4054, described
The top of rack gear pressing plate 4058 is connected with 4046 bottom of driving cam, the air guide mechanism 406 including external gas-guide tube 4061,
External lug 4062, internal passageway 4063, internal connection 4064, the external gas-guide tube 4061 are L-shaped structure and short side
408 lower-left end of shell is installed on by external lug 4062 at fluting, the 408 inside lower left corner of shell is equipped with internal air guide
Pipe 4063, by connecting inside internal connection 4064 and processing tank 5, the inside is led for 4063 bottom of internal passageway
Tracheae 4063 is connected with sealing mechanism 407, and the sealing mechanism 407 includes transmission sunpender 4071, sunpender bottom plate 4072, three
Number spring 4073, sealing driving rod 4074, piston sheet 4075, the piston sheet 4075 be set to 4063 inside of internal passageway and
Upper end is connected with 4074 bottom of sealing driving rod, passes through sunpender bottom plate 4072 and transmission at the top of the sealing driving rod 4074
4071 bottom of sunpender is connected, No. three springs 4073 be connected by fitting mode with 4074 lower end of sealing driving rod and
Top fits with sunpender bottom plate 4072, and 4071 top of transmission sunpender is connected with 4035 lower end of No.1 transmission rope, and
It is interlocked at the one third of upper end with transmission 4051 top of mandril.
The principle of the present invention: the raw material processed will be needed to import processing tank 5 by loading hopper 3 and be synthetically produced, processed
Tank 5 can generate thermal response in processing, and inside just will appear heat expansion gas, can carry out hot air discharge by exhaust apparatus 4, pass through
Button 4011 pushes triggering compression bar 4013 and No.1 spring 4012, then drives No.1 sling respectively by triggering pressing plate 4023
4021 with main transmission bar 4024, and the main transmission bar 4024 being equipped with drives No.1 transmission rope 4035 by No. two slings 4025, in turn
Turning wheel 4041 is rotated, turning wheel 4041 passes through No.1 chain 4044 after rotating and engages deflecting roller 4043, then by No. two chains
Item 4045 marries again power to driving cam 4046, when 4046 convex surface of driving cam rotation downward when push rack gear pressing plate 4058 with
Driving rack 4057 is mobile, and engaged transmission straight-tooth 4054, then sector gear 4053 is driven to rise, it will be able to dial mandril
Block 4052 sticks up, and drives transmission mandril 4051 to jack up upwards by mandril shifting block 4052, final drive rises, it will be able to control
4075 pull-up of piston sheet is made to get through inside internal passageway 4063, then leads hot gas by outside by sealing driving rod 4074
Tracheae 4061 is discharged.
No.1 spring 4012 of the present invention be it is a kind of utilize elasticity come work machine components.It is made of elastic material
Part deformation occurs under external force, remove external force after again restore to the original state.Also make " spring ".
Problems solved by the invention is that existing technology can not discharge internal hot gas, and staff directly opens reactor tank and is easy
Scalded by internal hot gas and liquid, have to be optimized, the present invention is combined with each other by above-mentioned component, exhaust apparatus 4 pass through
Trigger mechanism 401 pushes main drive gear 402, then drives auxiliary body 403 and linkage mechanism respectively by main drive gear 402
404, the linkage mechanism 404 being equipped with marries again power to the second transmission mechanism 405, then is controlled and sealed by the second transmission mechanism 405
Mechanism 407 opens, the auxiliary body 403 being equipped with and then two-way tape dynamic auxiliary, and final air guide mechanism 406 of opening carries out processing tank 5
Hot air discharge, avoid processing 5 inside hot barometric pressure height of tank cause open when hot gas and liquid spray, prevent staff from being scalded
Wound.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. synthetic latex production equipment, structure include condenser (1), stirring motor (2), loading hopper (3), exhaust apparatus (4),
Process tank (5), fixed lower margin (6), it is characterised in that:
The fixation lower margin (6) is set altogether is installed on processing tank (5) bottom, the processing tank there are three and by welding manner
(5) top middle portion is equipped with stirring motor (2), and the condenser (1) is to push up at L-shaped structure and one end fluting with processing tank (5)
Portion's right end is connected, and processing tank (5) top nose is equipped with the groove of activity installing exhaust apparatus (4), the charging
Bucket (3) bottom is installed on processing tank (5) top left by embedded mode；
The exhaust apparatus (4) includes trigger mechanism (401), main drive gear (402), auxiliary body (403), linkage mechanism
(404), the second transmission mechanism (405), air guide mechanism (406), sealing mechanism (407), shell (408), the air guide mechanism
(406) it is set to shell (408) left end and is an integral molding structure, the shell (408) top middle position is equipped with triggering machine
Structure (401), the trigger mechanism (401) bottom right end are connected by main drive gear (402) with linkage mechanism (404),
The auxiliary body (403) be located at shell (408) left upper end and upper and lower ends respectively with trigger mechanism (401), sealing mechanism
(407) it is connected, the sealing mechanism (407) one end is connected with the second transmission mechanism (405) and lower end is set to air guide machine
Structure (406) is internal, and the second transmission mechanism (405) right end is set to shell (408) bottom righthand side and top by manner
It is connected with linkage mechanism (404).
2. synthetic latex production equipment according to claim 1, it is characterised in that: the trigger mechanism (401) includes
Button (4011), No.1 spring (4012), triggering compression bar (4013), the button (4011) are set to triggering by fitting mode
At the top of compression bar (4013), triggering compression bar (4013) bottom, which is run through, is connected to shell (408) top middle position, described
No.1 spring (4012) is set to triggering compression bar (4013) upper end and top by fitting mode and is connected with button (4011), lower end
It is connected with shell (408) top.
3. synthetic latex production equipment according to claim 1, it is characterised in that: main drive gear (402) packet
No.1 sling (4021), pressing plate guide rail (4022), triggering pressing plate (4023), main transmission bar (4024), No. two slings (4025) are included,
Triggering pressing plate (4023) left end is connected by welding manner with triggering compression bar (4013) bottom, and middle part is led with pressing plate
Rail (4022) phase fitting, pressing plate guide rail (4022) top are installed on right end at the top of shell (408), institute by embedded mode
Triggering pressing plate (4023) left end stated is connected by No.1 sling (4021) with auxiliary body (403), and bottom righthand side and main biography
It is connected at the top of lever (4024), main transmission bar (4024) bottom passes through No. two slings (4025) and linkage mechanism
(404) it is connected.
4. synthetic latex production equipment according to claim 1 or 3, it is characterised in that: auxiliary body (403) packet
Include transmission swing rod (4031), transmission ripping bar (4032), ripping bar knob (4033), locating support (4034), No.1 transmission rope
(4035), No.1 coupled wheel (4036), the locating support (4034) left end pass through embedded mode and shell (408) left upper end
It is connected, and is equipped with ripping bar knob (4033) at one third, in the ripping bar knob (4033) and transmission ripping bar (4032)
Portion is interlocked, and transmission swing rod (4031) upper end is connected with No.1 sling (4021), and lower end and transmission ripping bar
(4032) left end is interlocked, and transmission ripping bar (4032) right end is connected with No.1 transmission rope (4035) upper end, described
No.1 coupled wheel (4036) left end is installed at the one third of shell (408) left end by embedded mode, and the No.1 passes
Running rope (4035) lower end is connected around No.1 coupled wheel (4036) and transmission sunpender (4071) top.
5. synthetic latex production equipment according to claim 1 or 3, it is characterised in that: linkage mechanism (404) packet
It includes turning wheel (4041), No. two transmission ropes (4042), deflecting roller (4043), No.1 chain (4044), No. two chains (4045), pass
Moving cam (4046), Cam rest (4047), the turning wheel (4041) are installed on locating support by manner
(4034) right end and it is connected with deflecting roller (4043) by No.1 chain (4044), the deflecting roller (4043) is by No. two
Chain (4045) is meshed with driving cam (4046), the driving cam (4046) upper end and Cam rest (4047) lower end
It is interlocked, the Cam rest (4047) is to be set in the middle part of shell (408) right end at L-shaped structure and upper end fluting, described
Driving cam (4046) bottom is connected with the second transmission mechanism (405), and the turning wheel (4041) passes through No. two transmission ropes
(4042) it is connected with No. two slings (4025).
6. synthetic latex production equipment according to claim 1, it is characterised in that: second transmission mechanism (405)
Including transmission mandril (4051), mandril shifting block (4052), sector gear (4053), transmission straight-tooth (4054), spring limiting board
(4055), No. two springs (4056), driving rack (4057), rack gear pressing plate (4058), described transmission mandril (4051) upper end
It is connected with sealing mechanism (407) and lower end is interlocked by mandril shifting block (4052) and sector gear (4053) end, it is described
Sector gear (4053) right end with transmission straight-tooth (4054) engage connection, described transmission straight-tooth (4054) right end passes through welding
Mode is set to shell (408) bottom righthand side, is equipped with spring limiting board at a quarter of the shell (408) bottom righthand side
(4055), the spring limiting board (4055) upper end passes through No. two springs (4056) and rack gear pressing plate (4058) right end bottom phase
Connection, rack gear pressing plate (4058) middle part and driving rack (4057) top are connected, the driving rack (4057)
Left end is meshed with transmission straight-tooth (4054), is connected at the top of the rack gear pressing plate (4058) with driving cam (4046) bottom
It connects.
7. synthetic latex production equipment according to claim 1, it is characterised in that: the air guide mechanism (406) includes
External gas-guide tube (4061), external lug (4062), internal passageway (4063), internal connection (4064), the outside is led
Tracheae (4061) is to be installed on shell (408) lower-left end by external lug (4062) at L-shaped structure and short side fluting, described
The internal lower left corner of shell (408) is equipped with internal passageway (4063), and the internal passageway (4063) bottom is connect by inside
It is connect inside head (4064) and processing tank (5), the internal passageway (4063) is connected with sealing mechanism (407).
8. synthetic latex production equipment described according to claim 1 or 6 or 7, it is characterised in that: the sealing mechanism
It (407) include transmission sunpender (4071), sunpender bottom plate (4072), No. three springs (4073), sealing driving rod (4074), piston sheet
(4075), the piston sheet (4075) is set on internal passageway (4063) inside and upper end and sealing driving rod (4074) bottom
It is connected, is connected by sunpender bottom plate (4072) with transmission sunpender (4071) bottom at the top of the sealing driving rod (4074)
It connects, No. three springs (4073) are connected by fitting mode with sealing driving rod (4074) lower end and top and sunpender bottom
Plate (4072) fits, and is connected at the top of the transmission sunpender (4071) with No.1 transmission rope (4035) lower end, and upper end
It is interlocked at one third with transmission mandril (4051) top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810430546.9A CN108940158A (en) | 2018-05-08 | 2018-05-08 | synthetic latex production equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810430546.9A CN108940158A (en) | 2018-05-08 | 2018-05-08 | synthetic latex production equipment |
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| CN108940158A true CN108940158A (en) | 2018-12-07 |
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| CN201810430546.9A Withdrawn CN108940158A (en) | 2018-05-08 | 2018-05-08 | synthetic latex production equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110061430A (en) * | 2019-03-15 | 2019-07-26 | 朱瑶洁 | A kind of electric power box promoting dewdrop discharge based on wind speed |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110061430A (en) * | 2019-03-15 | 2019-07-26 | 朱瑶洁 | A kind of electric power box promoting dewdrop discharge based on wind speed |
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Application publication date: 20181207 |
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