CN108594891A - A kind of remote water temperature monitoring system for chlorinated rubber production equipment - Google Patents
A kind of remote water temperature monitoring system for chlorinated rubber production equipment Download PDFInfo
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- CN108594891A CN108594891A CN201810351571.8A CN201810351571A CN108594891A CN 108594891 A CN108594891 A CN 108594891A CN 201810351571 A CN201810351571 A CN 201810351571A CN 108594891 A CN108594891 A CN 108594891A
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- shell
- taper cone
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D23/00—Control of temperature
- G05D23/19—Control of temperature characterised by the use of electric means
- G05D23/20—Control of temperature characterised by the use of electric means with sensing elements having variation of electric or magnetic properties with change of temperature
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Abstract
The invention discloses a kind of remote water temperature monitoring system for chlorinated rubber production equipment,Its structure includes control panel,Water temperature control device,Shell,Fixed seat,Support base,Support leg,Control panel is set at the top of outer casing frontispiece panel,Shell is mounted in fixed seat,Fixed seat is fixedly connected with shell,Water temperature control device is installed inside the shell,There are two support base is set,Two symmetrical structures of support base are mounted on fixed seat bottom,Support leg sets there are four and is separately mounted to two support base bottoms two-by-two,Support leg is structure as a whole with support base vertical welding,The present invention passes through heat sink,The control to temperature in chlorinated rubber production equipment working chamber is realized under heating device and driving power device collective effect,To which the temperature in safeguard work chamber is maintained in the temperature of best production,To ensure the quality of finished product.
Description
Technical field
The present invention is a kind of remote water temperature monitoring system for chlorinated rubber production equipment, belongs to water temperature detection apparatus field.
Background technology
Chlorinated rubber is the rubber derived product obtained after chlorination modified by natural rubber or synthetic rubber, is rubber neck
First industrialized rubber derivative in domain, according to the data of ICI Imperial Chemical Industries of Britain, in 30 years by a definite date commercial Applications
In, do not occurred a cause contacted with chlorinated rubber caused by poisoning, chlorinated rubber relative density be 1.596,
Water absorption rate is 0.1 to 0.3, and thermal stable temperature is 130 DEG C, dissolves in aromatic hydrocarbon, esters, ketone, ethers, vegetable and animals oils and chlorination
In hydrocarbon solution, but aliphatic hydrocarbon, alcohols and water are not dissolved in.
The general white or milk yellow of industrial chlorinated rubber is powdered, sheet or threadiness, chlorine mass fraction 62~
Between 65, there is preferable heat resistance.The equipment of production chlorinated rubber has strict requirements, such as mixing to water temperature in production
Machine, double screw extruder, open mill, spray drying tower, air lift drying tower etc. need to keep temperature difference within 2 degrees Celsius, mesh
Before, after temperature detecting resistance surveys operating temperature, after temperature control instrument is handled compared with setting value, signal uses point-to-point side
Formula sends and receives by PLC analog input and output modules, is sent to local console.Control circuit is more, be using PLC points
Standing posture arrangement can just send and receive, and substation and module cost are more.
Prior art remote water temperature monitoring system for chlorinated rubber production equipment is incomplete, cannot carry out in time heating or
Cooling makes the water temperature of chlorinated rubber production equipment keep.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of chlorinated rubber production equipment water temperatures remotely to supervise
Examining system, it is incomplete to solve remote water temperature monitoring system for chlorinated rubber production equipment, it cannot be heated or be dropped in time
The problem of temperature makes the water temperature of chlorinated rubber production equipment keep.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of production of chlorinated rubber is set
Standby water temperature remote supervision system, structure include control panel, water temperature control device, shell, fixed seat, support base, support leg,
The control panel is set at the top of outer casing frontispiece panel, and the shell is mounted in fixed seat, the fixed seat with it is outer
Shell is fixedly connected, and the water temperature control device is installed inside the shell, there are two the support base is set, described two supports
The symmetrical structure of seat is mounted on fixed seat bottom, and the support leg sets there are four and is separately mounted to two branch two-by-two
Seat bottom is supportted, the support leg is structure as a whole with support base vertical welding；
The water temperature control device by heat sink, work cavity wall chamber, working chamber, thoroughly warm layer, wireless transport module,
Circuit board, induction chip, temperature sense cavity layer, heating device, distribution box, connecting wire, machine shaft, motor fixed block, electricity
Machine forms；
The working chamber is set to shell inner cavity center, and the work cavity wall chamber is the cavity in work cavity wall,
The saturating temperature layer is set on work cavity wall, and the saturating temperature layer is set up with work cavity wall in integral structure, the drop
Warm device is set on the left of working chamber outer wall, and motor is equipped with below the heat sink, and the motor is mounted on shell inner cavity
Lower right-hand corner, the machine shaft are electrically connected with motor, and the motor fixed block is set to one of motor far from outer casing inner wall
On side, the motor fixed block is fixedly connected with motor, and the heating device is opposite with heat sink to be set up inside the shell
Right side in chamber, the circuit board are mounted in shell inner cavity at the upper right corner, the circuit board be equipped with wireless transport module,
Induction chip, the wireless transport module, induction chip and circuit board electrical connection, the temperature sense cavity layer are set to work
In chamber at the lower right corner.
Further, the heat sink is by No.1 driving chip, No.1 spring, idler wheel, U-shaped bar, recessed fixture block, feed liquor
Pipe, convex clip block, fixture block drive rod, No.1 bar, No.1 inner wall extend fixed block, T-type sliding bar, No.1 drive rod, turntable, No.1
Gear, No.1 taper cone pulley, No.1 shaft, T-type sliding bar sliding cavity, supporting rod, No.1 triangular support block, No. two triangle branch
Bracer, No. two inner walls extend fixed block, transmission belt, No. two taper cone pulleies, No.1 circulation pipe, No. two circulation pipe compositions.
Further, the No.1 driving chip is mounted on shell inner cavity left upper, and described No. two circulation pipes are set
There are two, described two No. two circulation pipes are set to No.1 circulation pipe both sides and are communicated with No.1 circulation pipe, described two two
Number circulation pipe with No.1 circulation pipe is u-shaped sets up, No. two circulation pipes of the close No.1 driving chip are equipped with No.1
Inner wall extends fixed block, and the No.1 inner wall extends there are two fixed block sets, and described two No.1 inner walls extend fixed blocks
It is set up in up-down structure, the No.1 inner wall extends fixed block and No. two circulation pipe outer wall verticals are welded, the inlet tube
It is communicated with No. two circulation pipes through shell and close to No. two circulation pipes of No.1 driving chip, the inlet tube is set to two
Between No.1 inner wall extends fixed block, both sides are equipped with fixture block drive rod to the inlet tube up and down, and described two fixture blocks drive
The side that lever extends fixed block close to two No.1 inner walls is equipped with No.1 spring, and one end of the No.1 spring is set to one
Number inner wall extends in fixed block, and the other end is fixed on fixture block drive rod, described two opposite sides of fixture block drive rod point
Not She You recessed fixture block, convex clip block, the recessed fixture block, convex clip block and fixture block drive rod machinery are welded as integral structure, described
The one end of two fixture block drive rods far from No. two cycle pipe outer walls is fixed on a rectangular strip, and the rectangular strip is set to U-shaped bar
Interior, the U-shaped bar opening direction recycles pipe outer walls towards No. two, and idler wheel, the rolling are mounted on the U-shaped bar both ends
Wheel is mechanically connected with fixture block drive rod, and the U-shaped bar is fixed with No.1 bar, the No.1 bar on the side of motor
One end be fixed on T-type sliding bar and with T-type sliding bar is orthogonal sets up, the T-type sliding bar is slided mounted on T-type
It is slidably matched in bar sliding cavity and with T-type sliding bar sliding cavity, the T-type sliding bar sliding cavity is fixedly mounted on No.1 triangle
At the top of shape supporting block, the side of the No.1 triangular support block far from outer casing inner wall is equipped with No. two triangular support blocks,
No. two triangular support blocks are in No.1 triangular support block in same horizontal line, and one end of the supporting rod is solid
It is scheduled on No.1 triangular support block, the other end is fixed on the side bottom far from outer casing inner wall, institute on T-type sliding bar sliding cavity
No. two triangular support blocks stated are equipped with turntable, and the turntable is fixedly connected with No. two triangular support blocks, and described one
One end of number drive rod is fixedly connected with turntable, and the other end is mechanically connected with T-type sliding bar, the turntable and No.1 gear it
Between coordinated by transmission belt machine driving, the No.1 taper cone pulley case is in turntable, the turntable and No.1 taper cone pulley
It matches, the both ends of the No.1 shaft are mechanically connected with No.1 taper cone pulley, No. two taper cone pulleies respectively, described No. two tapers
Wheel is mounted on machine shaft, the operation of No.1 driving chip, machine shaft rotation, and No. two taper cone pulleies change the machinery of machine shaft
Transmission direction, so that No.1 shaft rotates and changes machine driving direction by No.1 taper cone pulley, so that turntable turns
Dynamic, No.1 drive rod drives T-type sliding bar to be slided in T-type sliding bar sliding cavity under the action of turntable, so that No.1
Bar is moved with T-type sliding bar, when T-type sliding bar slides to the left in T-type sliding bar sliding cavity, No.1 bar is driven to transport to the left
Dynamic, to drive U-shaped bar to forget the side movement far from No. two cycle pipe outer walls, therefore, two fixture block drive rods are in No.1 spring
Under the action of run counter to movement, and affect recessed fixture block, convex clip block separation so that inlet tube is unimpeded, coolant liquid passes through inlet tube
It enters in No. two circulation pipes, and is entered in No.1 circulation pipe by No. two circulation pipes, then in another No.1 circulation pipe,
Two No. two circulation pipes with No.1 circulation pipe is u-shaped sets up so that coolant liquid circulates in circulation pipe, and low temperature passes through saturating
Warm layer is transferred in working chamber, realizes the cooling of working chamber.
Further, the heating device is by heating collar, heating collar conducting block, No. three taper cone pulleies, No. four taper cone pulleies, drive
Dynamic power device, No. two drive rods, rectangle gag lever post, No.1 movable block, L-type seal chamber, No. two shafts, No. three shafts, No. five
Taper cone pulley, No. two movable blocks, No. four shafts, No. six taper cone pulleies, No. two gears, dentation fringe, No. two driving chips, heating chamber group
At.
Further, the heating collar is equipped with more than two and impartial in heating chamber respectively, and described adds
Hot chamber is set to above No.1 circulation pipe, and described No. four taper cone pulleies are mounted on machine shaft, described No. two shafts and motors
Shaft is orthogonal to be set up and is mechanically connected by No. four taper cone pulleies, and described No. three taper cone pulleies are mounted on the another of No. two shafts
On end, described No. two shafts are connect by No. three taper cone pulleies with No. three rotor axis mechanicals, and described No. three shafts turn close to No. four
One end of axis is equipped with No. five taper cone pulleies, and described No. four shafts are connect with No. three rotor axis mechanicals, described No. six taper cone pulley installations
Coordinate in No. two gears and with No. two gear mechanisms, described No. four shafts are matched by No. six taper cone pulleies and No. two gear mechanisms
It closes, the L-type seal chamber is mounted at the shell inner cavity lower right corner, and the both ends of the L-type seal chamber are respectively equipped with No.1 work
Motion block, No. two movable blocks, the No.1 movable block, No. two movable blocks are connect with the mode that L-type seal chamber is gap-matched,
No. two movable blocks are set to below circuit board, and described No. two movable blocks are equipped with dentation close to the side of No. two gears
Side, the dentation fringe are set up with No. two movable blocks in integral structure, and described No. two gears are meshed with dentation fringe, described
The outer wall right angle of L-type seal chamber is equipped with distribution box, and No. two drive rods, institute are fixed on the side of the No.1 movable block
The other end for No. two drive rods stated and driving power device mechanical connection, when detecting that the temperature in working chamber is too low, two
The operation of number driving chip, No. four taper cone pulleies set up the machine driving direction that can change machine shaft, so that No. two turn
Shaft rotation is dynamic and changes machine driving direction, therefore No. three shaft rotations by No. three taper cone pulleies, under the action of No. five taper cone pulleies,
No. four shaft rotations simultaneously change machine driving direction by No. six taper cone pulleies, so that No. two gear rotations, No. two movable blocks
It is equipped with dentation fringe close to the side of No. two gears, No. two gears are meshed with dentation fringe, and when motor rotates forward, No. two gears are suitable
Hour hands rotate, under the action of No. two gears, No. two movable blocks move downward, due to L-type seal chamber be sealed internal chamber, power with
Under the action of air pressure, No.1 movable block is pushed out from the other end of L-type seal chamber, and No. two drive rods is driven to transport in the same direction therewith
Dynamic, No. two drive rods apply a power to driving power device and so that power device is driven to run work.
Further, the driving power device by No. three drive rods, fan-shaped turntable, fixed plate, stretch conducting wire, turn
Frame, No. five drive rods, turns frame fixed seat, No. six drive rods, sliding cavity, sliding shoe composition at No. four drive rods.
Further, the frame fixed seat that turns is fixedly mounted on bottom panel center in shell inner cavity, and described turns frame
Fixed seat top, which is equipped with, turns frame, and described turns frame and turn frame fixed seat to be mechanically connected, and one end of described No. six drive rods is fixed
On turning frame fixed seat, the other end be set to sliding shoe on, the sliding shoe be mounted on sliding cavity in, the sliding shoe it is another
One end is fixedly connected with No. two drive rods, and one end of described No. five drive rods, which is fixed on, to be turned in frame fixed seat, the other end and six
Number drive rod mechanical connection, described No. six drive rods pass through No. four drive rods and No. three drive rods mechanical connections, the fan
Shape turntable be set to turn in frame and with turn frame mechanical engagement, one end that described No. three drive rods are connected with No. four drive rods is fixed
On fan-shaped turntable, the other end and the fixed plate vertical welding of described No. three drive rods, the fixed plate are driven far from No. three
The side of lever is run through by stretch conducting wire, and the stretch conducting wire is fixed in fixed plate, and the stretch conducting wire is far from fixed
One end of plate is communicated with connecting wire, when No.1 movable block is pushed out from the other end of L-type seal chamber, and drives No. two drive rods
Movement makes sliding shoe be moved downward in sliding cavity one power of sliding shoe application in the same direction therewith, so that No. six drive rods
Movement in the same direction therewith, No. six drive rods affect No. five drive rods, No. four drive rods, and machine driving is with therewith, to realize No. three
Drive rod traction fan-shaped turntable rotates on fan-shaped turntable, and No. three drive rods move up and down during rotation, to band
Fixed plate movement is moved, when No. three drive rods move upwards, fixed plate drives stretch conducting wire to move in the same direction therewith, adds to realize
The energization of gas ket conducting block, heating collar heat working chamber, to avoid the too low production for influencing product of the temperature in working chamber
Quality, to ensure product quality.
Further, the rectangle gag lever post is set at the side ports in L-type seal chamber where No.1 movable block, institute
The rectangle gag lever post stated is fixedly connected with L-type sealing cavity wall, and setting up for rectangle gag lever post can be to avoid No.1 movable block in L-type
When being moved in seal chamber, it is detached from L-type seal chamber, and cannot reset, the normal use of equipment is influenced, to ensure equipment
Normal operation.
Advantageous effect
Electric energy in distribution box of the present invention is transferred electrical energy by connecting wire in motor, is turned electric energy after electrical power
Turn to mechanical energy and exported by machine shaft, when induction chip temperature sensor incude cavity layer in working chamber when the temperature is excessively high,
No.1 driving chip is run, and machine shaft rotation, No. two taper cone pulleies change the machine driving direction of machine shaft, so that one
The rotation of number shaft simultaneously changes machine driving direction by No.1 taper cone pulley, so that turntable rotates, No.1 drive rod is in turntable
Under the action of drive T-type sliding bar slided in T-type sliding bar sliding cavity so that No.1 bar with T-type sliding bar move, when
When T-type sliding bar slides to the left in T-type sliding bar sliding cavity, No.1 bar is driven to move downward, it is separate to drive U-shaped bar to forget
The side movement of No. two cycle pipe outer walls, therefore, two fixture block drive rods run counter to movement under the action of No.1 spring, and affect
Recessed fixture block, the separation of convex clip block, so that inlet tube is unimpeded, coolant liquid is entered by inlet tube in No. two circulation pipes, and is led to
It crosses No. two circulation pipes to enter in No.1 circulation pipe, then in another No.1 circulation pipe, two No. two circulation pipes are followed with No.1
Endless tube is u-shaped to be set up so that coolant liquid circulates in circulation pipe, and low temperature is transferred to by saturating warm layer in working chamber, real
The cooling of existing working chamber, when detecting that the temperature in working chamber is too low, No. two driving chips operations, No. four taper cone pulleies are set up
The machine driving direction of machine shaft can be changed, so that No. two shafts, which rotate and pass through No. three taper cone pulleies, changes machinery biography
Dynamic direction, therefore No. three shaft rotations, under the action of No. five taper cone pulleies, No. four shaft rotations are simultaneously changed by No. six taper cone pulleies
Machine driving direction, so that the rotation of No. two gears, No. two movable blocks are equipped with dentation fringe close to the side of No. two gears, and two
Number gear is meshed with dentation fringe, and when motor rotates forward, No. two gears rotate clockwise, under the action of No. two gears, No. two
Movable block moves downward, and since L-type seal chamber is sealed internal chamber, under the action of power and air pressure, No.1 movable block is sealed from L-type
The other end of chamber is pushed out, and when No.1 movable block is pushed out from the other end of L-type seal chamber, and drives No. two drive rods same therewith
Applying a power to sliding shoe to movement makes sliding shoe be moved downward in sliding cavity, so that No. six drive rods are same therewith
To movement, No. six drive rods affect No. five drive rods, No. four drive rods, and machine driving is with therewith, to realize No. three drive rods
Traction fan-shaped turntable rotates on fan-shaped turntable, and No. three drive rods move up and down during rotation, to drive fixation
Plate moves, and when No. three drive rods move upwards, fixed plate drives stretch conducting wire to move in the same direction therewith, to realize that heating collar is led
The energization of electric block, heating collar heat working chamber, to avoid the too low quality of production for influencing product of the temperature in working chamber, from
And ensureing product quality, the present invention under heat sink, heating device and driving power device collective effect by realizing to chlorine
The control for changing temperature in rubber-producing equipment working chamber, to which the temperature in safeguard work chamber is maintained at the temperature of best production
On, to ensure the quality of finished product.
Description of the drawings
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 a kind of structural schematic diagram of remote water temperature monitoring system for chlorinated rubber production equipment of the present invention；
Fig. 2 is a kind of the first work of the water temperature control device of remote water temperature monitoring system for chlorinated rubber production equipment of the present invention
Make status architecture schematic diagram；
Fig. 3 is a kind of second of work of water temperature control device of remote water temperature monitoring system for chlorinated rubber production equipment of the present invention
Make status architecture schematic diagram；
Fig. 4 is a kind of the third work of the water temperature control device of remote water temperature monitoring system for chlorinated rubber production equipment of the present invention
Make status architecture schematic diagram.
In figure：Control panel -1, water temperature control device -2, shell -3, fixed seat -4, support base -5, support leg -6, cooling
Device -201, work cavity wall chamber -202, working chamber -203, thoroughly warm layer -204, wireless transport module -205, circuit board -206,
Induction chip -207, temperature sense cavity layer -208, heating device -209, distribution box -210, connecting wire -211, machine shaft -
212, motor fixed block -213, motor -214, No.1 driving chip -2011, No.1 spring -2012, idler wheel -2013, U-shaped bar -
2014, recessed fixture block -2015, inlet tube -2016, convex clip block -2017, fixture block drive rod -2018, No.1 bar -2019, No.1 inner wall
Extend fixed block -20110, T-type sliding bar -20111, No.1 drive rod -20112, turntable -20113, No.1 gear -20114,
No.1 taper cone pulley -20115, No.1 shaft -20116, T-type sliding bar sliding cavity -20117, supporting rod -20118, No.1 triangle
- 20120, No. two supporting block -20119, No. two triangular support blocks inner walls extend fixed block -20121, transmission belt -20122, two
Number taper cone pulley -20123, No.1 circulation pipe -20124, No. two circulation pipes -20125, heating collar -2091, heating collar conducting blocks -
2092, No. three taper cone pulleies -2093, No. four taper cone pulleies -2094, driving power device -2095, No. two drive rods -2096, rectangle limit
Position bar -2097, No.1 movable block -2098, -2099, No. two shafts -20910 of L-type seal chamber, No. three shafts -20911, No. five cones
- 20912, No. two movable blocks -20913 of shape wheel, No. four shafts -20914, No. six taper cone pulleies -20915, No. two gears -20916, teeth
The driving chip -20918 of shape side -20917, two, No. three drive rods -20951, fan-shaped turntable -20952, is consolidated heating chamber -20919
Fixed board -20953, stretch conducting wire -20954, turn frame -20955, No. four drive rods -20956, No. five drive rods -20957, to turn frame solid
Reservation -20958, No. six drive rods -20959, sliding cavity -209510, sliding shoes -209511.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
- Fig. 4 is please referred to Fig.1, the present invention provides a kind of remote water temperature monitoring system for chlorinated rubber production equipment, structure packet
Control panel 1, water temperature control device 2, shell 3, fixed seat 4, support base 5, support leg 6 are included, the control panel 1 is set to outer
At the top of 3 front panel of shell, the shell 3 is mounted in fixed seat 4, and the fixed seat 4 is fixedly connected with shell 3, described
Water temperature control device 2 be mounted in shell 3, there are two the support base 5 is set, described two support bases 5 are in left and right pair
Structure is claimed to be mounted on 4 bottom of fixed seat, the support leg 6 sets there are four and is separately mounted to two 5 bottoms of support base two-by-two
Portion, the support leg 6 are structure as a whole with 5 vertical welding of support base, the water temperature control device 2 by heat sink 201,
Work cavity wall chamber 202, working chamber 203, thoroughly warm layer 204, wireless transport module 205, circuit board 206, induction chip 207, temperature
Degree induction cavity layer 208, heating device 209, distribution box 210, connecting wire 211, machine shaft 212, motor fixed block 213, electricity
Machine 214 forms, and the working chamber 203 is set to 3 inner cavity of shell center, and the work cavity wall chamber 202 is in working chamber 203
Cavity in wall, the saturating temperature layer 204 are set on 203 inner wall of working chamber, the saturating temperature layer 204 and 203 inner wall of working chamber
It is set up in integral structure, the heat sink 201 is set on the left of 203 outer wall of working chamber, and 201 lower section of heat sink is set
There are motor 214, the motor 214 to be mounted on 3 inner cavity lower right-hand corner of shell, the machine shaft 212 is electrically connected with motor 214
Connect, the motor fixed block 213 be set to side of the motor 214 far from 3 inner wall of shell on, the motor fixed block 213 with
Motor 214 is fixedly connected, and the heating device 209 is built up in right side in 3 inner cavity of shell with heat sink 201 relatively, described
Circuit board 206 be mounted in 3 inner cavity of shell at the upper right corner, the circuit board 206 is equipped with wireless transport module 205, sense
Chip 207, the wireless transport module 205, induction chip 207 is answered to be electrically connected with circuit board 206, the temperature sense chamber
Layer 208 is set in working chamber 203 at the lower right corner, and the heat sink 201 is by No.1 driving chip 2011, No.1 spring
2012, idler wheel 2013, U-shaped bar 2014, recessed fixture block 2015, inlet tube 2016, convex clip block 2017, fixture block drive rod 2018, No.1
Bar 2019, No.1 inner wall extend fixed block 20110, T-type sliding bar 20111, No.1 drive rod 20112, turntable 20113, No.1
Gear 20114, No.1 taper cone pulley 20115, No.1 shaft 20116, T-type sliding bar sliding cavity 20117, supporting rod 20118, No.1
The inner wall of triangular support block 20120, two of triangular support block 20119, two extend fixed block 20121, transmission belt 20122,
20124, No. two No. two taper cone pulleies 20123, No.1 circulation pipe circulation pipes 20125 form, the No.1 driving chip 2011 peace
Mounted in 3 inner cavity left upper of shell, there are two described No. two circulation pipes 20125 are set, described two No. two circulation pipes 20125
It communicates set on 20124 both sides of No.1 circulation pipe and with No.1 circulation pipe 20124, described two No. two circulation pipes 20125 and one
Number circulation pipe 20124 is u-shaped sets up, and No. two circulation pipes 20125 of the close No.1 driving chip 2011 are equipped with one
Number inner wall extends fixed block 20110, and the No.1 inner wall extends there are two fixed block 20110 sets, in described two No.1s
Wall extends fixed block 20110 and is set up in up-down structure, and the No.1 inner wall extends fixed block 20110 and No. two circulation pipes
20125 outer wall verticals are welded, No. two cycles of the inlet tube 2016 through shell 3 and close to No.1 driving chip 2011
Pipe 20125 is communicated with No. two circulation pipes 20125, and the inlet tube 2016 is set to two No.1 inner walls and extends fixed block 20110
Between, about 2016 both sides of inlet tube are equipped with fixture block drive rod 2018, and described two fixture block drive rods 2018 lean on
The side that nearly two No.1 inner walls extend fixed block 20110 is equipped with No.1 spring 2012, and the one of the No.1 spring 2012
End is set to No.1 inner wall and extends in fixed block 20110, and the other end is fixed on fixture block drive rod 2018, and described two fixture blocks drive
The opposite side of lever 2018 is respectively equipped with recessed fixture block 2015, convex clip block 2017, the recessed fixture block 2015, convex clip block 2017 with
2018 machinery of fixture block drive rod is welded as integral structure, and described two fixture block drive rods 2018 are far from No. two circulation pipes 20125
One end of outer wall is fixed on a rectangular strip, and the rectangular strip is set in U-shaped bar 2014,2014 side of opening of U-shaped bar
To towards No. two 20125 outer walls of circulation pipe, idler wheel 2013, the idler wheel 2013 are mounted on 2014 both ends of U-shaped bar
It is mechanically connected with fixture block drive rod 2018, the U-shaped bar 2014 is fixed with No.1 bar on the side of motor 214
2019, one end of the No.1 bar 2019 be fixed on T-type sliding bar 20111 and with T-type sliding bar 20111 is orthogonal sets
Vertical, the T-type sliding bar 20111 is mounted in T-type sliding bar sliding cavity 20117 and is slided with T-type sliding bar sliding cavity 20117
Dynamic cooperation, the T-type sliding bar sliding cavity 20117 are fixedly mounted at the top of No.1 triangular support block 20119, and described one
Number side of the triangular support block 20119 far from 3 inner wall of shell is equipped with No. two triangular support blocks 20120, described No. two
Triangular support block 20120 is in No.1 triangular support block 20119 in same horizontal line, the supporting rod 20118
One end is fixed on No.1 triangular support block 20119, and the other end is fixed on T-type sliding bar sliding cavity 20117 far from shell 3
One side bottom of inner wall, described No. two triangular support blocks 20120 are equipped with turntable 20113, the turntable 20113 and two
Number triangular support block 20120 is fixedly connected, and one end of the No.1 drive rod 20112 is fixedly connected with turntable 20113, separately
One end is mechanically connected with T-type sliding bar 20111, passes through transmission belt between the turntable 20113 and No.1 gear 20114
20122 machine drivings coordinate, and 20115 case of No.1 taper cone pulley is in turntable 20113, the turntable 20113 and one
Number taper cone pulley 20115 matches, the both ends of the No.1 shaft 20116 respectively with 20115, No. two taper cone pulleies of No.1 taper cone pulley
20123 mechanical connections, described No. two taper cone pulleies 20123 are mounted on machine shaft 212, and No.1 driving chip 2011 is run,
Machine shaft 212 rotates, and No. two taper cone pulleies 20123 change the machine driving direction of machine shaft 212, so that No.1 shaft
20116 rotations simultaneously change machine driving direction by No.1 taper cone pulley 20115, so that turntable 20113 rotates, No.1 driving
Bar 20112 drives T-type sliding bar 20111 to be slided in T-type sliding bar sliding cavity 20117 under the action of turntable 20113, to
So that No.1 bar 2019 with T-type sliding bar 20111 move, when T-type sliding bar 20111 in T-type sliding bar sliding cavity 20117 to
When left sliding, No.1 bar 2019 is driven to move downward, to drive U-shaped bar 2014 to forget separate No. two 20125 outer walls of circulation pipe
Side moves, and therefore, two fixture block drive rods 2018 run counter to movement under the action of No.1 spring 2012, and affect recessed fixture block
2015, convex clip block 2017 detaches, so that inlet tube 2016 is unimpeded, coolant liquid enters No. two cycles by inlet tube 2016
It in pipe 20125, and is entered in No.1 circulation pipe 20124 by No. two circulation pipes 20125, then arrives another No.1 circulation pipe
In 20124, two No. two circulation pipes 20125 with No.1 circulation pipe 20124 is u-shaped sets up so that coolant liquid is in circulation pipe
It circulates, low temperature is transferred to by saturating warm layer 204 in working chamber 203, realizes the cooling of working chamber 203, heating dress
209 are set by heating collar 2091, the taper cone pulley 2093, four of heating collar conducting block 2092, three taper cone pulley 2094, driving power device
2095,2099, No. two No. two drive rods 2096, rectangle gag lever post 2097, No.1 movable block 2098, L-type seal chamber shafts
20910, No. three taper cone pulleies of shaft 20914, six of movable block 20913, four of taper cone pulley 20912, two of shaft 20911, five
20915, No. two gears 20916,20917, No. two driving chips 20918 of dentation fringe, heating chamber 20919 form, the heating
Circle 2091 is equipped with more than two and equalization is mounted in heating chamber 20919 respectively, and the heating chamber 20919 is followed set on No.1
20124 top of endless tube, described No. four taper cone pulleies 2094 are mounted on machine shaft 212, described No. two shafts 20910 and electricity
Machine shaft 212 is orthogonal to be set up and is mechanically connected by No. four taper cone pulleies 2094, and described No. three taper cone pulleies 2093 are mounted on
On the other end of No. two shafts 20910, described No. two shafts 20910 pass through No. three taper cone pulleies 2093 and No. three shafts 20911
Mechanical connection, described No. three shafts 20911 are equipped with No. five taper cone pulleies 20912 close to one end of No. four shafts 20914, described
No. four shafts 20914 and No. three shafts 20911 are mechanically connected, and described No. six taper cone pulleies 20915 are mounted on No. two gears 20916
In and with No. two 20916 mechanical engagements of gear, described No. four shafts 20914 pass through No. six taper cone pulleies 20915 and No. two gears
20916 mechanical engagements, the L-type seal chamber 2099 are mounted at the 3 inner cavity lower right corner of shell, the L-type seal chamber 2099
Both ends be respectively equipped with 2098, No. two movable blocks 20913 of No.1 movable block, described 2098, No. two movable blocks of No.1 movable block
20913 modes being gap-matched with L-type seal chamber 2099 are connect, and described No. two movable blocks 20913 are set to circuit board 206
Lower section, described No. two movable blocks 20913 are equipped with dentation fringe 20917, the dentation close to the side of No. two gears 20916
Side 20917 is set up with No. two movable blocks 20913 in integral structure, and described No. two gears 20916 are nibbled with 20917 phase of dentation fringe
It closes, the outer wall right angle of the L-type seal chamber 2099 is equipped with distribution box 210, on the side of the No.1 movable block 2098
No. two drive rods 2096 are fixed with, the other end and 2095 machinery of driving power device of described No. two drive rods 2096 connect
It connects, when detecting that the temperature in working chamber 203 is too low, No. two driving chips 20918 are run, and No. four taper cone pulleies 2094 are set up
The machine driving direction of machine shaft 212 can be changed, so that No. two shafts 20910 rotate and pass through No. three taper cone pulleies
2093 change machine driving direction, therefore No. three shafts 20911 rotate, under the action of No. five taper cone pulley 20912, No. four shafts
20914 rotations simultaneously change machine driving direction by No. six taper cone pulleies 20915, so that No. two gears 20916 rotate, No. two
Movable block 20913 is equipped with dentation fringe 20917, No. two gears 20916 and dentation fringe close to the side of No. two gears 20916
20917 are meshed, and when motor 214 rotates forward, No. two gears 20916 rotate clockwise, under the action of No. two gear 20916,
No. two movable blocks 20913 move downward, and since L-type seal chamber 2099 is sealed internal chamber, under the action of power and air pressure, No.1 is lived
Motion block 2098 is pushed out from the other end of L-type seal chamber 2099, and drives the movement in the same direction therewith of No. two drive rods 2096, No. two drives
Lever 2096 applies a power to driving power device 2095 and so that power device 2095 is driven to run work, and the driving is logical
Electric installation 2095 by No. three drive rods 20951, fan-shaped turntable 20952, fixed plate 20953, stretch conducting wire 20954, turn frame
20955,20956, No. five drive rods 20957 of No. four drive rods, turn frame fixed seat 20958, No. six drive rods 20959, sliding cavities
209510, sliding shoe 209511 forms, and the frame fixed seat 20958 that turns is fixedly mounted in 3 inner cavity of shell in bottom panel
Centre, it is described to turn 20958 top of frame fixed seat and be equipped with to turn frame 20955, it is described to turn frame 20955 and turn 20958 machine of frame fixed seat
Tool connects, and one end of described No. six drive rods 20959, which is fixed on, to be turned in frame fixed seat 20958, and the other end is set to sliding shoe
On 209511, the sliding shoe 209511 be mounted on sliding cavity 209510 in, the other end of the sliding shoe 209511 with
No. two drive rods 2096 are fixedly connected, and one end of described No. five drive rods 20957, which is fixed on, to be turned in frame fixed seat 20958, separately
One end is mechanically connected with No. six drive rods 20959, and described No. six drive rods 20959 pass through No. four drive rods 20956 and No. three
Drive rod 20951 is mechanically connected, the fan-shaped turntable 20952 be set to turn in frame 20955 and with turn 20955 mechanical engagement of frame,
One end that No. three drive rods 20951 are connected with No. four drive rods 20956 is fixed on fan-shaped turntable 20952, described
No. three drive rods 20951 the other end and 20953 vertical welding of fixed plate, the fixed plate 20953 drives far from No. three
The side of bar 20951 is run through by stretch conducting wire 20954, and the stretch conducting wire 20954 is fixed in fixed plate 20953, described
The one end of stretch conducting wire 20954 far from fixed plate 20953 communicated with connecting wire 211, when No.1 movable block 2098 is close from L-type
The other end of envelope chamber 2099 is pushed out, and is driven No. two drive rods 2096 to move in the same direction therewith and applied one to sliding shoe 209511
Power makes sliding shoe 209511 be moved downward in sliding cavity 209510, so that No. six drive rods 20959 are transported in the same direction therewith
Dynamic, No. six drive rods 20959 affect 20957, No. four drive rods 20956 of No. five drive rods, and machine driving is with therewith, to real
Existing No. three drive rods 20951 draw fan-shaped turntable 20952 and are rotated on fan-shaped turntable 20952, No. three drives during rotation
Lever 20951 moves up and down, fixed when No. three drive rods 20951 move upwards to drive fixed plate 20953 to move
Plate 20953 drives the movement in the same direction therewith of stretch conducting wire 20954, to realize the energization of heating collar conducting block 2092, heating collar
2091 pairs of working chambers 203 heat, to avoid the too low quality of production for influencing product of the temperature in working chamber 203, to ensure
Product quality, the rectangle gag lever post 2097 are set to the side ports where No.1 movable block 2098 in L-type seal chamber 2099
Place, the rectangle gag lever post 2097 are fixedly connected with 2099 inner wall of L-type seal chamber, and setting up for rectangle gag lever post 2097 can be kept away
It when exempting from No.1 movable block 2098 and being moved in L-type seal chamber 2099, is detached from, and cannot reset, influences with L-type seal chamber 2099
The normal use of equipment, to ensure the normal operation of equipment.
Motor 214 of the present invention is controlled by positive and negative rotation circuit.
Electric energy in distribution box 210 is transferred electrical energy by connecting wire 211 in motor 214, and motor 214 will after being powered
Electric energy is converted into mechanical energy and is exported by machine shaft 212, works when 207 temperature sensor of induction chip incudes in cavity layer 208
When the temperature is excessively high, No.1 driving chip 2011 is run chamber 203, and machine shaft 212 rotates, and No. two taper cone pulleies 20123 change electricity
The machine driving direction of machine shaft 212, so that No.1 shaft 20116, which rotates and passes through No.1 taper cone pulley 20115, changes machine
Tool transmission direction, so that turntable 20113 rotates, No.1 drive rod 20112 drives T-type to slide under the action of turntable 20113
Lever 20111 is slided in T-type sliding bar sliding cavity 20117, so that No.1 bar 2019 is moved with T-type sliding bar 20111,
When T-type sliding bar 20111 slides to the left in T-type sliding bar sliding cavity 20117, No.1 bar 2019 is driven to move downward, from
And U-shaped bar 2014 is driven to forget the side movement far from No. two 20125 outer walls of circulation pipe, therefore, two fixture block drive rods 2018 exist
Movement is runed counter under the action of No.1 spring 2012, and recessed fixture block 2015, convex clip block 2017 is affected to detach, so that inlet tube
2016 is unimpeded, and coolant liquid is entered by inlet tube 2016 in No. two circulation pipes 20125, and by No. two circulation pipes 20125 into
Enter into No.1 circulation pipe 20124, then in another No.1 circulation pipe 20124, two No. two circulation pipes 20125 are followed with No.1
Endless tube 20124 is u-shaped to be set up so that coolant liquid circulates in circulation pipe, and low temperature is transferred to work by saturating warm layer 204
In chamber 203, the cooling of working chamber 203, when detecting that the temperature in working chamber 203 is too low, No. two driving chips 20918 are realized
Operation, No. four taper cone pulleies 2094 set up the machine driving direction that can change machine shaft 212, so that No. two shafts
20910 rotations simultaneously change machine driving direction by No. three taper cone pulleies 2093, therefore No. three shafts 20911 rotate, and are bored at No. five
Under the action of shape wheel 20912, No. four rotations of shaft 20914 simultaneously change machine driving direction by No. six taper cone pulleies 20915, to
So that No. two gears 20916 rotate, No. two movable blocks 20913 are equipped with dentation fringe close to the side of No. two gears 20916
20917, No. two gears 20916 are meshed with dentation fringe 20917, and when motor 214 rotates forward, No. two gears 20916 turn clockwise
Dynamic, under the action of No. two gear 20916, No. two movable blocks 20913 move downward, since L-type seal chamber 2099 is in closed
Chamber, under the action of power and air pressure, No.1 movable block 2098 is pushed out from the other end of L-type seal chamber 2099, when No.1 activity
Block 2098 is pushed out from the other end of L-type seal chamber 2099, and No. two drive rods 2096 is driven to move in the same direction to sliding shoe therewith
209511 one power of application make sliding shoe 209511 be moved downward in sliding cavity 209510, so that No. six drive rods
20959 move in the same direction therewith, and No. six drive rods 20959 affect 20957, No. four drive rods 20956 of No. five drive rods mechanical therewith
Transmission is rotated on fan-shaped turntable 20952 to realize that No. three drive rods 20951 draw fan-shaped turntable 20952, is being rotated with
During No. three drive rods 20951 move up and down, to drive fixed plate 20953 move, when No. three drive rods 20951 to
When upper movement, fixed plate 20953 drives the movement in the same direction therewith of stretch conducting wire 20954, to realize heating collar conducting block 2092
It is powered, heating collar 2091 heats working chamber 203, to avoid the too low production matter for influencing product of the temperature in working chamber 203
Amount, to ensure product quality.
Problems solved by the invention is that remote water temperature monitoring system for chlorinated rubber production equipment is incomplete, cannot in time into
Row heating or cooling make the water temperature of chlorinated rubber production equipment keep, and the present invention is combined with each other by above-mentioned component, is passed through
It is realized to chlorinated rubber production equipment work under heat sink 201, heating device 209 and driving 2095 collective effect of power device
Make the control of temperature in chamber 203, to which the temperature in safeguard work chamber 203 is maintained in the temperature of best production, to protect
Hinder the quality of finished product.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
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 embodiment being appreciated that.
Claims (8)
1. a kind of remote water temperature monitoring system for chlorinated rubber production equipment, structure includes control panel (1), water temperature control device
(2), shell (3), fixed seat (4), support base (5), support leg (6), the control panel (1) are set to the positive face of shell (3)
At the top of plate, the shell (3) is mounted in fixed seat (4), and the fixed seat (4) is fixedly connected with shell (3), described
Water temperature control device (2) is mounted in shell (3), and there are two the support base (5) is set, described two support bases (5) are in
Bilateral symmetry is mounted on fixed seat (4) bottom, and the support leg (6) sets there are four and is separately mounted to two two-by-two
Support base (5) bottom, the support leg (6) are structure as a whole with support base (5) vertical welding, it is characterised in that：
The water temperature control device (2) is by heat sink (201), work cavity wall chamber (202), working chamber (203), thoroughly warm layer
(204), wireless transport module (205), circuit board (206), induction chip (207), temperature sense cavity layer (208), heating device
(209), distribution box (210), connecting wire (211), machine shaft (212), motor fixed block (213), motor (214) composition；
The working chamber (203) is set to shell (3) inner cavity center, and the work cavity wall chamber (202) is working chamber (203)
Cavity in inner wall, the saturating temperature layer (204) are set on working chamber (203) inner wall, the saturating temperature layer (204) and working chamber
(203) inner wall is set up in integral structure, and the heat sink (201) is set on the left of working chamber (203) outer wall, the cooling
Motor (214) is equipped with below device (201), the motor (214) is mounted on shell (3) inner cavity lower right-hand corner, the electricity
Machine shaft (212) is electrically connected with motor (214), and the motor fixed block (213) is set to motor (214) far from shell (3)
On the side of wall, the motor fixed block (213) is fixedly connected with motor (214), the heating device (209) and cooling
Device (201) is opposite to be built up in right side in shell (3) inner cavity, and the circuit board (206) is mounted on upper right in shell (3) inner cavity
At angle, the circuit board (206) is equipped with wireless transport module (205), induction chip (207), the wireless transmission mould
Block (205), induction chip (207) are electrically connected with circuit board (206), and the temperature sense cavity layer (208) is set to working chamber
(203) at the lower right corner.
2. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 1, it is characterised in that：It is described
Heat sink (201) by No.1 driving chip (2011), No.1 spring (2012), idler wheel (2013), U-shaped bar (2014), recessed
Fixture block (2015), inlet tube (2016), convex clip block (2017), fixture block drive rod (2018), No.1 bar (2019), No.1 inner wall prolong
Stretch fixed block (20110), T-type sliding bar (20111), No.1 drive rod (20112), turntable (20113), No.1 gear
(20114), No.1 taper cone pulley (20115), No.1 shaft (20116), T-type sliding bar sliding cavity (20117), supporting rod
(20118), No.1 triangular support block (20119), No. two triangular support blocks (20120), No. two inner walls extend fixed block
(20121), transmission belt (20122), No. two taper cone pulleies (20123), No.1 circulation pipe (20124), No. two circulation pipe (20125) groups
At.
3. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 2, it is characterised in that：It is described
No.1 driving chip (2011) be mounted on shell (3) inner cavity left upper, described No. two circulation pipes (20125) are equipped with two
It is a, described two No. two circulation pipes (20125) be set to No.1 circulation pipe (20124) both sides and with No.1 circulation pipe (20124)
Communicate, described two No. two circulation pipes (20125) with No.1 circulation pipe (20124) is u-shaped sets up, the close No.1
No. two circulation pipes (20125) of driving chip (2011) are equipped with No.1 inner wall and extend fixed block (20110), in the No.1
There are two wall extension fixed block (20110) is set, described two No.1 inner walls extend fixed blocks (20110) and are set in up-down structure
Vertical, the No.1 inner wall extends fixed block (20110) and is welded with No. two circulation pipe (20125) outer wall verticals, the feed liquor
Manage No. two circulation pipes (20125) of (2016) through shell (3) and close to No.1 driving chip (2011) and No. two circulation pipes
(20125) communicate, the inlet tube (2016) is set between two No.1 inner walls extend fixed blocks (20110), it is described into
Both sides are equipped with fixture block drive rod (2018) to liquid pipe (2016) up and down, and described two fixture block drive rods (2018) are close to two one
The side that number inner wall extends fixed block (20110) is equipped with No.1 spring (2012), one end of the No.1 spring (2012)
Extend in fixed block (20110) set on No.1 inner wall, the other end is fixed on fixture block drive rod (2018), described two fixture blocks
The opposite side of drive rod (2018) is respectively equipped with recessed fixture block (2015), convex clip block (2017), the recessed fixture block (2015), convex
Fixture block (2017) is welded as integral structure with fixture block drive rod (2018) machinery, and described two fixture block drive rods (2018) are separate
One end of No. two circulation pipe (20125) outer walls is fixed on a rectangular strip, and the rectangular strip is set in U-shaped bar (2014), institute
U-shaped bar (2014) opening direction stated is respectively mounted on described U-shaped bar (2014) both ends towards No. two circulation pipe (20125) outer walls
There are idler wheel (2013), the idler wheel (2013) to be mechanically connected with fixture block drive rod (2018), the U-shaped bar (2014) is close
No.1 bar (2019) is fixed on the side of motor (214), one end of the No.1 bar (2019) is fixed on T-type sliding bar
(20111) on and with T-type sliding bar (20111) is orthogonal sets up, the T-type sliding bar (20111) is slided mounted on T-type
It is slidably matched in bar sliding cavity (20117) and with T-type sliding bar sliding cavity (20117), the T-type sliding bar sliding cavity
(20117) it is fixedly mounted at the top of No.1 triangular support block (20119), the No.1 triangular support block (20119) is remote
Side from shell (3) inner wall is equipped with No. two triangular support blocks (20120), described No. two triangular support blocks
(20120) it is in same horizontal line with No.1 triangular support block (20119), one end of the supporting rod (20118) is solid
It is scheduled on No.1 triangular support block (20119), the other end is fixed on T-type sliding bar sliding cavity (20117) far from shell (3)
One side bottom of inner wall, described No. two triangular support blocks (20120) are equipped with turntable (20113), the turntable
(20113) it is fixedly connected with No. two triangular support blocks (20120), one end of the No.1 drive rod (20112) and turntable
(20113) it is fixedly connected, the other end is mechanically connected with T-type sliding bar (20111), the turntable (20113) and No.1 gear
(20114) coordinated by transmission belt (20122) machine driving between, described No.1 taper cone pulley (20115) case is in turntable
(20113) in, the turntable (20113) is matched with No.1 taper cone pulley (20115), the No.1 shaft (20116)
Both ends are mechanically connected with No.1 taper cone pulley (20115), No. two taper cone pulleies (20123) respectively, described No. two taper cone pulleies (20123)
On machine shaft (212).
4. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 1, it is characterised in that：It is described
Heating device (209) by heating collar (2091), heating collar conducting block (2092), No. three taper cone pulleies (2093), No. four taper cone pulleies
(2094), driving power device (2095), No. two drive rods (2096), rectangle gag lever post (2097), No.1 movable block (2098),
L-type seal chamber (2099), No. two shafts (20910), No. three shafts (20911), No. five taper cone pulleies (20912), No. two movable blocks
(20913), No. four shafts (20914), No. six taper cone pulleies (20915), No. two gears (20916), dentation fringe (20917), No. two
Driving chip (20918), heating chamber (20919) composition.
5. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 4, it is characterised in that：It is described
Heating collar (2091) be equipped with it is more than two and it is impartial respectively be mounted in heating chamber (20919), the heating chamber
(20919) it being set to above No.1 circulation pipe (20124), described No. four taper cone pulleies (2094) are mounted on machine shaft (212),
No. two shafts (20910) and machine shaft (212) are orthogonal to set up and is connected by No. four taper cone pulleies (2094) machineries
It connects, described No. three taper cone pulleies (2093) are mounted on the other end of No. two shafts (20910), described No. two shafts
(20910) it is mechanically connected by No. three taper cone pulleies (2093) and No. three shafts (20911), described No. three shafts (20911) are leaned on
One end of nearly No. four shafts (20914) is equipped with No. five taper cone pulleies (20912), described No. four shafts (20914) and No. three shafts
(20911) be mechanically connected, described No. six taper cone pulleies (20915) be mounted in No. two gears (20916) and with No. two gears
(20916) mechanical engagement, described No. four shafts (20914) pass through No. six taper cone pulleies (20915) and No. two gear (20916) machines
Tool coordinates, and the L-type seal chamber (2099) is mounted at shell (3) inner cavity lower right corner, the L-type seal chamber (2099)
Both ends are respectively equipped with No.1 movable block (2098), No. two movable blocks (20913), the No.1 movable block (2098), No. two work
Motion block (20913) is connect with the mode that L-type seal chamber (2099) is gap-matched, and described No. two movable blocks (20913) set
Below circuit board (206), described No. two movable blocks (20913) are equipped with dentation close to the side of No. two gears (20916)
Side (20917), the dentation fringe (20917) are set up with No. two movable blocks (20913) in integral structure, described No. two gears
(20916) it is meshed with dentation fringe (20917), the outer wall right angle of the L-type seal chamber (2099) is equipped with distribution box
(210), No. two drive rods (2096), described No. two drive rods are fixed on the side of the No.1 movable block (2098)
(2096) the other end is mechanically connected with driving power device (2095).
6. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 4, it is characterised in that：It is described
Driving power device (2095) by No. three drive rods (20951), fan-shaped turntable (20952), fixed plate (20953), flexible lead
Line (20954), turn frame (20955), No. four drive rods (20956), No. five drive rods (20957), turn frame fixed seat (20958),
No. six drive rods (20959), sliding cavity (209510), sliding shoe (209511) composition.
7. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 6, it is characterised in that：It is described
The frame fixed seat (20958) that turns be fixedly mounted in shell (3) inner cavity bottom panel center, described turns frame fixed seat
(20958) top, which is equipped with, turns frame (20955), and described turns frame (20955) and turn frame fixed seat (20958) to be mechanically connected, described
One end of No. six drive rods (20959) be fixed on and turn in frame fixed seat (20958), the other end is set to sliding shoe (209511)
On, the sliding shoe (209511) be mounted on sliding cavity (209510) in, the other end of the sliding shoe (209511) with
No. two drive rods (2096) are fixedly connected, and one end of described No. five drive rods (20957), which is fixed on, turns frame fixed seat (20958)
On, the other end and No. six drive rods (20959) are mechanically connected, and described No. six drive rods (20959) pass through No. four drive rods
(20956) be mechanically connected with No. three drive rods (20951), the fan-shaped turntable (20952) be set to turn in frame (20955) and with
Turn frame (20955) mechanical engagement, one end that described No. three drive rods (20951) are connected with No. four drive rods (20956) is solid
It is scheduled on fan-shaped turntable (20952), the other end and fixed plate (20953) vertical welding of described No. three drive rods (20951),
Side of the fixed plate (20953) far from No. three drive rods (20951) is run through by stretch conducting wire (20954), and described stretches
Contracting conducting wire (20954) is fixed in fixed plate (20953), and the one of the separate fixed plate (20953) of the stretch conducting wire (20954)
End is communicated with connecting wire (211).
8. a kind of remote water temperature monitoring system for chlorinated rubber production equipment according to claim 1, it is characterised in that：It is described
Rectangle gag lever post (2097) be set at the side ports in L-type seal chamber (2099) where No.1 movable block (2098), it is described
Rectangle gag lever post (2097) be fixedly connected with L-type seal chamber (2099) inner wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810351571.8A CN108594891B (en) | 2018-04-19 | 2018-04-19 | Chlorinated rubber production facility temperature remote monitoring system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810351571.8A CN108594891B (en) | 2018-04-19 | 2018-04-19 | Chlorinated rubber production facility temperature remote monitoring system |
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| CN108594891A true CN108594891A (en) | 2018-09-28 |
| CN108594891B CN108594891B (en) | 2021-12-14 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112880874A (en) * | 2021-01-13 | 2021-06-01 | 河南若德橡胶科技有限公司 | Chlorinated rubber production facility temperature remote monitoring equipment based on thing networking |
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