CN109482251A - A kind of chemical experiment integral type water-bath heating equipment - Google Patents
A kind of chemical experiment integral type water-bath heating equipment Download PDFInfo
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- CN109482251A CN109482251A CN201811592011.8A CN201811592011A CN109482251A CN 109482251 A CN109482251 A CN 109482251A CN 201811592011 A CN201811592011 A CN 201811592011A CN 109482251 A CN109482251 A CN 109482251A
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- water tank
- heating
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- bath
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01L—CHEMICAL OR PHYSICAL LABORATORY APPARATUS FOR GENERAL USE
- B01L7/00—Heating or cooling apparatus; Heat insulating devices
- B01L7/02—Water baths; Sand baths; Air baths
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
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Abstract
The invention discloses a kind of chemical experiment integral type water-bath heating equipments, the integral type water-bath heating equipment is by load carrier, control mechanism, heating mechanism and partition composition, the load carrier includes Storage water tank, the corner of bottom four of the Storage water tank is welded with supporting leg, the interior bottom of the Storage water tank offers cross recess, the center position of the cross recess offers threaded hole, the threaded hole is mating to be provided with plug, the plug is separately connected by hydraulic steering gear adopting cross piece upper and lower end face carries handle and sealing-plug forms, wherein, the sealing-plug and threaded hole are mating component, the exterior contour of the hydraulic steering gear adopting cross piece and the in-profile of cross recess are mutually clamped.In the present invention, the rotation of the agitating paddle inside spiral heating ring is located at by motor driven, such heating water bath equipment in the process of work, can be stirred in spiral heating ring by agitating paddle, to guarantee the being heated evenly property of water body entirety inside Storage water tank.
Description
Technical field
The present invention relates to equipment of chemical industry technical fields, and in particular to a kind of chemical experiment is set with integral type heating water bath
It is standby.
Background technique
Heating water bath, a kind of heating means in chemical laboratory with water as a heat transfer medium.By the device of heated material
Into the water, the boiling point of water is 100 DEG C to ware, which is suitable for 100 DEG C of heating temperatures below.Water-bath is exactly to use water as heating bath
The heating bath method of substance.At normal atmospheric pressure due to water temperature, up to 100 DEG C, so water-bath maximum temperature is 100 DEG C.It answers
Method with water bath processing container products is: the container of water-bath will be needed to be immersed in the larger container for filling water, need the appearance of water-bath
Device must not directly be contacted with larger container, then larger container is placed on heat source and is heated, until stopping heating when proper temperature, to cold
But water bath containers are taken out afterwards.
During use, when using electric heating, heating equipment can only act on part to existing heating water bath equipment,
Then in such a way that hot-fluid is spread, entire sink is heated, sink entire in this way shows there are water body uneven heating is even
As, and existing heating water bath equipment has the model of single heating cabinet and multiple heating cabinets, but can not be according to practical heating
It needs to be changed.
Summary of the invention
In order to overcome above-mentioned technical problem, the purpose of the present invention is to provide a kind of chemical experiment integral type water-baths to add
Hot equipment is located at the rotation of the agitating paddle inside spiral heating ring, mistake of such heating water bath equipment in work by motor driven
Cheng Zhong can be stirred in spiral heating ring by agitating paddle, to guarantee the heated equal of Storage water tank inside water body entirety
Even property；Cross recess is offered by the interior bottom in Storage water tank, is welded in the side wall center position of Storage water tank recessed with cross
The concordant clamping plate of slot inner wall, at the same it is mating be provided with partition, while four corners of Storage water tank being provided with heater
Structure is provided with temperature-sensing probe in Storage water tank separated region, and such user can mount and dismount partition as needed, from
And realize that single or multiple heating cabinets carry out heating water bath, overall structure is simple, and easy for installation, manufacture is low with maintenance cost,
So that integral type water-bath heating equipment has more the market competitiveness.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of chemical experiment integral type water-bath heating equipment, the integral type water-bath heating equipment is by load carrier, control
Mechanism, heating mechanism and partition composition, the load carrier includes Storage water tank, the corner of bottom four of the Storage water tank
It is welded with supporting leg, the interior bottom of the Storage water tank offers cross recess, and the center position of the cross recess offers
Threaded hole, the threaded hole is mating to be provided with plug, and the plug is separately connected by hydraulic steering gear adopting cross piece upper and lower end face and carries handle and sealing-plug
Composition, wherein the sealing-plug is mating component, the exterior contour of the hydraulic steering gear adopting cross piece and the inner wheel of cross recess with threaded hole
Exterior feature is mutually clamped, and close to threaded hole position, around threaded hole, angularly there are four temperature-sensitives for fixation at the interior bottom of the Storage water tank
Probe, the bottom of the Storage water tank correspond to threaded hole position and are connected with catchment covers, the water outlet connection of the catchment covers
There is bend pipe, the bend pipe is connected to by water valve with the outlet pipe extended to outside Storage water tank, and the outlet pipe and bend pipe pass through one
Bottom connection to fixed frame and Storage water tank, four inner walls of the Storage water tank are respectively welded a pair of and cross recess side wall weight
The clamping plate of conjunction, three outer walls of the Storage water tank correspond to clamping plate position and are welded with fixing seat, the inside of the fixing seat
Upright bar is slidably connected, the outer wall of the fixing seat screws the tightening knob for being connected with and squeezing with upright bar outer wall, the Storage water tank
The outer wall of unwelded fixing seat is fixed with control mechanism, and the control mechanism includes the control being welded and fixed with Storage water tank outer wall
Platform, the surface of the console is equidistantly embedded in installation, and there are four control assemblies, and four control assemblies include display screen, first
Switch, second switch, adjusting knob and AVR central control processor, the display screen insertion are mounted on the surface of console, institute
The lower part for stating display screen is sequentially embedded from left to right is equipped with first switch, second switch and adjusting knob, the console
Inside is fixed with AVR central control processor, and the corner of upper surface four of the Storage water tank is respectively and fixedly provided with heating mechanism, described
Heating mechanism includes the fixed plate connecting with Storage water tank, and the bottom of the fixed plate is connected with spiral heating ring, the fixed plate
Upper surface correspond to the center position of spiral heating ring and be fixed with motor, the motor shaft of the motor by shaft coupling with
Fixed plate bottom is located at the transmission connection of the agitating paddle inside spiral heating ring, the cross recess and clamping plate is mating is provided with separation
Mechanism, the partition include the four-bladed vane engaged with cross recess and clamping plate, at the inner hub location of the four-bladed vane
It is rotatably connected to the threaded rod for extending to four-bladed vane top and bottom, the top surface of the threaded rod is welded with rotation seat, the rotation seat
Inner rotation be connected with l-shaped rod.
Be furthermore that: the first switch internal controller is connected to motor by conducting wire, inside the second switch
Controller is connect by conducting wire with AVR central control processor.
It is furthermore that: the output end and display screen of the AVR central control processor and the input of spiral heating ring
End is electrically connected, the input terminal of the AVR central control processor and temperature-sensing probe and adjusting knob internal controller it is defeated
Outlet is electrically connected.
Be furthermore that: the inner width of width and cross recess is identical as the thickness of four-bladed vane between the clamping plate, and institute
The inner wall for stating clamping plate and cross recess has been adhered fixed rubber pad.
Be furthermore that: the four-bladed vane is hollow shell structure, and the inside of four-bladed vane is filled with asbestos.
Be furthermore that: the l-shaped rod is 0-180 ° around the rotational angle of rotation seat.
Be furthermore that: the bottom surface of the Storage water tank is tilted from side wall to cross recess direction, and the cross recess is from side
Wall is tilted to threaded hole direction.
Be furthermore that: the threaded hole is mating component with threaded rod.
Be furthermore that: the described integral type water-bath heating equipment includes following two working condition:
Operating condition one: heating water bath is carried out to single experiment equipment；
Step 1: four-bladed vane is taken out from cross recess, is then aligned the sealing-plug of plug with threaded hole, so
The hydraulic steering gear adopting cross piece of plug is aligned afterwards, plug is pressed down on and sealing-plug blocks threaded hole；
Step 2: water is injected to specified depth, then by the plug of heating water bath equipment and outside to the inside of Storage water tank
The socket on boundary is attached, and when heating water bath container, which does not need fixation, can be directly placed into inside Storage water tank, is directly placed into and is filled with water
The inside of slot, and need to be fixed by test tube clamp, then adjust the height of upright bar and be fixed by tightening knob, then
Test tube clamp and upright bar are attached, heating water bath container is placed on to the inside of Storage water tank by test tube clamp；
Step 3: four second switches are all opened, and are referred to by rotation adjusting knob to the transmission of AVR central control processor
It enables, adjusts heating water bath equipment and be heated to specified temperature, the water temperature that temperature-sensing probe will test at this time is at the control of the center AVR
Reason device is fed back, and when temperature is lower than set temperature, AVR central control processor controls the heating of spiral heating ring, until temperature
Reach set temperature, AVR central control processor controls spiral heating ring and stops heating, second switch is opened simultaneously, by the
The work of two switch control motors, motor drives agitating paddle rotation, so that water body is uniformly heated inside Storage water tank；
Step 4: after use, being directed at drainage direction for outlet pipe, is carried by holding plug is lifted, opens water
Valve can discharge outward the water inside Storage water tank；
Operating condition two: multiple experiment equipments are carried out with the heating water bath of different temperatures；
Step 1: four turnings of four-bladed vane are aligned with four pairs of clamping plates of Storage water tank inner wall respectively, then by ten
Letter stencil presses down under, until the bottom of four-bladed vane is contacted with the interior bottom of cross recess, afterwards turns over l-shaped rod to distant bar
State straight up rotates l-shaped rod and threaded rod is screwed with threaded hole, later to complete the fixation of four-bladed vane；
Step 2: water is injected in four sinks separated to Storage water tank by four-bladed vane to specified depth, then by water
The plug and extraneous socket for bathing heating equipment are attached, and can be directly placed into Storage water tank when heating water bath container does not need fixation
It when inside the sink of separation, is directly placed into inside the sink of separation, and needs to be fixed by test tube clamp, then adjust upright bar
Height is simultaneously fixed by tightening knob, is then attached test tube clamp and upright bar, is held heating water bath by test tube clamp
Device is placed on inside the sink of separation；
Step 3: four second switches are all opened, by rotating the corresponding adjusting knob of sink of each separation to AVR
Central control processor sends instruction, adjusts the sink accordingly separated and is heated to specified temperature, temperature-sensing probe will test at this time
To water temperature fed back to AVR central control processor, when temperature be lower than set temperature, AVR central control processor control
The heating of spiral heating ring, until temperature reaches set temperature, AVR central control processor controls spiral heating ring and stops heating,
Second switch is opened simultaneously, motor work is controlled by second switch, motor drives agitating paddle rotation, so that in Storage water tank
Portion's water body is uniformly heated；
Step 4: after use, being directed at drainage direction for outlet pipe, by reversely rotate l-shaped rod make threaded rod with
Threaded hole separation, so that four-bladed vane be jacked upwards, then takes out four-bladed vane, and opening water valve can be by the water inside Storage water tank
It is discharged outward.
Beneficial effects of the present invention:
1, it being fixed with heating mechanism in the side wall of Storage water tank, the fixed plate bottom of heating mechanism is fixed with spiral heating ring,
Then the upper surface of fixed plate corresponds to spiral heating ring position and is fixed with motor, is located at spiral heating ring by motor driven
Internal agitating paddle rotation, such heating water bath equipment in the process of work, can be by agitating paddle in spiral heating ring
It is stirred, to guarantee the being heated evenly property of water body entirety inside Storage water tank；
2, cross recess is offered at the interior bottom of Storage water tank, is welded in the side wall center position of Storage water tank recessed with cross
The concordant clamping plate of slot inner wall, at the same it is mating be provided with partition, partition by four-bladed vane and its inside rotation connection
Threaded rod composition, rotation seat is welded at the top of threaded rod, l-shaped rod is then rotatably connected in rotation seat, in Storage water tank
Bottom centre correspond to threaded rod position and offer threaded hole, and threaded hole is mating is provided with plug, while containing
Four corners of sink are provided with heating mechanism, temperature-sensing probe are provided in Storage water tank separated region, such user can
Installation and removal partition as needed, to realize that single or multiple heating cabinets carry out heating water bath, overall structure letter
Single, easy for installation, manufacture is low with maintenance cost, so that integral type water-bath heating equipment has more the market competitiveness.
Detailed description of the invention
The present invention will be further described below with reference to the drawings.
Fig. 1 is overall structure of the present invention.
Fig. 2 is the structural schematic diagram of load carrier in the present invention.
Fig. 3 is the bottom substance schematic diagram of load carrier in the present invention.
Fig. 4 is the structural schematic diagram of plug in the present invention.
Fig. 5 is the structural schematic diagram of control mechanism in the present invention.
Fig. 6 is the structural schematic diagram of heating mechanism in the present invention.
Fig. 7 is the structural schematic diagram of partition in the present invention.
In figure: 100, load carrier；101, temperature-sensing probe；102, outlet pipe；103, Storage water tank；104, supporting leg；105,
Threaded hole；106, plug；1061, hydraulic steering gear adopting cross piece；1062, sealing-plug；1063, handle is carried；107, cross recess；108, clamping plate；109,
Fixing seat；110, tightening knob；111, upright bar；112, fixed frame；113, water valve；114, bend pipe；115, catchment covers；200, it controls
Mechanism；201, control assembly；2011, first switch；2012, second switch；2013, display screen；2014, adjusting knob；2015,
AVR central control processor；202, console；300, heating mechanism；301, spiral heating ring；302, agitating paddle；303, motor；
304, fixed plate；400, partition；401, threaded rod；402, rotation seat；403, l-shaped rod；404, four-bladed vane.
Specific embodiment
Below in conjunction with the embodiment of the present invention, technical scheme in the embodiment of the invention is clearly and completely described,
Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, all other embodiment obtained by those of ordinary skill in the art without making creative efforts, all
Belong to the scope of protection of the invention.
It please refers to shown in Fig. 1-7, a kind of chemical experiment integral type water-bath heating equipment, the integral type water-bath heating equipment
It is made of load carrier 100, control mechanism 200, heating mechanism 300 and partition 400, load carrier 100 includes Storage water tank
103, the corner of bottom four of Storage water tank 103 is welded with supporting leg 104, and the interior bottom of Storage water tank 103 offers cross recess
107, the center position of cross recess 107 offers threaded hole 105, and threaded hole 105 is mating to be provided with plug 106, plug 106
It is separately connected to carry by 1061 upper and lower end face of hydraulic steering gear adopting cross piece and 1063 and sealing-plug 1062 is formed, wherein sealing-plug 1062 and threaded hole
105 be mating component, and the in-profile of the exterior contour and cross recess 107 of hydraulic steering gear adopting cross piece 1061 is mutually clamped, Storage water tank 103
Close to 105 position of threaded hole, around threaded hole 105, angularly there are four temperature-sensing probe 101, Storage water tanks 103 for fixation at interior bottom
Bottom correspond to 105 position of threaded hole and be connected with catchment covers 115, the water outlet of catchment covers 115 is connected with bend pipe 114,
Bend pipe 114 is connected to by water valve 113 with the outlet pipe 102 extended to outside Storage water tank 103, and outlet pipe 102 and bend pipe 114 pass through
A pair of of fixed frame 112 is connect with the bottom of Storage water tank 103, and four inner walls of Storage water tank 103 are respectively welded a pair of recessed with cross
The clamping plate 108 that 107 side wall of slot is overlapped, three outer walls of Storage water tank 103 correspond to 108 position of clamping plate and are welded with fixing seat
109, the internal slide of fixing seat 109 is connected with upright bar 111, and the outer wall of fixing seat 109 is screwed to be connected with and be squeezed with 111 outer wall of upright bar
The tightening knob 110 of pressure, the outer wall of the unwelded fixing seat 109 of Storage water tank 103 are fixed with control mechanism 200, and control mechanism 200 wraps
The console 202 being welded and fixed with 103 outer wall of Storage water tank is included, the surface of console 202 is equidistantly embedded in installation, and there are four control groups
Part 201, four control assemblies 201 include display screen 2013, first switch 2011, second switch 2012,2014 and of adjusting knob
AVR central control processor 2015, display screen 2013 are embedded in the surface for being mounted on console 202, and the lower part of display screen 2013 is certainly
From left to right, which is sequentially embedded, is equipped with first switch 2011, second switch 2012 and adjusting knob 2014, and the inside of console 202 is solid
Surely there is AVR central control processor 2015, the corner of upper surface four of Storage water tank 103 is respectively and fixedly provided with heating mechanism 300, heating
Mechanism 300 includes the fixed plate 304 connecting with Storage water tank 103, and the bottom of fixed plate 304 is connected with spiral heating ring 301, fixed
The center position that the upper surface of plate 304 corresponds to spiral heating ring 301 is fixed with motor 303, and the motor shaft of motor 303 is logical
It crosses the agitating paddle 302 that shaft coupling is located inside spiral heating ring 301 with 304 bottom of fixed plate to be sequentially connected, 107 He of cross recess
Clamping plate 108 is mating to be provided with partition 400, and partition 400 includes the cross engaged with cross recess 107 and clamping plate 108
Plate 404 is rotatably connected to the threaded rod 401 for extending to 404 top and bottom of four-bladed vane, spiral shell at the inner hub location of four-bladed vane 404
The top surface of rasp bar 401 is welded with rotation seat 402, and the inner rotation of rotation seat 402 is connected with l-shaped rod 403.
As a kind of technical optimization scheme of the invention, 2011 internal controller of first switch passes through conducting wire and motor 303
Connection, 2012 internal controller of second switch are connect by conducting wire with AVR central control processor 2015, and first switch is passed through
2011 and second switch 2012 motor 303 and AVR central control processor 2015 can be powered respectively.
As a kind of technical optimization scheme of the invention, the output end and display screen of AVR central control processor 2015
2013 and spiral heating ring 301 input terminal be electrically connected, the input terminal and temperature-sensing probe of AVR central control processor 2015
101 and 2014 internal controller of adjusting knob output end be electrically connected, facilitate AVR central control processor 2015 according to sense
The information control switch of spiral heating ring 301 of 101 detection of temperature probe is heated.
As a kind of technical optimization scheme of the invention, the inner width of width and cross recess 107 and ten between clamping plate 108
The thickness of letter stencil 404 is identical, and the inner wall of clamping plate 108 and cross recess 107 has been adhered fixed rubber pad, improve clamping plate 108 with
And the leakproofness between cross recess 107 and four-bladed vane 404.
As a kind of technical optimization scheme of the invention, four-bladed vane 404 is hollow shell structure, and four-bladed vane 404 is interior
Portion is filled with asbestos, avoids separating the temperature difference between in sink and influences each other.
As a kind of technical optimization scheme of the invention, l-shaped rod 403 is 0-180 ° around the rotational angle of rotation seat 402,
Convenient for storing and using l-shaped rod 403.
As a kind of technical optimization scheme of the invention, the bottom surface of Storage water tank 103 is inclined from side wall to 107 direction of cross recess
Tiltedly, cross recess 107 is tilted from side wall to 105 direction of threaded hole, convenient for collecting the water body in Storage water tank 103 to threaded hole 105
In, facilitate draining.
As a kind of technical optimization scheme of the invention, threaded hole 105 and threaded rod 401 are mating component, facilitate screw thread
Bar 401 can be attached with threaded hole 105.
As a kind of technical optimization scheme of the invention, which includes following two work feelings
Condition:
Operating condition one: heating water bath is carried out to single experiment equipment；
Step 1: four-bladed vane 404 is taken out from cross recess 107, then by the sealing-plug 1062 and screw thread of plug 106
Hole 105 is aligned, and is then aligned the hydraulic steering gear adopting cross piece 1061 of plug 106, is pressed down on plug 106 and is made sealing-plug 1062 to spiral shell
Pit 105 is blocked；
Step 2: injecting water to specified depth to the inside of Storage water tank 103, then by the plug of heating water bath equipment with
Extraneous socket is attached, and when heating water bath container, which does not need fixation, can be directly placed into 103 inside of Storage water tank, is directly placed into
The inside of Storage water tank 103, and need to be fixed by test tube clamp, then adjust the height of upright bar 111 and by tightening knob 110
It is fixed, is then attached test tube clamp and upright bar 111, heating water bath container is placed on by Storage water tank by test tube clamp
103 inside；
Step 3: four second switches 2012 are all opened, and are handled by rotation adjusting knob 2014 to the control of the center AVR
Device 2015 sends instruction, adjusts heating water bath equipment and is heated to specified temperature, the water temperature that temperature-sensing probe 101 will test at this time
It is fed back to AVR central control processor 2015, when temperature is lower than set temperature, AVR central control processor 2015 is controlled
Spiral heating ring 301 heats, until temperature reaches set temperature, AVR central control processor 2015 controls spiral heating ring 301
Stop heating, open simultaneously second switch 2012, motor 303 is controlled by second switch 2012 and is worked, motor 303 drives stirring
Paddle 302 rotates, so that 103 inside water body of Storage water tank is uniformly heated；
Step 4: after use, outlet pipe 102 is directed at drainage direction, is mentioned plug 106 1063 by holding to carry
It rises, opening water valve 113 can discharge outward the water inside Storage water tank 103；
Operating condition two: multiple experiment equipments are carried out with the heating water bath of different temperatures；
Step 1: four turnings of four-bladed vane 404 are aligned with four pairs of clamping plates 108 of 103 inner wall of Storage water tank respectively,
Then four-bladed vane 404 is pressed down under, until the bottom of four-bladed vane 404 is contacted with the interior bottom of cross recess 107, so
Overturning l-shaped rod 403 rotates l-shaped rod 403 later and threaded rod 401 and threaded hole 105 is carried out to distant bar state straight up afterwards
It screws, to complete the fixation of four-bladed vane 404；
Step 2: injection water is to specified depth in four sinks separated to Storage water tank 103 by four-bladed vane 404, so
The plug of heating water bath equipment and extraneous socket are attached afterwards, can be directly placed into when heating water bath container does not need fixation
It when inside the sink that Storage water tank 103 separates, is directly placed into inside the sink of separation, and needs to be fixed by test tube clamp, then
It adjusts the height of upright bar 111 and is fixed by tightening knob 110, then test tube clamp and upright bar 111 are attached, passed through
Heating water bath container is placed on inside the sink of separation by test tube clamp；
Step 3: four second switches 2012 are all opened, by the corresponding adjusting knob of sink for rotating each separation
2014 send instruction to AVR central control processor 2015, adjust the sink accordingly separated and are heated to specified temperature, feel at this time
The water temperature that temperature probe 101 will test is fed back to AVR central control processor 2015, when temperature is lower than set temperature, AVR
Central control processor 2015 controls spiral heating ring 301 and heats, until temperature reaches set temperature, the center AVR control processing
Device 2015 controls spiral heating ring 301 and stops heating, opens simultaneously second switch 2012, controls motor by second switch 2012
303 work, motor 303 drives agitating paddle 302 to rotate, so that 103 inside water body of Storage water tank is uniformly heated；
Step 4: after use, being directed at drainage direction for outlet pipe 102, makes spiral shell by reversely rotating l-shaped rod 403
Rasp bar 401 is separated with threaded hole 105, so that four-bladed vane 404 be jacked upwards, is then taken out four-bladed vane 404, is opened water valve
113 can discharge outward the water inside Storage water tank 103.
Beneficial effects of the present invention:
1, it is fixed with heating mechanism 300 in the side wall of Storage water tank 103,304 bottom of fixed plate of heating mechanism 300 is fixed with
Spiral heating ring 301, then the upper surface of fixed plate 304 corresponds to 301 position of spiral heating ring and is fixed with motor 303, leads to
It crosses the agitating paddle 302 that the driving of motor 303 is located inside spiral heating ring 301 to rotate, mistake of such heating water bath equipment in work
Cheng Zhong can be stirred in spiral heating ring 301 by agitating paddle 302, to guarantee that 103 inside water body of Storage water tank is whole
Being heated evenly property；
2, cross recess 107 is offered at the interior bottom of Storage water tank 103, is welded in the side wall center position of Storage water tank 103
Have the clamping plate 108 concordant with 107 inner wall of cross recess, at the same it is mating be provided with partition 400, partition 400 is by cross
The threaded rod 401 of the rotation connection of plate 404 and its inside forms, and is welded with rotation seat 402 at the top of threaded rod 401, then
It is rotatably connected to l-shaped rod 403 in rotation seat 402, corresponds to 401 position of threaded rod in the bottom centre of Storage water tank 103
Threaded hole 105 is offered, and threaded hole 105 is mating is provided with plug 106, while being set in four corners of Storage water tank 103
It is equipped with heating mechanism 300, temperature-sensing probe 101 is provided in 103 separated region of Storage water tank, such user can pacify as needed
Assembly and disassembly partition 400, to realize that single or multiple heating cabinets carry out heating water bath, overall structure is simple, installation
Convenient, manufacture is low with maintenance cost, so that integral type water-bath heating equipment has more the market competitiveness.
Working principle: when carrying out heating water bath to single experiment equipment, four-bladed vane 404 being taken out from cross recess 107,
Then the sealing-plug 1062 of plug 106 is aligned with threaded hole 105, is then aligned the hydraulic steering gear adopting cross piece 1061 of plug 106, to
Lower pressing plug 106 blocks sealing-plug 1062 to threaded hole 105, then extremely to the inside of Storage water tank 103 injection water
Then the plug of heating water bath equipment and extraneous socket are attached, when heating water bath container does not need by specified depth
When fixation can be directly placed into 103 inside of Storage water tank, it is directly placed into the inside of Storage water tank 103, and needs to be consolidated by test tube clamp
It is fixed, then it adjusts the height of upright bar 111 and is fixed by tightening knob 110, then connect test tube clamp and upright bar 111
It connects, heating water bath container is placed on to the inside of Storage water tank 103 by test tube clamp, then all beat four second switches 2012
It opens, is sent and instructed to AVR central control processor 2015 by rotation adjusting knob 2014, adjust heating water bath equipment and be heated to
Specified temperature, the water temperature that temperature-sensing probe 101 will test at this time are fed back to AVR central control processor 2015, work as temperature
Degree is lower than set temperature, and AVR central control processor 2015 controls spiral heating ring 301 and heats, until temperature reaches setting temperature
Degree, AVR central control processor 2015 control spiral heating ring 301 and stop heating, second switch 2012 are opened simultaneously, by the
Two switches 2012 control motor 303 and work, and motor 303 drives agitating paddle 302 to rotate, so that 103 inside water body of Storage water tank
It is uniformly heated, finally after use, outlet pipe 102 is directed at drainage direction, is carried 1063 by holding by plug 106
Lift, opening water valve 113 can discharge outward the water inside Storage water tank 103；Not equality of temperature is carried out to multiple experiment equipments
When the heating water bath of degree, four turnings of four-bladed vane 404 are aligned with four pairs of clamping plates 108 of 103 inner wall of Storage water tank respectively,
Then four-bladed vane 404 is pressed down under, until the bottom of four-bladed vane 404 is contacted with the interior bottom of cross recess 107, so
Overturning l-shaped rod 403 rotates l-shaped rod 403 later and threaded rod 401 and threaded hole 105 is carried out to distant bar state straight up afterwards
It screws, to complete the fixation of four-bladed vane 404, is injected in four sinks then separated to Storage water tank 103 by four-bladed vane 404
Then the socket of the plug of heating water bath equipment and the external world is attached to specified depth by water, when heating water bath container not
It when needing fixation that can be directly placed into inside the sink of the separation of Storage water tank 103, is directly placed into inside the sink of separation, and needs to pass through
Test tube clamp is fixed, then adjusts the height of upright bar 111 and be fixed by tightening knob 110, then by test tube clamp and vertical
Bar 111 is attached, and heating water bath container is placed on inside the sink of separation by test tube clamp, then by four second switches
2012 all open, and the corresponding adjusting knob 2014 of sink by rotating each separation is sent out to AVR central control processor 2015
It send instruction, adjusts the sink accordingly separated and be heated to specified temperature, the water temperature that temperature-sensing probe 101 will test at this time is to AVR
Central control processor 2015 is fed back, and when temperature is lower than set temperature, AVR central control processor 2015 controls spiral and adds
Hot ring 301 heats, until temperature reaches set temperature, AVR central control processor 2015, which controls spiral heating ring 301, to be stopped adding
Heat opens simultaneously second switch 2012, controls motor 303 by second switch 2012 and works, motor 303 drives agitating paddle 302
Rotation finally after use, outlet pipe 102 is aligned and is drained so that 103 inside water body of Storage water tank is uniformly heated
Direction separates threaded rod 401 with threaded hole 105 by reversely rotating l-shaped rod 403, so that four-bladed vane 404 be pushed up upwards
It rises, then takes out four-bladed vane 404, opening water valve 113 can discharge outward the water inside Storage water tank 103.
In the description of this specification, the description of reference term " one embodiment ", " example ", " specific example " etc. means
Particular features, structures, materials, or characteristics described in conjunction with this embodiment or example are contained at least one implementation of the invention
In example or example.In the present specification, schematic expression of the above terms may not refer to the same embodiment or example.
Moreover, particular features, structures, materials, or characteristics described can be in any one or more of the embodiments or examples to close
Suitable mode combines.
Above content is only citing made for the present invention and explanation, affiliated those skilled in the art are to being retouched
The specific embodiment stated does various modifications or additions or is substituted in a similar manner, and without departing from invention or surpasses
More range defined in the claims, is within the scope of protection of the invention.
Claims (9)
1. a kind of chemical experiment integral type water-bath heating equipment, which is characterized in that the integral type water-bath heating equipment is by carrying
Mechanism (100), control mechanism (200), heating mechanism (300) and partition (400) composition, load carrier (100) packet
It includes Storage water tank (103), the corner of bottom four of the Storage water tank (103) is welded with supporting leg (104), the Storage water tank
(103) interior bottom offers cross recess (107), and the center position of the cross recess (107) offers threaded hole
(105), the threaded hole (105) is mating is provided with plug (106), and the plug (106) is by hydraulic steering gear adopting cross piece (1061) upper and lower end face
It is separately connected to carry and (1063) and sealing-plug (1062) is formed, wherein the sealing-plug (1062) is cooperation with threaded hole (105)
The in-profile of component, the exterior contour and cross recess (107) of the hydraulic steering gear adopting cross piece (1061) is mutually clamped, the Storage water tank
(103) close to threaded hole (105) position, around threaded hole (105), angularly there are four temperature-sensing probes for fixation at interior bottom
(101), the bottom of the Storage water tank (103) corresponds to threaded hole (105) position and is connected with catchment covers (115), the collection
The water outlet of water cover (115) is connected with bend pipe (114), and the bend pipe (114) is by water valve (113) and extends to Storage water tank
(103) external outlet pipe (102) connection, the outlet pipe (102) and bend pipe (114) pass through a pair of of fixed frame (112) and contain
The bottom of sink (103) connects, and four inner walls of the Storage water tank (103) are respectively welded a pair of and cross recess (107) side
The clamping plate (108) that wall is overlapped, three outer walls of the Storage water tank (103) correspond to clamping plate (108) position and are welded with fixation
Seat (109), the internal slide of the fixing seat (109) are connected with upright bar (111), and the outer wall of the fixing seat (109) screws company
It is connected to the tightening knob (110) squeezed with upright bar (111) outer wall；
The outer wall of the unwelded fixing seat of the Storage water tank (103) (109) is fixed with control mechanism (200), the control mechanism
It (200) include the console (202) being welded and fixed with Storage water tank (103) outer wall, the surface of the console (202) is equidistantly embedded in
Installation there are four control assembly (201), four control assemblies (201) include display screen (2013), first switch (2011),
Second switch (2012), adjusting knob (2014) and AVR central control processor (2015), display screen (2013) the insertion peace
Mounted in the surface of console (202), the lower part of the display screen (2013) is sequentially embedded from left to right is equipped with first switch
(2011), second switch (2012) and adjusting knob (2014), the inside of the console (202) are fixed with the control of the center AVR
Processor (2015)；
The corner of upper surface four of the Storage water tank (103) is respectively and fixedly provided with heating mechanism (300), the heating mechanism (300)
Including the fixed plate (304) connecting with Storage water tank (103), the bottom of the fixed plate (304) is connected with spiral heating ring
(301), the center position that the upper surface of the fixed plate (304) corresponds to spiral heating ring (301) is fixed with motor
(303), the motor shaft of the motor (303) is located at spiral heating ring (301) inside by shaft coupling and fixed plate (304) bottom
Agitating paddle (302) transmission connection；
The cross recess (107) and clamping plate (108) is mating is provided with partition (400), the partition (400) includes
The four-bladed vane (404) engaged with cross recess (107) and clamping plate (108) turns at the inner hub location of the four-bladed vane (404)
Dynamic to be connected with the threaded rod (401) for extending to four-bladed vane (404) top and bottom, the top surface of the threaded rod (401) is welded with rotation
Seat (402), the inner rotation of the rotation seat (402) are connected with l-shaped rod (403).
2. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that described first
Switch (2011) internal controller is connect by conducting wire with motor (303), and second switch (2012) internal controller passes through
Conducting wire is connect with AVR central control processor (2015).
3. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the AVR
The output end of central control processor (2015) and the input terminal of display screen (2013) and spiral heating ring (301) electrically connect
It connects, is controlled inside the input terminal of the AVR central control processor (2015) and temperature-sensing probe (101) and adjusting knob (2014)
The output end of device processed is electrically connected.
4. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the clamping plate
(108) inner width of width and cross recess (107) is identical as the thickness of four-bladed vane (404) between, and the clamping plate (108) and
The inner wall of cross recess (107) has been adhered fixed rubber pad.
5. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the cross
Plate (404) is hollow shell structure, and the inside of four-bladed vane (404) is filled with asbestos.
6. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the L-type
Rotational angle of the bar (403) around rotation seat (402) is 0-180 °.
7. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that described to be filled with water
The bottom surface of slot (103) is tilted from side wall to cross recess (107) direction, and the cross recess (107) is from side wall to threaded hole
(105) direction tilts.
8. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the screw thread
Hole (105) and threaded rod (401) are mating component.
9. a kind of chemical experiment according to claim 1 integral type water-bath heating equipment, which is characterized in that the integral type
Heating water bath equipment includes following two working condition:
Operating condition one: heating water bath is carried out to single experiment equipment；
Step 1: four-bladed vane (404) is taken out from the cross recess (107), then by the sealing-plug (1062) of plug (106) with
Threaded hole (105) is aligned, and is then aligned the hydraulic steering gear adopting cross piece (1061) of plug (106), and downward push plug (106) makes close
Blocking (1062) blocks threaded hole (105)；
Step 2: water is injected to specified depth, then by the plug of heating water bath equipment and outside to the inside of Storage water tank (103)
The socket on boundary is attached, when heating water bath container do not need fixation can be directly placed into Storage water tank (103) it is internal when, be directly placed into
The inside of Storage water tank (103), and need to be fixed by test tube clamp, then adjust the height of upright bar (111) and by fastening rotation
Button (110) is fixed, and is then attached test tube clamp and upright bar (111), is placed heating water bath container by test tube clamp
In the inside of Storage water tank (103)；
Step 3: four second switches (2012) are all opened, and are handled by rotation adjusting knob (2014) to the control of the center AVR
Device (2015) sends instruction, adjusts heating water bath equipment and is heated to specified temperature, temperature-sensing probe (101) will test at this time
Water temperature is fed back to AVR central control processor (2015), when temperature is lower than set temperature, AVR central control processor
(2015) control spiral heating ring (301) heating, until temperature reaches set temperature, AVR central control processor (2015) control
Spiral heating ring (301) processed stops heating, opens simultaneously second switch (2012), controls motor by second switch (2012)
(303) it works, motor (303) drives agitating paddle (302) rotation, so that the internal water body of Storage water tank (103) is heated more
It is even；
Step 4: after use, being directed at drainage direction for outlet pipe (102), carries (1063) for plug (106) by holding
Lift, opening water valve (113) can discharge outward the internal water of Storage water tank (103)；
Operating condition two: multiple experiment equipments are carried out with the heating water bath of different temperatures；
Step 1: four turnings of four-bladed vane (404) are carried out with four pairs of clamping plates (108) of Storage water tank (103) inner wall respectively pair
Together, then four-bladed vane (404) is pressed down under, until four-bladed vane (404) bottom and cross recess (107) interior bottom into
Row contact afterwards turns over l-shaped rod (403) extremely distant bar state straight up, rotates l-shaped rod (403) later and make threaded rod (401)
It is screwed with threaded hole (105), to complete the fixation of four-bladed vane (404)；
Step 2: the interior injection water of four sinks for passing through four-bladed vane (404) separation to Storage water tank (103) to specified depth, so
The plug of heating water bath equipment and extraneous socket are attached afterwards, can be directly placed into when heating water bath container does not need fixation
It when inside the sink that Storage water tank (103) separates, is directly placed into inside the sink of separation, and needs to be fixed by test tube clamp,
It then adjusts the height of upright bar (111) and is fixed by tightening knob (110), then carry out test tube clamp and upright bar (111)
Heating water bath container, is placed on inside the sink of separation by connection by test tube clamp；
Step 3: four second switches (2012) are all opened, by the corresponding adjusting knob of sink for rotating each separation
(2014) it sends and instructs to AVR central control processor (2015), adjust the sink accordingly separated and be heated to specified temperature, this
When temperature-sensing probe (101) water temperature that will test fed back to AVR central control processor (2015), when temperature is lower than setting
Temperature, AVR central control processor (2015) controls spiral heating ring (301) heating, until temperature reaches set temperature, AVR
Central control processor (2015) controls spiral heating ring (301) and stops heating, opens simultaneously second switch (2012), by the
Two switch (2012) control motor (303) work, motor (303) drives agitating paddle (302) rotation, so that Storage water tank
(103) internal water body is uniformly heated；
Step 4: after use, being directed at drainage direction for outlet pipe (102), makes spiral shell by reversely rotating l-shaped rod (403)
Rasp bar (401) is separated with threaded hole (105), so that four-bladed vane (404) be jacked upwards, is then taken out four-bladed vane (404), is beaten
Heat water valve (113) can discharge outward the internal water of Storage water tank (103).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811592011.8A CN109482251B (en) | 2018-12-25 | 2018-12-25 | Integral type water-bath heating equipment for chemistry experiments |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811592011.8A CN109482251B (en) | 2018-12-25 | 2018-12-25 | Integral type water-bath heating equipment for chemistry experiments |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109482251A true CN109482251A (en) | 2019-03-19 |
| CN109482251B CN109482251B (en) | 2021-12-21 |
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ID=65711877
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811592011.8A Expired - Fee Related CN109482251B (en) | 2018-12-25 | 2018-12-25 | Integral type water-bath heating equipment for chemistry experiments |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110470690A (en) * | 2019-09-02 | 2019-11-19 | 耿建春 | Modified high molecular material thermal stability determination instrument |
| IT201900006482A1 (en) * | 2019-05-02 | 2020-11-02 | Chimec Spa | DEVICE FOR DETERMINING THE PROPERTIES OF HYDROCARBON FLUIDS AND SIMILAR SUBSTANCES |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203355763U (en) * | 2013-06-28 | 2013-12-25 | 刘玉花 | Thermostat water bath |
| CN205146272U (en) * | 2015-12-01 | 2016-04-13 | 石家庄海科电子科技有限公司 | Accuse temperature stirring heating water bath |
| CN205236004U (en) * | 2015-12-29 | 2016-05-18 | 宁波微萌种业有限公司 | Water bath pot |
| CN205361396U (en) * | 2016-01-28 | 2016-07-06 | 哈尔滨商业大学 | Sealed thermostat water bath |
-
2018
- 2018-12-25 CN CN201811592011.8A patent/CN109482251B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203355763U (en) * | 2013-06-28 | 2013-12-25 | 刘玉花 | Thermostat water bath |
| CN205146272U (en) * | 2015-12-01 | 2016-04-13 | 石家庄海科电子科技有限公司 | Accuse temperature stirring heating water bath |
| CN205236004U (en) * | 2015-12-29 | 2016-05-18 | 宁波微萌种业有限公司 | Water bath pot |
| CN205361396U (en) * | 2016-01-28 | 2016-07-06 | 哈尔滨商业大学 | Sealed thermostat water bath |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| IT201900006482A1 (en) * | 2019-05-02 | 2020-11-02 | Chimec Spa | DEVICE FOR DETERMINING THE PROPERTIES OF HYDROCARBON FLUIDS AND SIMILAR SUBSTANCES |
| WO2020222119A1 (en) * | 2019-05-02 | 2020-11-05 | Chimec S.P.A. | Device for determining properties of hydrocarbon fluids and similar substances |
| CN110470690A (en) * | 2019-09-02 | 2019-11-19 | 耿建春 | Modified high molecular material thermal stability determination instrument |
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| Publication number | Publication date |
|---|---|
| CN109482251B (en) | 2021-12-21 |
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