CN209181610U - A kind of radiator of burnout-proof - Google Patents
A kind of radiator of burnout-proof Download PDFInfo
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- CN209181610U CN209181610U CN201821478919.1U CN201821478919U CN209181610U CN 209181610 U CN209181610 U CN 209181610U CN 201821478919 U CN201821478919 U CN 201821478919U CN 209181610 U CN209181610 U CN 209181610U
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- radiator
- dust removal
- removal unit
- motor section
- connecting plate
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Abstract
The utility model discloses a kind of radiators of burnout-proof, heat radiator body including radiator, body bottom portion is provided with heat dissipation base, dust removal unit is provided with above ontology, dust removal unit bottom is provided with several groups brush tuft, the connecting plate of crescent is fixedly installed at the top of dust removal unit, push rod is rotatably connected in the middle part of connecting plate, push rod can drive connecting plate mobile, push rod upper end is fastenedly connected with threaded rod, adjusting nut is arranged with outside threaded rod, track is provided with above dust removal unit, motor section is movably set on track, motor section is provided with driving motor, driving motor drives adjusting nut rotation, vertical raised line is provided in motor section, it is fluted along axis setting on threaded rod, the rotation of threaded rod is limited in raised line insertion groove；Motor section is provided with drive sprocket, and connecting plate is fixedly connected with auxiliary sprocket wheel, and auxiliary sprocket wheel is connected with chain, and chain connects drive sprocket, and drive sprocket drives auxiliary sprocket wheel rotation to drive connecting plate to rotate by chain.
Description
Technical field
The present invention relates to a kind of radiators of burnout-proof.
Background technique
Radiator, as the term suggests it is a kind of radiator, for dispersing the heat of the object of contact, to avoid temperature
It is excessively high that it is caused to can not work normally.
Radiator is divided into radiator and convector radiator by heat exchange mode.The heat loss through convection amount of convector radiator is almost
100% is accounted for, sometimes referred to as " convector "；There is other radiators simultaneously with convection current and heat loss through radiation for opposite convector radiator
When be called " radiator ".Radiator is divided into the radiator of cast-iron radiator, steel radiator and other materials by material.Other
Material radiator includes the radiator of the materials such as aluminium, copper, steel combined with aluminum, Copper-Aluminum compound, stainless steel combined with aluminum and enamel.
The heat of Aluminium Radiator, which distributes, mainly to be transmitted by convection current and radiation.Convection current is the flowing by air
Realize heat transfer, this process can cause indoor air flowing and dust to be flown upward, and it is harmful to the respiratory system of human body, it is special
It is not the crowd for there is allergic constitution, strong uncomfortable reaction can be generated.Heat radiation is realized by electromagnetic wave,
As sunlight, the radiant heat that radiator issues is absorbed when encountering object, and is released again over time.By
Air is not transmitting medium during this, thus air be it is static, the floating of house dust will not be caused.But room
Interior other work components, then will not have such function, if radiator and other components participate in work together, can make
It obtains and covers upper dust on radiator.It works it is therefore desirable to carry out ash disposal.
When radiator works, has heat and transmitted, therefore the air that will lead to periphery is rapidly circulated, in this way
The dust impurity on air will be made to be adhered to the surface of radiator.After a long-term service, it will lead to heap on radiator
One layer of very thick dust has been accumulated, and has also had other impurities accumulation on radiator, to seriously affect the heat dissipation of radiator
Work.If it can not be normally carried out heat dissipation, radiator may result in, burn out because temperature is excessively high.
Therefore, it after work after a period of time, needs to be dusted work to radiator.Existing radiator,
It is merely able to be dusted using artificial process of cleaning.This method needs first to stop work, and is then dusted.This is just affected normally
It works, influences efficiency, and artificial dedusting in the extreme, need to expend working hour and the manpower of worker, therefore lead to dedusting cost
Rise.
Summary of the invention
The present invention aiming at the shortcomings in the prior art, provides a kind of radiator of burnout-proof, using automation dedusting side
Method can fast and efficiently remove the dust saved bit by bit on radiator, and will not influence the normal work of radiator, additionally it is possible to
Radiator is avoided to be damaged.
In order to solve the above-mentioned technical problem, the present invention is addressed by following technical proposals: a kind of heat dissipation of burnout-proof
Device, the heat radiator body including radiator, the body bottom portion are provided with heat dissipation base, are provided with dust removal unit above the ontology,
The dust removal unit bottom is provided with several groups brush tuft, and every group of brush tuft includes a number of hairbrush silk, the dust removal unit bottom
Gap of the portion between the brush tuft is provided with fumarole, and vent line, the dedusting are provided in the dust removal unit
Air inlet is provided at the top of portion, the air inlet is connected by the vent line with the fumarole, the air inlet by
Air pump gas supply, the dust removal unit top are fixedly installed the connecting plate of crescent, are rotatably connected to push rod in the middle part of the connecting plate,
The push rod can drive the connecting plate mobile, and the push rod upper end is fastenedly connected with threaded rod, be arranged with outside the threaded rod
Adjusting nut, the dust removal unit top are provided with track, motor section are movably set on the track, the motor section is provided with
Driving motor, the driving motor drive the adjusting nut rotation, are provided with vertical raised line, the spiral shell in the motor section
Fluted along axis setting on rasp bar, the raised line is embedded in the rotation that the threaded rod is limited in the groove；It is described
Motor section is provided with drive sprocket, and the drive sprocket drives work, the connecting plate by the sprocket motors in the motor section
It is fixedly connected with auxiliary sprocket wheel, the auxiliary sprocket wheel is connected with chain, and the chain connects the drive sprocket, the drive chain
Wheel drives the auxiliary sprocket wheel rotation to drive the connecting plate to rotate by chain；Towards connecting plate on the push rod side wall
Both ends direction be symmetrical arranged there are two stalling switch, the stalling switch connection sprocket motors and it is driven to stop
Work, the dust removal unit top are symmetrically arranged with two pieces of stalling pressing plates, and the connecting plate rotation will drive the dust removal unit and turn together
It is dynamic, so that one of stalling pressing plate is pressed in the stalling switch above and its is made to trigger work；The air pump is connected with only
Tracheae, the fresh-air duct are connected with dehumidification portion, and the dehumidification portion bottom is provided with first air inlet pipe, the insertion of first air inlet pipe lower end
It is provided in air cleaning portion and in end the port that draws for conveniently drawing gas, purification air is provided in the air cleaning portion and is used
Solution, be provided with partition in the air cleaning portion, the partition bottom end and air cleaning portion bottom there is gap and
Top is provided with venthole, and the partition will be divided into air inlet storehouse and out gas storehouse inside the air cleaning portion, described to draw port position
In in the gas storehouse out, gas outlet is provided in the solution in the air inlet storehouse, the gas outlet is connected with second air inlet pipe, described
The second air inlet pipe other end stretches out the air cleaning portion and end is provided with primary filtration portion, is arranged in the primary filtration portion
There is filter screen, the primary filtration portion is provided with the horn mouth for facilitating air inlet.
In above-mentioned technical proposal, it is preferable that the dehumidification portion is provided with drainpipe, and the draining tube end is inserted into the sky
In the solution of gas purification portion.
In above-mentioned technical proposal, it is preferable that the air cleaning portion is provided with the inlet tube that end is inserted into the solution,
Outlet orlop portion is provided with drain pipe.
In above-mentioned technical proposal, it is preferable that be provided with rack gear on the track, the motor section is provided with two groups of teeth wheel
Group, the gear of the gear set and rack gear engagement cooperation, the gear set are carried out by the displacement motor in the motor section
Driving rotation.
In above-mentioned technical proposal, it is preferable that the both ends of the track are symmetrical with there are two the central axes settings of the ontology
Limit base, the limit base bottom are provided with limit magnet, and the limit base is installed on the track using the limit magnet
On, the side wall of the motor section is provided with mobile limit switch, and the mobile limit switch connects the displacement motor, the shifting
Then the motor section can be made to stop movement in orbit when dynamic limit switch touches the limit base.
In above-mentioned technical proposal, it is preferable that the motor section bottom is connected with detection pedestal, and the detection pedestal is connected with
Extension rod is connected with range finding probe on the extension rod, be provided on the side wall of the extension rod on the push rod by
Drafting board, linear change is gradually thinning from top to bottom for the tested plate thickness, and the upper range finding probe detects the Board Under Test side
To its distance to calculate the mobile distance of push rod.
In above-mentioned technical proposal, it is preferable that the both ends of the dust removal unit are provided with mounting plate, are arranged on the mounting plate
Have a side range finding probe, the heat dissipation base side is provided with rubber buffer, the side range finding probe for pick up its own away from
Spacing from the rubber buffer, it is mobile described to avoid knocking that the side range finding probe can drive the motor section to stop
Heat dissipation base.
It, can quickly, efficiently using automation dust removal method the present invention provides a kind of radiator of burnout-proof is provided
The dust saved bit by bit on radiator is removed on ground, and will not influence the normal work of radiator, additionally it is possible to radiator be avoided to be damaged
It is bad.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention.
Fig. 2 is purifying structure of air schematic diagram of the invention.
Specific embodiment
Present invention is further described in detail with specific embodiment with reference to the accompanying drawing: as shown in Figure 1 to Figure 2, one
The radiator of kind burnout-proof, the heat radiator body 1 including radiator, 1 bottom of ontology is provided with heat dissipation base 11, the ontology
1 top is provided with dust removal unit 2, and 2 bottom of dust removal unit is provided with several groups brush tuft 21, and every group of brush tuft includes a number of
Hairbrush silk, gap of 2 bottom of dust removal unit between the brush tuft 21 is provided with fumarole, the dust removal unit 2
It is inside provided with vent line, air inlet 25 is provided at the top of the dust removal unit 2, the air inlet passes through the vent line and institute
It states fumarole to be connected, the air inlet 25 is supplied by air pump, and the connecting plate of crescent is fixedly installed at the top of the dust removal unit 2
22, push rod 3 is rotatably connected in the middle part of the connecting plate 22, the push rod 3 can drive the connecting plate 22 mobile, the push rod 3
Upper end is fastenedly connected with threaded rod 33, is arranged with adjusting nut 42 outside the threaded rod 33, rail is arranged above the dust removal unit 2
Road 6 is movably set with motor section 4 on the track 6, and the motor section 4 is provided with driving motor 45, and the driving motor 45 drives
It moves the adjusting nut 42 to rotate, is provided with vertical raised line in the motor section 4, is arranged on the threaded rod 33 along axis
Fluted, the raised line is embedded in the rotation that the threaded rod 33 is limited in the groove；The motor section 4 is provided with actively
Sprocket wheel 43, the drive sprocket 43 drive work by the sprocket motors in the motor section 4, and the connecting plate 22 is fixedly connected with
Sprocket wheel 23 is assisted, the auxiliary sprocket wheel 23 is connected with chain 231, and the chain 231 connects the drive sprocket 43, the active
Sprocket wheel 43 drives the rotation of auxiliary sprocket wheel 23 to drive the connecting plate 22 to rotate by chain 231；3 side wall of push rod
On be symmetrical arranged that there are two stall switch 31, the stalling switch 31 connection sprocket wheel towards the both ends direction of connecting plate 22
Motor and its shut-down is driven, two pieces of stalling pressing plates 24 are symmetrically arranged at the top of the dust removal unit 2, the connecting plate 22 rotates meeting
The dust removal unit 2 is driven to rotate together, so that one of stalling pressing plate 24 is pressed on the stalling switch 31 and makes it
Trigger work；The air pump is connected with fresh-air duct 81, and the fresh-air duct 81 is connected with dehumidification portion 8,8 bottom of the dehumidification portion setting
There is first air inlet pipe 82,82 lower end of first air inlet pipe, which is inserted into air cleaning portion 7 and is provided in end, conveniently draws drawing for gas
Port 821 is provided with the solution 70 of purification air in the air cleaning portion 7, is provided with partition in the air cleaning portion 7
71,71 bottom end of partition and 7 bottom of air cleaning portion have gap and top is provided with venthole 713, the partition
71 will be divided into air inlet storehouse 711 and out gas storehouse 712 inside the air cleaning portion 7, the port 821 that draws is located at the gas storehouse out
In 712, gas outlet 93 is provided in the solution in the air inlet storehouse 711, the gas outlet 93 is connected with second air inlet pipe 92, described
92 other end of second air inlet pipe stretches out the air cleaning portion 7 and end is provided with primary filtration portion 9, the primary filtration portion 9
It is inside provided with filter screen, the primary filtration portion 9 is provided with the horn mouth 91 for facilitating air inlet.
The dehumidification portion 8 is provided with drainpipe 83, and the solution in the air cleaning portion 7 is inserted into 83 end of drainpipe
In.
The air cleaning portion 7 is provided with the inlet tube 72 that end is inserted into the solution 70,712 bottom of gas storehouse out
It is provided with drain pipe 73.
Rack gear 60 is provided on the track 6, the motor section 4 is provided with two groups of teeth wheel group 41, the gear set 41
Gear and the engagement cooperation of the rack gear 60, the gear set 41 carry out driving rotation by the displacement motor in the motor section 4.
The both ends of the track 6 are symmetrical with the central axes setting of the ontology 1 there are two limit base 61, the limit base 61
Bottom is provided with limit magnet 62, and the limit base 61 is installed on the track 6 using the limit magnet 62, the motor
The side wall in portion 4 is provided with mobile limit switch 44, and the mobile limit switch 44 connects the displacement motor, the mobile limitation
The motor section 4 can be then made to stop at the movement on track 6 when switch 44 touches the limit base 61.
4 bottom of motor section is connected with detection pedestal 52, and the detection pedestal 52 is connected with extension rod 5, the extension
It is connected with range finding probe 51 on bar 5, is provided with Board Under Test 32 on the side wall of the extension rod 5 on the push rod 3, it is described
Linear change is gradually thinning from top to bottom for 32 thickness of Board Under Test, the upper range finding probe 51 detect 32 side of Board Under Test to its
Distance to calculate the mobile distance of push rod 3.
The both ends of the dust removal unit 2 are provided with mounting plate 26, are provided with side range finding probe 261 on the mounting plate 26,
11 side of heat dissipation base is provided with rubber buffer 12, and the side range finding probe 261 is for picking up described in its own distance
The spacing of rubber buffer 12, it is mobile described to avoid knocking that the side range finding probe 261 can drive the motor section 4 to stop
Heat dissipation base 11.
The radiator product of the application is aluminium alloy compression casting, has Corrosion Protection, beautiful in safety, and energy conservation aspect is
Advanced international level, integral die-cast molding of radiator fin are reached, seepy question is not present in no-welding-seam.Aluminum heat dissipation
Device passes through spraying process, guarantees that the monolithic of product is consistent with whole group appearance, exclusive conduction, radiation, three kinds of convection current heat transfers
Mode more enhances heat dissipation effect.The speed that radiates determines the comfort level of radiator, and cast iron and steel plate all have biggish thermal inertia,
Need the long period that can just room temperature be made to achieve the desired purpose, the most important feature of casting aluminium material is exactly rapid heat dissipation, heat consumption
It is small；These features of Aluminium Radiator meet power conservation requirement, meet the allegro life of modern.
The heat of Aluminium Radiator, which distributes, mainly to be transmitted by convection current and radiation.Convection current is the flowing by air
Realize heat transfer, this process can cause indoor air flowing and dust to be flown upward, and it is harmful to the respiratory system of human body, it is special
It is not the crowd for there is allergic constitution, strong uncomfortable reaction can be generated.Heat radiation is realized by electromagnetic wave,
As sunlight, the radiant heat that radiator issues is absorbed when encountering object, and is released again over time.By
Air is not transmitting medium during this, thus air be it is static, the floating of house dust will not be caused.
But indoor other work components, then there will not be such function, if radiator and other components are together
Work is participated in, then can to cover upper dust on radiator.It works it is therefore desirable to carry out ash disposal.
The dust removal unit 2 of the present apparatus is provided with several groups brush tuft 21, and every group of brush tuft includes a number of hairbrush silk, uses
In brushing the dust impurity on ontology 1.It is also provided with fumarole simultaneously, the air of fumarole spray clean, can on ontology 1
It is enough to blow away dust impurity, additionally it is possible to cool down to ontology 1.
When being dusted work, first body upper part is dusted, is then successively dusted to two sides.
When being dusted to top, first dust removal unit 2 is slowly moved down, so that brush tuft 21 is inserted into the cooling fin in ontology
Gap, the then displacement motor rotation in driving motor portion 4, so that gear set 41 be driven to work.Wherein tool in driving motor portion 4
There are two displacement motor, a displacement motor drives one group of gear set 41 to work.Because of the relationship of engagement, gear set 41 works
Afterwards, motor section 4 will be made to move on track 6.After mobile one end distance, then rotate backward displacement motor, to make
Motor section 4 is obtained to move backward on track 6.Again after mobile one end distance, and rotate forward displacement motor, so that electric
Machine portion 4 is positive mobile on track 6, is reciprocally moved in this way.Therefore, it will be able to realize 21 rider-type brush ontology 1 of brush tuft
Function, to realize the function of dedusting.At the same time, air pump opens work, provides clean air.Air is sprayed from fumarole
Out, it acts on ontology 1, to help dedusting.After dedusting completion, it is lifted dust removal unit 2.
Wherein, the distance for being lifted and declining, Board Under Test 32 is detected with upper range finding probe 51.The thickness of Board Under Test 32
Degree has linear change, therefore upper range finding probe 51 detects it and can extrapolate Board Under Test 32 to the distance of 32 side wall of Board Under Test
Moving distance, therefore just obtain the amount of movement of push rod 3, therefore just obtain the amount of movement of dust removal unit 2.
After to top dedusting, then counter-lateral quadrents are dusted.Before carrying out side dedusting, needs to adjust dust removal unit 2, make
It overturns.At this point, driving drive sprocket 43 rotates, because of the connection relationship of chain drive, will that sprocket wheel 23 is assisted to rotate.
And assisting sprocket wheel 23 is to be fixedly installed on connecting plate 22, and connecting plate 22 is also the relationship being fixedly connected with dust removal unit, therefore
After the rotation of drive sprocket 43, it will be able to so that dust removal unit 2 rotates.Stalling pressing plate 24 is provided in dust removal unit 2, when stalling is pressed
Plate 24, which is pressed on stalling switch 31, will make it trigger work.Stalling switch 31 will make the chain for driving drive sprocket 43 to rotate
Turbin generator stops operating.
After dust removal unit 2 inverts, it is necessary to be adjusted to the side of ontology, at this point, drive displacement motor works, be made
It is mobile to obtain motor section 4.Then it drives driving motor 45 to work again, makes it that the adjusting nut 42 be driven to rotate, thus by dedusting
Portion 2 is slowly put down.When dust removal unit 2 is placed into ontology side, then displacement motor is driven to work, so that motor section 4 is mobile,
So that brush tuft 21 is inserted into the gap of the cooling fin of ontology side.Preparation is just completed at this time, is then removed again
Dirt.Driving motor 45 is made constantly to rotate forward and overturn when dedusting, so that push rod 3 is driven constantly to move up and down, it is final to drive
Dust removal unit 2 moves back and forth up and down, so that brush tuft is constantly dusted work.Air pump opens work simultaneously, provides clean
Air.Air is sprayed from fumarole, is acted on ontology 1, to help dedusting.After dedusting completion, it is lifted dust removal unit 2.
In order to avoid when dust removal unit is close to ontology side, bumping against ontology 1 or heat dissipation base 11, present apparatus setting
Side range finding probe 261 and rubber buffer 12.Side range finding probe 261 is used for the distance of detecting distance rubber buffer 12, when
When hypotelorism, so that the movement of motor section 4 is no longer moved, to avoid collision.Rubber buffer 12 is used for buffer function, avoids
Side range finding probe 261 is broken.
In order to avoid secondary pollution, the present apparatus has carried out dust separation processing to the air pump air to be sprayed, therefore is arranged
Air cleaning portion 7.Into the air in air cleaning portion 7, the primary filtration in primary filtration portion 9 is first passed through, by the ash of bulky grain
The removal of trifle in the world matter.Then air enters in solution 70, is further processed.
Solution can all remove the dust in air.And because air is directly blown on radiator body,
Therefore in order to avoid being corroded by acidic materials, solution 70 is alkalescent, in carrying out the acidic materials in air
With fall.Meanwhile solution can take away the heat of air, to improve the heat sinking function of radiator.
Then air enters back into dehumidification portion 8 again from port 821 is drawn into first air inlet pipe 82.Dehumidification portion 8 carries out air
It is dried, the air being injected on radiator body in this way would not cause damages to radiator.
Solution is loss object, after long-time use, will lose neutralising capacity.Therefore, the present apparatus be provided with inlet tube and
Drain pipe 73 renews processing for periodically carrying out solution 70, guarantees the clean-up effect of air.
It, can quickly, efficiently using automation dust removal method the present invention provides a kind of radiator of burnout-proof is provided
The dust saved bit by bit on radiator is removed on ground, and will not influence the normal work of radiator, additionally it is possible to radiator be avoided to be damaged
It is bad.
Claims (7)
1. a kind of radiator of burnout-proof, it is characterised in that: the heat radiator body (1) including radiator, ontology (1) bottom are set
It is equipped with heat dissipation base (11), is provided with dust removal unit (2) above the ontology (1), dust removal unit (2) bottom is provided with several groups
Brush tuft (21), every group of brush tuft include a number of hairbrush silk, and dust removal unit (2) bottom is located at the brush tuft (21)
Between gap be provided with fumarole, vent line, setting at the top of the dust removal unit (2) are provided in the dust removal unit (2)
Have air inlet (25), the air inlet is connected by the vent line with the fumarole, and the air inlet (25) is by gas
Pump gas supply, dust removal unit (2) top are fixedly installed the connecting plate (22) of crescent, and rotation connects in the middle part of the connecting plate (22)
It is connected to push rod (3), the push rod (3) can drive the connecting plate (22) mobile, and push rod (3) upper end is fastenedly connected with screw thread
Bar (33), the threaded rod (33) are arranged with adjusting nut (42) outside, are provided with track (6) above the dust removal unit (2), described
It is movably set on track (6) motor section (4), the motor section (4) is provided with driving motor (45), the driving motor (45)
Drive the adjusting nut (42) to rotate, be provided with vertical raised line in the motor section (4), on the threaded rod (33) along
Axis setting is fluted, and the raised line is embedded in the rotation that the threaded rod (33) are limited in the groove；The motor section
(4) it is provided with drive sprocket (43), the drive sprocket (43) drives work, institute by the sprocket motors in the motor section (4)
It states connecting plate (22) and is fixedly connected with auxiliary sprocket wheel (23), the auxiliary sprocket wheel (23) is connected with chain (231), the chain
(231) drive sprocket (43) is connected, the drive sprocket (43) drives the auxiliary sprocket wheel (23) to turn by chain (231)
It moves that the connecting plate (22) is driven to rotate；It is symmetrical towards the both ends direction of connecting plate (22) on push rod (3) side wall
There are two stalling switches (31) for setting, and the stalling switch (31) connects the sprocket motors and drives its shut-down, described to remove
Two pieces of stalling pressing plates (24) are symmetrically arranged at the top of dirt portion (2), connecting plate (22) rotation will drive the dust removal unit (2) one
Rotation is played, so that one of stalling pressing plate (24) is pressed on the stalling switch (31) and it is made to trigger work；It is described
Air pump is connected with fresh-air duct (81), and the fresh-air duct (81) is connected with dehumidification portion (8), and dehumidification portion (8) bottom is provided with first
Air inlet pipe (82), first air inlet pipe (82) lower end, which is inserted into air cleaning portion (7) and is provided in end, conveniently draws gas
It draws port (821), the solution (70) of purification air is provided in the air cleaning portion (7), the air cleaning portion (7) is interior
Be provided with partition (71), partition (71) bottom end and air cleaning portion (7) bottom there is gap and top be provided with it is logical
Stomata (713), the partition (71) will be divided into air inlet storehouse (711) and out gas storehouse (712), institute inside the air cleaning portion (7)
It states and draws port (821) in gas storehouse (712) out, be provided with gas outlet (93) in the solution in the air inlet storehouse (711),
The gas outlet (93) is connected with second air inlet pipe (92), and second air inlet pipe (92) other end stretches out the air cleaning portion (7)
And end is provided with primary filtration portion (9), is provided with filter screen, the primary filtration portion (9) in the primary filtration portion (9)
It is provided with the horn mouth (91) for facilitating air inlet.
2. a kind of radiator of burnout-proof according to claim 1, it is characterised in that: dehumidification portion (8) row of being provided with
Water pipe (83), drainpipe (83) end are inserted into the solution of the air cleaning portion (7).
3. a kind of radiator of burnout-proof according to claim 1, it is characterised in that: air cleaning portion (7) setting
There is end to be inserted into the inlet tube (72) in the solution (70), described gas storehouse (712) bottom out is provided with drain pipe (73).
4. a kind of radiator of burnout-proof according to claim 1, it is characterised in that: be arranged on the track (6) with teeth
Item (60), the motor section (4) are provided with two groups of teeth wheel group (41), and the gear and the rack gear (60) of the gear set (41) are nibbled
Cooperation is closed, the gear set (41) carries out driving rotation by the displacement motor in the motor section (4).
5. a kind of radiator of burnout-proof according to claim 4, it is characterised in that: the both ends of the track (6) are symmetrical
In the setting of the central axes of the ontology (1), there are two limit base (61), and limit base (61) bottom is provided with limit magnet
(62), the limit base (61) is installed on the track (6) using the limit magnet (62), the side of the motor section (4)
Wall is provided with mobile limit switch (44), and the mobile limit switch (44) connects the displacement motor, and the mobile limitation is opened
Pass (44) touches the limit base (61) Shi Zehui and the motor section (4) is made to stop at the movement on track (6).
6. a kind of radiator of burnout-proof according to claim 1, it is characterised in that: motor section (4) the bottom connection
Have detection pedestal (52), the detection pedestal (52) is connected with extension rod (5), and ranging spy is connected on the extension rod (5)
Head (51) is provided with Board Under Test (32) on the push rod (3), the Board Under Test (32) on the side wall of the extension rod (5)
Linear change is gradually thinning from top to bottom for thickness, the upper range finding probe (51) detect Board Under Test (32) side to its away from
From to calculate with a distance from push rod (3) movement.
7. a kind of radiator of burnout-proof according to claim 1, it is characterised in that: the both ends of the dust removal unit (2)
It is provided with mounting plate (26), is provided with side range finding probe (261) on the mounting plate (26), heat dissipation base (11) side is set
It is equipped with rubber buffer (12), the side range finding probe (261) is for picking up its own apart from the rubber buffer (12)
Spacing, it is mobile to avoid knocking the heat dissipation base that the side range finding probe (261) can drive the motor section (4) to stop
(11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821478919.1U CN209181610U (en) | 2018-09-11 | 2018-09-11 | A kind of radiator of burnout-proof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821478919.1U CN209181610U (en) | 2018-09-11 | 2018-09-11 | A kind of radiator of burnout-proof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209181610U true CN209181610U (en) | 2019-07-30 |
Family
ID=67359562
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821478919.1U Active CN209181610U (en) | 2018-09-11 | 2018-09-11 | A kind of radiator of burnout-proof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209181610U (en) |
-
2018
- 2018-09-11 CN CN201821478919.1U patent/CN209181610U/en active Active
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