CN205617217U - Thermal cycle pouring machine - Google Patents
Thermal cycle pouring machine Download PDFInfo
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- CN205617217U CN205617217U CN201620381478.8U CN201620381478U CN205617217U CN 205617217 U CN205617217 U CN 205617217U CN 201620381478 U CN201620381478 U CN 201620381478U CN 205617217 U CN205617217 U CN 205617217U
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- circulation
- hot gas
- steam
- melt chamber
- chamber
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Abstract
The utility model discloses a thermal cycle pouring machine, which comprises a frame, be equipped with heating circulation device in the frame, heating circulation device includes circulation melt chamber, circulation melt intracavity is equipped with the agitating unit who is used for stirring pitch or crack filling adhesive, be equipped with the temperature control device who is used for controlling its temperature in the cavity on the wall of circulation melt chamber, temperature control device is including the combustor of the ability heated gas body, circulation melt chamber downside is equipped with one end and is connected and can stores the hot gas circulation chamber by burner heating's gas with the combustor, heating circulation device is last to be equipped with and to be used for around sealed circulation melt chamber and hot gas circulation chamber and endless hot gas circulation heating heat preservation including enabling steam, it enables hot gas circulation intracavity steam exhaust gas vent to be equipped with on the hot gas circulation heating heat preservation, hot gas circulation heating heat preservation peripheral hardware has and is used for the shutoff gas vent and can seals exhaust adjusting device with cybernetic loop melt temperature in the cavity through changing blocking position.
Description
[technical field]
This utility model relates to a kind of machinery equipment, more specifically a kind of thermal cycle cementation of fissures
Machine.
[background technology]
Pouring machine, is mainly used in the preventive maintenance of road pavement disease, road construction and municipal administration and sets
Execute maintenance, generally to the crack on bituminous paving and reserving on cement pavement in the way of cast
Expansion joint implement the cementation of fissures, existing pouring machine be under resting state heat molten asphalt
Or base joint grouting glue, therefore heat time heating time is long, and because of extend put into cementation of fissures operation standby time
Between and make the work efficiency of pouring machine be affected, meanwhile, produced by pouring machine, heat energy can not
Fully cover and circulate, making Colophonium or base joint grouting glue be heated uneven, being unfavorable for cast, and fuselage
Heat is readily volatilized, and burner needs the most in running order, the most energy-conservation.In view of above-mentioned
The problem existed, the applicant has made rational modification, and technical scheme described below is
Based on produce under this premise.
[utility model content]
This utility model purpose is to overcome the deficiencies in the prior art, it is provided that a kind of thermal cycle cementation of fissures
Machine, its compact conformation, can quickly cementation of fissures built-in temperature be promoted with molten asphalt or base joint grouting glue,
Stand-by time is short, and meanwhile, heat energy can fully cover and persistently keep, more efficient energy-conservation.Colophonium
Or base joint grouting glue is heated the most evenly, and can be stirred during fusing, fusing effect is more preferable, it is simple to
Later stage pours into a mould.
This utility model is achieved through the following technical solutions:
A kind of thermal cycle pouring machine, including frame 1, it is characterised in that: in described frame 1
Being provided with heat cycles device 2, described heat cycles device 2 includes circulating melt chamber 201,
It is provided with the agitating device 3 for stirring Colophonium or base joint grouting glue in described circulation melt chamber 201,
Described circulation melt chamber 201 wall is provided with the attemperating unit 4 for controlling its cavity temperature,
Described attemperating unit 4 includes the burner 401 that can add hot gas, described circulation melt chamber
It is provided with one end on the downside of in the of 201 be connected with described burner 401 and can store by described burner
The hot gas cycle chamber 402 of the gas of 401 heating, described heat cycles device 2 is provided with use
In around circulating melt chamber 201 and described hot gas cycle chamber 402 and heat can be made described in sealing
Gas is provided with at the hot gas cycle heat-insulation layer 2a of interior circulation, described hot gas cycle heat-insulation layer 2a
Can make the air vent 202 that steam is discharged in described hot gas cycle chamber 402, described steam follows
Ring heat-insulation layer 2a is externally provided with for blocking described air vent 202 and can block position by changing
Put with the sealing exhaust modulation device 5 of temperature in the circulation melt chamber 201 described in control.
Thermal cycle pouring machine as above, it is characterised in that: described frame 1 be provided with
Described circulation melt chamber 201 be connected to Colophonium when described agitating device 3 works or
Base joint grouting glue detaches pump and enters in described circulation melt chamber 201 so that Colophonium or base joint grouting glue can be more equal
The circulation mateiral pump 6 stirred evenly.
Thermal cycle pouring machine as above, it is characterised in that: described heat cycles device 2
Upper end is provided with and facilitates mounting or dismounting to follow for covering described circulation melt chamber 201 and described steam
The upper cover plate 203 of ring heat-insulation layer 2a, described heat cycles device 2 lower end is provided with convenient dress
Disassemble and use in covering under described hot gas cycle chamber 402 and described hot gas cycle heat-insulation layer 2a
Cover plate 204, described upper cover plate 203 is provided with can be simultaneously by described hot gas cycle heat-insulation layer
Stirring Colophonium or base joint grouting glue institute in steam after circulation and described circulation melt chamber 201 in 2a
The concentration exhaust apparatus 2b that the waste gas produced is discharged.
Thermal cycle pouring machine as above, it is characterised in that: described circulation melt chamber 201
Including the base plate 205 being located at bottom it, described hot gas cycle chamber 402 and described base plate 205
Between be provided with heating oil reservoir 2c, described base plate 205 is provided with tap hole 206, described stream
Portal to be provided with on the downside of 206 and can pass described hot gas cycle heat-insulation layer 2a and take out for described circulation
Material pump 6 thus draws out the circulation of Colophonium or base joint grouting glue and takes out material mouth 207, described circulation melt chamber
201 are provided with and can pass described hot gas cycle heat-insulation layer 2a for described circulation mateiral pump 6
Colophonium after thus pump enters circulation or the recycle feed mouth 208 of base joint grouting glue.
Thermal cycle pouring machine as above, it is characterised in that: described circulation mateiral pump 6 wraps
Including the hold-down support 601 being located in described frame 1, described hold-down support 601 is provided with
Pump is to power set 6a, and described pump is provided with to power set 6a and takes out material with described circulation
Mouthfuls 207 material-pumping tubes 602 being connected and the charging being connected with described recycle feed mouth 208
Pipe 603, described pump includes being located on described hold-down support 601 to power set 6a
With shaft fixing support 604, described same shaft fixing support 604 side is provided with pump to rotating shaft 605
Opposite side is provided with the servomotor 606 that the pump described in driving rotates, described pump to rotating shaft 605
It is provided with for connecting described material-pumping tube 602 and described feed pipe 603 to rotating shaft 605 side
Pump be provided with pump to amount control device 6b to chamber 607, described feed pipe 603.
Thermal cycle pouring machine as above, it is characterised in that: described hot gas cycle heat-insulation layer
2a includes the first hot gas cycle layer 209 around described circulation melt chamber 201, described the
One hot gas cycle layer 209 periphery be provided with connect with described hot gas cycle chamber 402 for making described
The steam that produced of burner 401 enter again after the first described hot gas cycle layer 209 half cycle
Entering the abundant cover layer of steam 210 of the first described hot gas cycle layer 209, described steam fills
Cover layer 210 periphery is divided to be provided with insulating 211.
Thermal cycle pouring machine as above, it is characterised in that: described sealing aerofluxus regulation dress
Put the 5 sealing fixed supports 501 including being fixed on outside described hot gas cycle heat-insulation layer 2a layer,
Described sealing fixed support 501 is provided with corresponding with described air vent 202 opening adjustable
Air vent 511, described sealing fixed support 501 is provided with can be along it toward polyslip for adjusting
The sealing of adjustable row QI KOU 511 position described in joint closure controls device 5a.
Thermal cycle pouring machine as above, it is characterised in that: described sealing fixed support
501 are provided with slide rail 502, and described sealing controls device 5a and includes being located at described slide rail
On 502 and can be along the plugging plate 503 of described slide rail 502 horizontal sliding, described plugging plate
503 glide direction sides are provided with connecting rod rocker arm body 5b, described connecting rod rocker arm body 5b bag
Including connecting rod support 504, described connecting rod support 504 is provided with makees reciprocating swing with it for fulcrum
The first control connecting rod 505, described first control connecting rod 505 lower end is provided with one end and lives with it
The other end that is dynamically connected is flexibly connected with described plugging plate 503 end when the first described control
The the second control connecting rod 506 pushing away described plugging plate 503 can be drawn when connecting rod 505 waves, described
Sealing fixed support 501 be provided with the limit for limiting described plugging plate 503 slip locations
Position block 507.
Thermal cycle pouring machine as above, it is characterised in that: described hot gas cycle heat-insulation layer
2a top is provided with steam outlet 215, and described concentration exhaust apparatus 2b includes being located in institute
Connect for discharging described heat on the upper cover plate 203 stated and with described steam outlet 215
The steam of the steam after circulating in gas circulation heat-insulation layer 2a discharges chimney 213, described steam row
Go out chimney 213 side to be provided with one end and pierce into the other end in described circulation melt chamber 201 and pierce into described
Steam discharge in chimney 213 chimney wall can make described circulation melt chamber 201 in waste gas along described
Steam discharges the waste gas discharge chimney 214 that the steam discharge direction of chimney 213 is discharged simultaneously, described
It is former that upper cover plate 203 is provided with in the circulation melt chamber 201 supplied described in Colophonium or base joint grouting glue entrance
Expect enter passage 2d and stir for stretching into described circulation melt chamber 201 extraction for sprinkling pipeline
Colophonium after mixing or the discharging closing device 2e of base joint grouting glue.
Compared with prior art, this utility model has the following advantages:
1, this utility model compact conformation, can quickly promote cementation of fissures built-in temperature with fusing
Colophonium or base joint grouting glue, stand-by time is short, and meanwhile, heat energy can fully cover and persistently keep, more
Energy-efficient.Colophonium or base joint grouting glue are heated the most evenly, and can be stirred during fusing, fusing
Effect is more preferable, it is simple to the later stage pours into a mould.
2, this utility model is provided with multi-layer heat preserving structure, and heat is the most volatile, and steam fills
Dividing and just can enter inner thermal insulating layer after covering external thermal insulation, heat covers uniformly, more energy efficient environmental protection.
3, this utility model is provided with the sealing exhaust modulation device of conveniently adjusted temperature,
Can be by changing closure capacity to regulate temperature, and it is little self to take up room, and installs and uses
More convenient.
4, this utility model is provided with when agitating device stirring Colophonium or during base joint grouting glue, can be by
The circulation mateiral pump that Colophonium or base joint grouting glue are extracted out, this device can prevent Colophonium or casting glue in stirring
During occur precipitation situation, stirring evenly, in hgher efficiency, reduce waste.
5, heat cycles device of the present utility model is dismantled and assembled structure, and self takes up room
Little, and maintenance can be conveniently taken apart when equipment breaks down, reduce maintenance cost.
6, this utility model can simultaneously will in hot gas cycle heat-insulation layer circulation after steam and follow
Waste gas produced by ring melt intracavity stirring Colophonium or base joint grouting glue is discharged simultaneously, uses more convenient,
And can effectively reduce potential safety hazard, later maintenance easy maintenance.
[accompanying drawing explanation]
Fig. 1 is this utility model axonometric chart；
Tu2Shi this utility model partial perspective view；
Fig. 3 is this utility model axonometric chart；
Fig. 4 is that this utility model uses state reference map；
Fig. 5 is this utility model heat cycles device partial perspective view；
Fig. 6 is this utility model heat cycles device axonometric chart；
Fig. 7 is this utility model heat cycles device axonometric chart；
Fig. 8 is this utility model heat cycles device partial perspective view；
Fig. 9 is this utility model heat cycles device partial perspective view；
Figure 10 is that this utility model heat cycles device partial cutaway is to schematic diagram；
Figure 11 is that this utility model heat cycles device cuts open to schematic diagram；
Figure 12 is this utility model heat cycles device decomposing schematic representation；
Figure 13 is this utility model partial structurtes schematic diagram；
Figure 14 is this utility model partial perspective view；
Figure 15 is that this utility model circulates mateiral pump axonometric chart；
Figure 16 is that this utility model circulates mateiral pump partial exploded view；
Figure 17 is that this utility model seals exhaust modulation device axonometric chart；
Figure 18 is that this utility model sealing exhaust modulation device uses state diagram.
[detailed description of the invention]
Below in conjunction with the accompanying drawings this utility model is described in further detail.
A kind of thermal cycle pouring machine, including frame 1, described frame 1 is provided with heat cycles
Device 2, described heat cycles device 2 includes circulating melt chamber 201, and described circulation is melted
Material is provided with the agitating device 3 for stirring Colophonium or base joint grouting glue in chamber 201, and described circulation is melted
Material chamber 201 wall is provided with the attemperating unit 4 for controlling its cavity temperature, described temperature control dress
Put 4 burners 401 including adding hot gas, be provided with on the downside of described circulation melt chamber 201
One end is connected with described burner 401 and can store the gas heated by described burner 401
The hot gas cycle chamber 402 of body, described heat cycles device 2 is provided with for around sealing institute
That states circulates melt chamber 201 and described hot gas cycle chamber 402 and steam can be made in interior circulation
Hot gas cycle heat-insulation layer 2a, described hot gas cycle heat-insulation layer 2a are provided with and can make described heat
The air vent 202 that in gas torus 402, steam is discharged, described hot gas cycle heat-insulation layer 2a
Be externally provided with for block described air vent 202 and can by change block-up position to control institute
The sealing exhaust modulation device 5 of temperature in the circulation melt chamber 201 stated.
Described frame 1 is provided with and is connected to when described with described circulation melt chamber 201
Colophonium or base joint grouting glue detach when agitating device 3 works pump enter in described circulation melt chamber 201
So that the circulation mateiral pump 6 that Colophonium or base joint grouting glue can more uniformly stir.Have an advantage in that and can prevent
Only Colophonium or casting glue occur the situation of precipitation in whipping process, and evenly, efficiency is more in stirring
Height, reduces waste.
Described heat cycles device 2 upper end is provided with and facilitates mounting or dismounting for covering described circulation
Melt chamber 201 and the upper cover plate 203 of described hot gas cycle heat-insulation layer 2a, described heating
Circulating device 2 lower end is provided with and facilitates mounting or dismounting for covering described hot gas cycle chamber 402 and described
The lower cover 204 of hot gas cycle heat-insulation layer 2a, described upper cover plate 203 is provided with can be with
Time will in described hot gas cycle heat-insulation layer 2a circulation after steam and described circulation melt chamber
The concentration exhaust apparatus 2b that waste gas produced by Colophonium or base joint grouting glue is discharged is stirred in 201.It is excellent
Point is compact conformation, easy disassembly, and later maintenance maintenance is more convenient, uses the row of concentration simultaneously
The mode of gas can effectively reduce potential safety hazard.
Described circulation melt chamber 201 includes the base plate 205 being located at bottom it, described steam
Heating oil reservoir 2c, described base plate 205 it is provided with between torus 402 and described base plate 205
It is provided with tap hole 206, is provided with on the downside of described tap hole 206 and can pass described steam and follow
The circulation that ring heat-insulation layer 2a thus draws out Colophonium or base joint grouting glue for described circulation mateiral pump 6 is taken out
Material mouth 207, described circulation melt chamber 201 is provided with and can pass described hot gas cycle insulation
Layer 2a enters the Colophonium after circulation or the circulation of base joint grouting glue for described circulation mateiral pump 6 thus pump
Charging aperture 208.Having an advantage in that compact conformation, equipment occupation space is less, and circulation can be made to melt
Material intracavity is heated evenly, and can be circulated the Colophonium in stirring or base joint grouting glue so that it is after
Phase mixing effect is more preferable.
Described circulation mateiral pump 6 includes the hold-down support 601 being located in described frame 1,
Described hold-down support 601 is provided with pump to power set 6a, and described pump is to power set
6a is provided with and takes out the material material-pumping tube 602 that is connected of mouth 207 with described circulation and with described
The feed pipe 603 that recycle feed mouth 208 is connected, described pump includes to power set 6a
It is located at the same shaft fixing support 604 on described hold-down support 601, described coaxial fixing
Frame 604 side is provided with pump and is provided with the pump described in driving to rotating shaft 605 turns to rotating shaft 605 opposite side
Dynamic servomotor 606, described pump is provided with for connecting described taking out to rotating shaft 605 side
The pump of material pipe 602 and described feed pipe 603, to chamber 607, described feed pipe 603 sets
There is pump to amount control device 6b.Described servomotor 606 and described same shaft fixing support
It is provided with installation contiguous block 608 between 604, is provided with installation in described installation contiguous block 608 and connects
Hole 609, is provided with for by described servomotor 606 in described installation connecting hole 609
The driving sleeve 610 that rotation section is connected to rotating shaft 605 with described pump.Have an advantage in that structure
Simply, can prevent Colophonium or casting glue from the situation of precipitation occurring in whipping process, stir more equal
Even, in hgher efficiency, reduce waste.
Described hot gas cycle heat-insulation layer 2a includes the around described circulation melt chamber 201
One hot gas cycle layer 209, the first described hot gas cycle layer 209 periphery is provided with and described heat
Gas torus 402 connection is for making steam that described burner 401 produced around described the
The steam entering back into the first described hot gas cycle layer 209 after one hot gas cycle layer 209 half cycle fills
Dividing cover layer 210, described steam abundant cover layer 210 periphery is provided with insulating 211.
The abundant cover layer of described steam 210 includes that one end is with the first described hot gas cycle layer 209 even
Connect after the other end extends half cycle along the first described hot gas cycle layer 209 hot with described first
Gas circulation layer 209 forms the inducing QI block 212 of gap-like opening, described burner 401
The distance of the air inlet openings of the inducing QI block 212 that opening of giving vent to anger is the most described is the first described heat
The semi-circumference distance of gas circulation layer 209.Having an advantage in that compact conformation, heat is the most volatile,
And steam fully cover the abundant cover layer of steam after just can enter the first hot gas cycle layer, heat covers
Lid is uniform, more energy efficient environmental protection.
Described sealing exhaust modulation device 5 includes being fixed on described hot gas cycle heat-insulation layer
Sealing fixed support 501 outside 2a layer, described sealing fixed support 501 is provided with described
Adjustable row QI KOU 511 corresponding to air vent 202 opening, described sealing fixed support 501
Being provided with can be along it toward polyslip for regulating adjustable row QI KOU 511 position described in closure
Sealing controls device 5a.Having an advantage in that simple in construction, production and processing is convenient, can be by changing
Becoming closure capacity regulate temperature, faster, and it is little self to take up room for homoiothermic speed, installation
And using more convenient, manufacturing cost is lower.
Described sealing fixed support 501 is provided with slide rail 502, and described sealing controls device
5a includes being located on described slide rail 502 and can be along the envelope of described slide rail 502 horizontal sliding
Closure plate 503, described plugging plate 503 glide direction side is provided with connecting rod rocker arm body 5b, institute
The connecting rod rocker arm body 5b stated includes connecting rod support 504, and described connecting rod support 504 sets
There are the first control connecting rod 505 making reciprocating swing with it for fulcrum, the first described control connecting rod
505 lower ends are provided with one end and are flexibly connected the other end and the activity of described plugging plate 503 end with it
Connect can draw when described first control connecting rod 505 waves and push away the of described plugging plate 503
Two control connecting rod 506, and described sealing fixed support 501 is provided with for limiting described envelope
The limited block 507 of closure plate 503 slip locations.The upper end of the first described control connecting rod 505
It is flexibly connected with the upper end of described connecting rod support 504, the first described control connecting rod 505
Upper end is provided with push rod 510, and described plugging plate 503 front portion is provided with for limiting its post-tensioning position
The post-tensioning block 508 put, rear portion is provided with the front push and block block 509 for limiting its forward position.
Having an advantage in that simple in construction, production and processing is convenient, can be by changing closure capacity with regulation
Temperature, and it is little self to take up room, and installs and uses more convenient.
Described hot gas cycle heat-insulation layer 2a top is provided with steam outlet 215, described collection
Middle exhaust apparatus 2b includes being located on described upper cover plate 203 and discharging with described steam
The heat of mouth 215 connection steam after discharging the interior circulation of described hot gas cycle heat-insulation layer 2a
Gas discharges chimney 213, and described steam discharge chimney 213 side is provided with one end and pierces into described circulation
In melt chamber 201, the other end pierces in described steam discharges chimney 213 chimney wall and can make described following
The steam discharge direction that in ring melt chamber 201, waste gas discharges chimney 213 along described steam is arranged simultaneously
The waste gas gone out discharges chimney 214, and described upper cover plate 203 is provided with and enters for Colophonium or base joint grouting glue
The described raw material in circulation melt chamber 201 enters passage 2d and for stretching into for sprinkling pipeline
Described circulation melt chamber 201 extracts the Colophonium after stirring or the discharging closing device of base joint grouting glue out
2e.Have an advantage in that simple in construction, can be simultaneously by the steam after circulation in hot gas cycle heat-insulation layer
And circulation melt intracavity stirs waste gas produced by Colophonium or base joint grouting glue and discharges simultaneously, use more square
And can effectively reduce potential safety hazard, later maintenance easy maintenance just,.
Utility model works principle:
Thermal cycle and operation principle: starting attemperating unit 4, burner 401 i.e. adds hot gas,
Steam is full of hot gas cycle chamber 402 immediately makes heating oil reservoir 2c heat up, and steam also can flow simultaneously
Enter the abundant cover layer of steam 210, after steam is full of the abundant cover layer of steam 210, steam meeting
Air inlet openings along inducing QI block 212 flows into the first hot gas cycle layer 209, circulates melt chamber 201
Cavity temperature promotes immediately, then from raw material, Colophonium or base joint grouting glue is entered passage 2d importing and follows
Colophonium or base joint grouting glue can be melted in ring melt chamber 201.In fusion process, agitating device 3
Being stirred, the steam after the produced waste gas of stirring and circulation can be along concentrating exhaust apparatus simultaneously
2b discharges simultaneously.After completing stirring, pipeline will be sprayed and insert at discharging closing device 2e i.e.
Sprinkling can be extracted out, as shown in Figure 4.
Regulation temperature: when needing to heighten temperature, pulls back push rod 510, and first controls
Connecting rod 505 bottom is i.e. made reverse displacement and is promoted the second control connecting rod 506 with it, and second controls
Connecting rod 506 i.e. promotes plugging plate 503 to make it slide along slide rail 502 and blocks adjustable row QI KOU 511,
As it is shown in fig. 7, block-up position is the most, steam is discharged the fewest, and temperature is the highest.Need temperature
When turning down, promoting forward push rod 510, first controls connecting rod 505 bottom i.e. makees with it reversely
Displacement pulls the second control connecting rod 506, and second controls connecting rod 506 i.e. pulls plugging plate 503 to make
It slides along slide rail 502 and reduces closure adjustable row QI KOU 511, as shown in Figure 6, block-up position
The fewest, steam is discharged the most, and temperature is the lowest.
Pump is to circulation theory: Colophonium or base joint grouting glue after fusing flow out from tap hole 206 and flow to
Circulation take out material mouth 207, servomotor 606 start drive pump to rotating shaft 605 rotate make Colophonium or
Base joint grouting glue is along material-pumping tube 602 suction pump to chamber 607, and pump makes Colophonium to feed pipe 603 the most again
Or base joint grouting glue enters in circulation melt chamber 201 along circulation charging aperture 208, complete circulation.
Claims (9)
1. a thermal cycle pouring machine, including frame (1), it is characterised in that: described
Frame (1) is provided with heat cycles device (2), and described heat cycles device (2) includes
Circulation melt chamber (201), is provided with for stirring Colophonium in described circulation melt chamber (201)
Or the agitating device (3) of base joint grouting glue, described circulation melt chamber (201) wall be provided with for
Controlling the attemperating unit (4) of its cavity temperature, described attemperating unit (4) includes heating
The burner (401) of gas, described downside, circulation melt chamber (201) is provided with one end and institute
The burner (401) stated connects and can store the gas heated by described burner (401)
Hot gas cycle chamber (402), described heat cycles device (2) is provided with for around close
Circulation melt chamber (201) described in envelope and described hot gas cycle chamber (402) and steam can be made
At hot gas cycle heating and thermal insulation layer (2a) of interior circulation, described hot gas cycle heating and thermal insulation layer
(2a) air vent that described hot gas cycle chamber (402) interior steam can be made to discharge it is provided with
(202), described hot gas cycle heating and thermal insulation layer (2a) is externally provided with for blocking described row
QI KOU (202) and can by change block-up position with control described in circulation melt chamber (201)
The sealing exhaust modulation device (5) of interior temperature.
Thermal cycle pouring machine the most according to claim 1, it is characterised in that: described
Frame (1) be provided with and be connected to when described stirs with described circulation melt chamber (201)
When mixing device (3) work, Colophonium or base joint grouting glue are detached pump and enter described circulation melt chamber (201)
In so that the circulation mateiral pump (6) that can more uniformly stir of Colophonium or base joint grouting glue.
Thermal cycle pouring machine the most according to claim 1, it is characterised in that: described
Heat cycles device (2) upper end be provided with and facilitate mounting or dismounting for covering described circulation melt chamber
(201) and the upper cover plate (203) of described hot gas cycle heating and thermal insulation layer (2a), described
Heat cycles device (2) lower end be provided with and facilitate mounting or dismounting for covering described hot gas cycle chamber
(402) and the lower cover (204) of described hot gas cycle heating and thermal insulation layer (2a), described
Upper cover plate (203) be provided with can be simultaneously by described hot gas cycle heating and thermal insulation layer (2a)
Stirring Colophonium or base joint grouting glue institute in steam after interior circulation and described circulation melt chamber (201)
The concentration exhaust apparatus (2b) that the waste gas produced is discharged.
Thermal cycle pouring machine the most according to claim 2, it is characterised in that: described
Circulation melt chamber (201) include the base plate (205) be located at bottom it, described steam follows
Heating oil reservoir (2c) it is provided with between ring cavity (402) and described base plate (205), described
Base plate (205) is provided with tap hole (206), and described tap hole (206) downside is provided with energy
Pass described hot gas cycle heating and thermal insulation layer (2a) for described circulation mateiral pump (6) by
Material mouth (207), described circulation melt chamber (201) are taken out in this circulation extracting Colophonium or base joint grouting glue out
It is provided with and can pass described hot gas cycle heating and thermal insulation layer (2a) for described circulation mateiral pump
(6) Colophonium after thus pump enters circulation or the recycle feed mouth (208) of base joint grouting glue.
Thermal cycle pouring machine the most according to claim 4, it is characterised in that: described
Circulation mateiral pump (6) include the hold-down support (601) of being located in described frame (1),
Described hold-down support (601) is provided with pump to power set (6a), and described pump is to power
Device (6a) is provided with takes out the material-pumping tube (602) that material mouth (207) is connected with described circulation
And the feed pipe (603) being connected with described recycle feed mouth (208), described pump is given
Power set (6a) include the same shaft fixing support being located on described hold-down support (601)
(604), described same shaft fixing support (604) side be provided with pump to rotating shaft (605) another
Side is provided with the servomotor (606) that the pump described in driving rotates to rotating shaft (605), described
Pump is provided with for connecting described material-pumping tube (602) and described entering to rotating shaft (605) side
The pump of material pipe (603) is to chamber (607), and described feed pipe (603) is provided with pump to amount control
Device processed (6b).
Thermal cycle pouring machine the most according to claim 1, it is characterised in that: described
Hot gas cycle heating and thermal insulation layer (2a) include around described circulation melt chamber (201)
First hot gas cycle layer (209), the first described hot gas cycle layer (209) periphery be provided with
Described hot gas cycle chamber (402) connection is for the heat making described burner (401) be produced
Gas enters back into the first described steam after the first described hot gas cycle layer (209) half cycle
The abundant cover layer of the steam (210) of circulation layer (209), the abundant cover layer of described steam (210)
Periphery is provided with insulating (211).
Thermal cycle pouring machine the most according to claim 1, it is characterised in that: described
Sealing exhaust modulation device (5) include being fixed on described hot gas cycle heating and thermal insulation layer (2a)
Sealing fixed support (501) outside Ceng, described sealing fixed support (501) be provided with
The adjustable row QI KOU (511) that described air vent (202) opening is corresponding, described sealing is solid
Fixed rack (501) is provided with can be along it toward polyslip for regulating the adjustable aerofluxus described in closure
The sealing of mouth (511) position controls device (5a).
Thermal cycle pouring machine the most according to claim 7, it is characterised in that: described
Sealing fixed support (501) be provided with slide rail (502), described sealing controls device (5a)
Upper and can be along described slide rail (502) horizontal sliding including being located at described slide rail (502)
Plugging plate (503), described plugging plate (503) glide direction side is provided with connecting rod rocking arm machine
Structure (5b), described connecting rod rocker arm body (5b) includes connecting rod support (504), described
Connecting rod support (504) is provided with the first control connecting rod (505) making reciprocating swing with it for fulcrum,
The first described control connecting rod (505) lower end is provided with one end and is flexibly connected the other end and institute with it
Plugging plate (503) end stated is flexibly connected when the first described control connecting rod (505) is waved
Shi Nengla pushes away the second control connecting rod (506) of described plugging plate (503), described sealing
Fixed support (501) is provided with the limit for limiting described plugging plate (503) slip locations
Position block (507).
Thermal cycle pouring machine the most according to claim 3, it is characterised in that: described
Hot gas cycle heating and thermal insulation layer (2a) top be provided with steam outlet (215), described collection
Middle exhaust apparatus (2b) include being located in described upper cover plate (203) upper and with described heat
Gas outlet (215) connection is in discharging described hot gas cycle heating and thermal insulation layer (2a)
The steam of the steam after circulation discharges chimney (213), and described steam discharges chimney (213) side
It is provided with one end to pierce into described circulation melt chamber (201) the interior other end and pierce into described steam row
Described circulation melt chamber (201) interior waste gas can be made in going out chimney (213) chimney wall along described heat
Gas discharges waste gas discharge chimney (214) that the steam discharge direction of chimney (213) is discharged simultaneously, institute
The upper cover plate (203) stated is provided with for the circulation melt chamber described in Colophonium or base joint grouting glue entrance
(201) raw material in enters passage (2d) and for stretching into described circulation for sprinkling pipeline
Melt chamber (201) extracts the Colophonium after stirring or the discharging closing device (2e) of base joint grouting glue out.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620381478.8U CN205617217U (en) | 2016-04-29 | 2016-04-29 | Thermal cycle pouring machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620381478.8U CN205617217U (en) | 2016-04-29 | 2016-04-29 | Thermal cycle pouring machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205617217U true CN205617217U (en) | 2016-10-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620381478.8U Withdrawn - After Issue CN205617217U (en) | 2016-04-29 | 2016-04-29 | Thermal cycle pouring machine |
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| Country | Link |
|---|---|
| CN (1) | CN205617217U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105780635A (en) * | 2016-04-29 | 2016-07-20 | 中山市易路美道路养护科技有限公司 | Energy-saving efficient heat-circulation joint sealing machine |
-
2016
- 2016-04-29 CN CN201620381478.8U patent/CN205617217U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105780635A (en) * | 2016-04-29 | 2016-07-20 | 中山市易路美道路养护科技有限公司 | Energy-saving efficient heat-circulation joint sealing machine |
| CN105780635B (en) * | 2016-04-29 | 2018-01-19 | 中山市易路美道路养护科技有限公司 | A kind of energy-saving heat cycle pouring machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161005 Effective date of abandoning: 20180119 |