CN108486302A - A kind of production of construction materials heat transmission equipment - Google Patents
A kind of production of construction materials heat transmission equipment Download PDFInfo
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- CN108486302A CN108486302A CN201810599352.1A CN201810599352A CN108486302A CN 108486302 A CN108486302 A CN 108486302A CN 201810599352 A CN201810599352 A CN 201810599352A CN 108486302 A CN108486302 A CN 108486302A
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- C—CHEMISTRY; METALLURGY
- C21—METALLURGY OF IRON
- C21B—MANUFACTURE OF IRON OR STEEL
- C21B11/00—Making pig-iron other than in blast furnaces
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Abstract
The invention discloses a kind of production of construction materials heat transmission equipment, structure includes installation firm banking, interlayer board, top input lattice, motor installation lattice, ironmaking heat exchange control device, control button；Motor installation lattice are installed on inside top input lattice, and top inputs lattice and is set to above installation firm banking；Ironmaking heat exchange control device includes guard shield, open fire iron-smelting device, cycle heat exchange device, stress extruding pushing meanss, rotation Mixed design device, transmission group, heated pushing meanss, cooling equipment；Rotation Mixed design device insertion is installed on inside guard shield, rotation Mixed design device is connect with transmission group groove, heated pushing meanss are installed on above cooling equipment, cooling equipment insertion is installed on inside guard shield, a kind of production of construction materials heat transmission equipment of the present invention can exchange internal hot gas and external room temperature control for during its refining, the hot gas for keeping it internal persistently exports, it is not allowed to cause unnecessary damage to internal equipment.
Description
Technical field
The present invention is a kind of production of construction materials heat transmission equipment, belongs to field of heat exchange equipment.
Background technology
The equipment that heat transmission equipment makes heat be transmitted to cold fluid from hot fluid is known as heat transmission equipment, heat transmission equipment extensive use
In oil refining, chemical industry, light industry, pharmacy, machinery, food processing, power and atomic energy industry department.
But the prior art, for the heat transmission equipment of current iron-smelting device, effect is more weak, has to its effect
Larger impact, and for internal equipment, be relatively easy to be affected by it to cause some unnecessary failures.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of production of construction materials heat transmission equipment, it is existing to solve
There is the heat transmission equipment for current iron-smelting device, effect is more weak, has larger impact to its effect, and for inside
Equipment, the problem of being relatively easy to be affected by it to cause some unnecessary failures.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of heat exchange of production of construction materials is set
Standby, structure includes installation firm banking, interlayer board, top input lattice, motor installation lattice, ironmaking heat exchange control device, control
Button；
The installation firm banking outer surface of cupular part is mutually welded with ironmaking heat exchange control device bottom outer surface, the interlayer
Plate outer surface fits with ironmaking heat exchange control device outer surface, and the top input lattice are installed on ironmaking heat exchange control device top
Portion outer surface, the control button insertion are installed on inside ironmaking heat exchange control device, and the motor installation lattice are installed on top
It inputs inside lattice, the top input lattice are set to above installation firm banking；
Ironmaking heat exchange control device includes that guard shield, open fire iron-smelting device, cycle heat exchange device, stress extruding push away
Dynamic device, rotation Mixed design device, transmission group, heated pushing meanss, cooling equipment；
The rotation Mixed design device insertion is installed on inside guard shield, and the open fire iron-smelting device is installed on cycle
Below heat-exchanger rig, the stress squeezes pushing meanss and is set to above cycle heat exchange device, the rotation Mixed design device and
Transmission group groove connects, and the heated pushing meanss are installed on above cooling equipment, and the cooling equipment insertion is installed on protection
Enclosure.
Further, the rotation Mixed design device includes drive shaft, transmission belt, linking shaft, transmission belt, movement
Triggering block, resetting spring, to be triggered piece fixed, motor, linking transmission belt, blending transportation bar, the transmission belt are installed on transmission
Shaft outer surface, the transmission belt are connected with linking shaft, and the mobile triggering block is installed on same with fixed to be triggered piece
In plane, the linking transmission belt is connected with linking shaft, and the resetting spring is installed on mobile triggering block and waits touching with fixation
Between sending out block, the blending transportation bar insertion is installed on inside motor, and the blending transportation bar is connected with transmission group.
Further, the cycle heat exchange device includes squeezing spring, linking ventilation mouth, sensing zone, exhaust fan, positive magnetic
Field ball, fixed releasing layer, fixed catch bar, auxiliary sleeve, mobile releasing layer, the extruding spring are connected with positive pole field ball,
The exhaust fan is installed on inside linking ventilation mouth, and the sensing zone is connected with exhaust fan, and the fixed releasing layer is installed on
Mobile releasing layer bottom outer surface, the fixed catch bar insertion are installed on inside auxiliary sleeve, the fixed catch bar and movement
Releasing layer mutually welds, and the positive pole field ball insertion is installed on inside heated pushing meanss, and the heated pushing meanss include moving
Dynamic closing cap, straight sliding rail, heat carrier, PTC heating plates, conducting wire, mounting electricity storage pack, pressing trigger board, flexible springs, fixation are to be triggered
Plate, the mobile closing cap insertion are installed on inside straight sliding rail, and the heat carrier is installed on inside straight sliding rail, the heat carrier with
PTC heating plates are connected, and the conducting wire insertion is installed on inside PTC heating plates, and the conducting wire is connected with mounting electricity storage pack, described to press
Pressure trigger board is connected by flexible springs with fixed plate to be triggered, and the positive pole field ball insertion is installed in positive pole field ball
Portion.
Further, the cooling equipment includes motor, leads energy line, cooling control lattice, cooling delivery outlet, transmission item, leads
Thermal energy fan, linking outlet, the motor are set to above cooling control lattice, described to lead energy line insertion and be installed in cooling control lattice
Portion, the cooling delivery outlet are installed on inside cooling control lattice, and the transmission item can be fanned with heat conduction to be connected, and the heat conduction can fan
It is embedded to be installed on linking outlet inside.
Further, the stress squeeze pushing meanss include weighted shaft, linking belt, linking rotary shaft, impeller-hub,
Crushing block, spring, sliding rail, linking catch bar are slided, the linking belt is connected with weighted shaft, and the weighted shaft passes through
Linking belt is connected with linking rotary shaft, and the impeller-hub insertion is installed on inside linking catch bar, the impeller-hub installation
Inside sliding crushing block, the spring is connected with sliding crushing block, and the sliding crushing block insertion is installed on inside sliding rail,
The impeller-hub is connected by sliding crushing block with spring.
Further, the transmission group includes worm screw, fixed conveyor shaft, linking band, transmission gear, central shaft, small bullet
Spring, fixed stressed plate, the worm screw connect with transmission gear groove, and the fixed conveyor shaft is welded in transmission gear appearance
Face, the linking band are installed on central axle external surface, and the central shaft insertion is installed on inside transmission gear and is located at same axis
In the heart, the little spring is welded in fixed stressed plate outer surface, and the central shaft passes through transmission gear and fixed conveyor shaft phase
Connection, the blending transportation bar are mutually welded with worm screw.
Further, the open fire iron-smelting device includes assisting defeated thermal energy fan, linking delivery outlet, belt, linking axis, swashing
Hair layer, open fire spout lead ergosphere, gas circulation channel, and the belt is connected with defeated thermal energy fan is assisted, the defeated thermal energy of auxiliary
Fan is embedded to be installed on inside linking delivery outlet, and the defeated thermal energy fan of auxiliary is connected by belt with linking axis, the open fire
Spout insertion is installed on inside excitation layer, and the excitation layer is connected with ergosphere is led, and the gas circulation channel, which is installed on, leads energy
Layer outer surface, the open fire spout are set to and lead inside ergosphere.
Advantageous effect
A kind of production of construction materials heat transmission equipment of the present invention passes through the external world by the raw material importing transmission belt prepared needed for it
Power is moved triggering block and is pressed down, to squeeze its resetting spring so that is moved triggering block and is fixed to be triggered piece two
Person contacts, and linking shaft will be driven to rotate together by being connected transmission belt, when it starts rotation, transmission is transmitted in by transmission belt
Shaft makes its raw material fall into blending transportation bar, makes it through rotation and is mixed, to by baffle and fall power down naturally
Movement will drive worm screw to rotate together while its blending transportation bar is in rotation, push sliding to squeeze by being connected catch bar
Block along sliding rail slide, its spring is squeezed, to by be connected belt drive weighted shaft rotation, to by its
Special shape, the fixed catch bar of intermittent promotion are slided in auxiliary sleeve, are fallen into inside excitation layer, when its fall it is similar
When, by extraneous power, is pressed trigger board and pressed down, to trigger mounting electricity storage pack, energy is imported by PTC by conducting wire
In heating plate, it is made to begin to warm up, thermal energy is imported in straight sliding rail by heat carrier, by the principle of thermal expansion, makes it to inside
Principle smelted, by conducting wire by inside mounting electricity storage pack energy import motor in, make its drive linking middle shaft rotation, pass through
Transmission item, which is transmitted in heat conduction, to be fanned, and fanned by the defeated thermal energy of belt band dynamic auxiliary, when its internal hot gas reaches certain value, will be led to
The principle for crossing thermal expansion releases the baffle of its bottom, its internal molding object of refining is made to fall, when by cooling delivery outlet,
Its energy is imported in cooling control lattice by leading energy line, delivery outlet is allowed to cool and object below is cooled down, to logical
Cross outlet output；
A kind of production of construction materials heat transmission equipment of the present invention, can be during its refining, by internal hot gas and outside
Room temperature control exchanges for, and the hot gas for keeping it internal persistently exports, it is not allowed to cause unnecessary damage to internal equipment.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of production of construction materials heat transmission equipment of the present invention；
Fig. 2 is a kind of internal structure schematic diagram figure one of ironmaking heat exchange control device of the present invention；
Fig. 3 is a kind of internal structure schematic diagram figure two of ironmaking heat exchange control device of the present invention；
Fig. 4 is a kind of internal structure schematic diagram of ironmaking heat exchange control device working condition of the present invention.
In figure：Firm banking -1, interlayer board -2, top input lattice -3, motor installation lattice -4, ironmaking heat exchange control dress are installed
It sets -5, control button -6, guard shield -51, open fire iron-smelting device -52, cycle heat exchange device -53, stress and squeezes pushing meanss -
54, rotation Mixed design device -55, transmission group -56, heated pushing meanss -57, cooling equipment -58, drive shaft -551, biography
Defeated band -552, transmission belt -554, moves triggering block -555, resetting spring -556, to be triggered piece of fixation-at linking shaft -553
557, motor -558, linking transmission belt -559, blending transportation bar -5510, extruding spring -531, linking ventilation mouth -532, sensing
Band -533, positive pole field ball -535, fixed releasing layer -536, fixed catch bar -537, auxiliary sleeve -538, moves exhaust fan -534
Dynamic releasing layer -539, mobile closing cap -571, straight sliding rail -572, heat carrier -573, PTC heating plates -574, conducting wire -575, electric power storage
Case -576, flexible springs -578, fixation plate -579 to be triggered, motor -581, leads energy line -582, is cooling pressing trigger board -577
Control lattice -583, cooling delivery outlet -584, transmission item -585, heat conduction can fan -586, linking outlet -587, weighted shaft -541,
It is connected belt -542, linking rotary shaft -543, impeller-hub -544, sliding crushing block -545, spring -546, sliding rail -547, linking
Catch bar -548, worm screw -561, fixed conveyor shaft -562, linking band -563, transmission gear -564, central shaft -565, small bullet
The defeated thermal energy fan -521 of spring -566, fixed stressed plate -567, auxiliary, linking delivery outlet -522, belt -523, linking axis -524,
Excitation layer -525, leads ergosphere -527, gas circulation channel -528 at open fire spout -526.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1, Fig. 2, Fig. 3, Fig. 4, the present invention provides a kind of production of construction materials heat transmission equipment technical solution：Its structure packet
Include installation firm banking 1, interlayer board 2, top input lattice 3, motor installation lattice 4, ironmaking heat exchange control device 5, control button 6；
1 outer surface of cupular part of installation firm banking with ironmaking heat exchange 5 bottom outer surface of control device mutually weld, it is described every
2 outer surface of laminate fits with 5 outer surface of ironmaking heat exchange control device, and the top input lattice 3 are installed on ironmaking heat exchange control
5 outer surface of cupular part of device, the insertion of the control button 6 are installed on inside ironmaking heat exchange control device 5, and the motor installs lattice 4
It is installed on inside top input lattice 3, the top input lattice 3 are set to 1 top of installation firm banking；
Ironmaking heat exchange control device 5 include guard shield 51, open fire iron-smelting device 52, cycle heat exchange device 53, by
Power squeezes pushing meanss 54, rotation Mixed design device 55, transmission group 56, heated pushing meanss 57, cooling equipment 58；
The insertion of rotation Mixed design device 55 is installed on inside guard shield 51, and the open fire iron-smelting device 52 is installed
In 53 lower section of cycle heat exchange device, the stress squeezes pushing meanss 54 and is set to 53 top of cycle heat exchange device, and the rotation is mixed
It closes input unit 55 to connect with 56 groove of transmission group, the heated pushing meanss 57 are installed on 58 top of cooling equipment, described cold
But the insertion of equipment 58 is installed on inside guard shield 51.
The rotation Mixed design device 55 includes drive shaft 551, transmission belt 552, linking shaft 553, transmission belt
554, mobile triggering block 555, resetting spring 556, to be triggered piece 557 fixed, motor 558, linking transmission belt 559, blending transportation
Bar 5510, the transmission belt 552 are installed on 551 outer surface of drive shaft, and the transmission belt 554 is connected with linking shaft 553,
The mobile triggering block 555 is installed on fixed to be triggered piece 557 on same plane, the linking transmission belt 559 be connected turn
Axis 553 is connected, between the resetting spring 556 is installed on mobile triggering block 555 and fixes to be triggered piece 557, the mixing
The insertion of conveying lever 5510 is installed on inside motor 558, and the blending transportation bar 5510 is connected with transmission group 56.
The cycle heat exchange device 53 include squeeze spring 531, linking ventilation mouth 532, sensing zone 533, exhaust fan 534,
Positive pole field ball 535, fixed releasing layer 536, fixed catch bar 537, auxiliary sleeve 538, mobile releasing layer 539, the extruding bullet
Spring 531 is connected with positive pole field ball 535, and the exhaust fan 534 is installed on inside linking ventilation mouth 532, the sensing zone 533
It is connected with exhaust fan 534, the fixed releasing layer 536 is installed on 539 bottom outer surface of mobile releasing layer, the fixed promotion
The insertion of bar 537 is installed on inside auxiliary sleeve 538, the fixed catch bar 537 and mobile 539 phase of releasing layer welding, the anode
The insertion of magnetic field ball 535 is installed on inside heated pushing meanss 57, and the heated pushing meanss 57 include mobile closing cap 571, straight
Sliding rail 572, PTC heating plates 574, conducting wire 575, mounting electricity storage pack 576, pressing trigger board 577, flexible springs 578, is consolidated heat carrier 573
Fixed plate 579 to be triggered, the insertion of mobile closing cap 571 are installed on inside straight sliding rail 572, and the heat carrier 573 is installed on directly
Inside sliding rail 572, the heat carrier 573 is connected with PTC heating plates 574, and the insertion of the conducting wire 575 is installed on PTC heating plates
Inside 574, the conducting wire 575 is connected with mounting electricity storage pack 576, and the pressing trigger board 577 is waited for by flexible springs 578 and fixation
Trigger board 579 is connected, and the positive insertion of pole field ball 535 is installed on inside positive pole field ball 535.
The cooling equipment 58 includes motor 581, leads energy line 582, cooling control lattice 583, cooling delivery outlet 584, transmits
Item 585, heat conduction can fan 586, linking outlet 587, and the motor 581 is set to cooling 583 top of control lattice, described to lead energy line 582
Embedded to be installed on inside cooling control lattice 583, the cooling delivery outlet 584 is installed on inside cooling control lattice 583, the transmission
Item 585 can fan 586 with heat conduction and be connected, and the heat conduction can fan 586 insertions and be installed on inside linking outlet 587.
The stress squeezes pushing meanss 54 and includes weighted shaft 541, linking belt 542, linking rotary shaft 543, pushes
Axis 544, sliding crushing block 545, spring 546, sliding rail 547, linking catch bar 548, the linking belt 542 and weighted shaft
541 are connected, and the weighted shaft 541 is connected by being connected belt 542 with linking rotary shaft 543, and the impeller-hub 544 is embedding
Enter to be installed on linking catch bar 548 inside, the impeller-hub 544 be installed on sliding crushing block 545 inside, the spring 546 with
Sliding crushing block 545 is connected, and the insertion of sliding crushing block 545 is installed on inside sliding rail 547, and the impeller-hub 544 passes through
Sliding crushing block 545 is connected with spring 546.
The transmission group 56 includes worm screw 561, fixed conveyor shaft 562, linking band 563, transmission gear 564, central shaft
565, little spring 566, fixed stressed plate 567, the worm screw 561 connect with 564 groove of transmission gear, the fixed conveyor shaft
562 are welded in 564 outer surface of transmission gear, and the linking band 563 is installed on 565 outer surface of central shaft, and the central shaft 565 is embedding
Enter to be installed on 564 inside of transmission gear and on same axle center, the little spring 566 is welded in 567 appearance of fixed stressed plate
Face, the central shaft 565 are connected by transmission gear 564 with fixed conveyor shaft 562, the blending transportation bar 5510 and snail
561 phase of bar is welded.
The open fire iron-smelting device 52 includes assisting defeated thermal energy fan 521, linking delivery outlet 522, belt 523, linking axis
524, excitation layer 525, open fire spout 526, lead ergosphere 527, gas circulation channel 528, the belt 523 is fanned with defeated thermal energy is assisted
521 are connected, and defeated 521 insertion of thermal energy fan of auxiliary is installed on inside linking delivery outlet 522, described to assist defeated thermal energy fan 521
It is connected with linking axis 524 by belt 523, the insertion of open fire spout 526 is installed on inside excitation layer 525, described to swash
Hair layer 525 is connected with ergosphere 527 is led, and the gas circulation channel 528, which is installed on, leads 527 outer surface of ergosphere, the open fire spray
Mouth 526 is set to and leads inside ergosphere 527.
PTC heating plates 574 described in this patent are called ptc heater, are formed using PTC ceramics heater element and aluminum pipe,
The type PTC heaters have the advantages that thermal resistance is small, heat exchange efficiency is high, be a kind of automatic constant-temperature, power saving electric heater, it is prominent special
Point is in security performance, not will produce surface " rubescent " phenomenon such as electric heating tubing heater under any applicable cases, from
And cause to scald, the security risks such as fire, the spring 546 be it is a kind of using elasticity come work machine components, with elastic material
Part deforms upon under external force made of material, restores to the original state again after removing external force, also makees " spring ", generally use spring steel
It is made, the type complexity of spring is various, by shape point, mainly there is helical spring, scroll spring, flat spring, heterotypic spring etc..
The raw material prepared needed for it is imported in transmission belt 552 when being used, move by extraneous power tactile
Hair block 555 presses down, to squeezing its resetting spring 556 so that mobile triggering block 555 with it is to be triggered piece 557 liang fixed
Person contacts, and will generate energy after the two contact, and to trigger motor 558, it be made to start running, and drive blending transportation bar 5510
Turn all to change, while its blending transportation bar 5510 is in rotation, linking shaft 553 will be driven together by being connected transmission belt 559
Rotation is transmitted in drive shaft 551 when it starts rotation by transmission belt 554, its drive shaft 551 is made to drive transmission belt 552
Operation, makes its raw material fall into blending transportation bar 5510, makes it through rotation and mixed, to fall by baffle and naturally power
It moves down, while its blending transportation bar 5510 is in rotation, worm screw 561 will be driven to rotate together, to push transmission
Gear 564 is rotated along central shaft 565, and the fixed conveyor shaft 562 mounted on 564 outer surface of transmission gear will follow it together
Rotation pushes sliding crushing block 545 to be slided along sliding rail 547, its spring 546 is squeezed by being connected catch bar 548, will
Its raw material slid carries out suppressing mixing, to will successively fall on mobile releasing layer 539, when central shaft 565 rotates
During, it will be transmitted in linking rotary shaft 543 by being connected band 563, to drive weighted shaft by being connected belt 542
541 rotations, to pass through its special shape, the fixed catch bar 537 of intermittent promotion sliding in auxiliary sleeve 538, when it
Fixed catch bar 537 in the process of moving, will push mobile releasing layer 539 to be moved on positive pole field ball 535, make its top
Raw material, fall into inside excitation layer 525, when its fall it is similar when, by extraneous power, pressed trigger board 577 down
Pressing, makes its flexible springs 578 be squeezed, and so that it is pressed trigger board 577 and is touched together with fixation plate 579 to be triggered, and two
Energy will be generated after person's contact, to trigger mounting electricity storage pack 576, energy is imported in PTC heating plates 574 by conducting wire 575, is made
It begins to warm up, and imports in straight sliding rail 572 thermal energy by heat carrier 573, by the principle of thermal expansion, is moved closing cap
571 squeeze along straight sliding rail 572, are squeezed spring 531 and squeezed so that and positive pole field ball 535 is contacted with ergosphere 527 is led, from
And energy is generated, energy is started into open fire spout 526 by excitation layer 525, it is made to smelt internal principle, by leading
Line imports the energy inside mounting electricity storage pack 576 in motor 581, makes it that linking axis 524 be driven to rotate, and is passed by transmitting item 585
586 can be fanned in heat conduction by moving, will be inside it by gas circulation channel 528 by belt 523 with the defeated thermal energy fan 521 of dynamic auxiliary
The heat derives of generation drive exhaust fan 534 that its external gas is pumped into gas circulation channel 528 by sensing zone 533,
Temperature control inside it is similar with the external world, when its internal hot gas reaches certain value, by by the principle of thermal expansion, incite somebody to action
The baffle of its bottom is released, its internal molding object of refining is made to fall, will by leading energy line 582 when by cooling delivery outlet 584
Its energy imports in cooling control lattice 583, is allowed to cool delivery outlet 584 and is cooled down to object below, to by going out
Mouth output.
The present invention solves the heat transmission equipment for current iron-smelting device, and effect is more weak, to its effect have compared with
It is big to influence, and for internal equipment, the problem of being relatively easy to be affected by it to cause some unnecessary failures, the present invention
By being combined with each other for above-mentioned component, a kind of production of construction materials heat transmission equipment of the present invention can be during its refining, will be internal
Hot gas and the room temperature control of outside exchange for, the hot gas for keeping it internal persistently exports, and not allowing it to cause internal equipment need not
The damage wanted.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of production of construction materials heat transmission equipment, structure include installation firm banking (1), interlayer board (2), top input lattice (3),
Motor installs lattice (4), ironmaking heat exchange control device (5), control button (6), it is characterised in that：
Installation firm banking (1) outer surface of cupular part with ironmaking heat exchange control device (5) bottom outer surface mutually weld, it is described every
Laminate (2) outer surface fits with ironmaking heat exchange control device (5) outer surface, and the top input lattice (3) are installed on ironmaking and change
Heat control device (5) outer surface of cupular part, the embedded ironmaking heat exchange control device (5) that is installed on of the control button (6) is internal, described
Motor installation lattice (4) are installed on top input lattice (3) inside, and the top input lattice (3) are set on installation firm banking (1)
Side；
The ironmaking heat exchange control device (5) includes guard shield (51), open fire iron-smelting device (52), cycle heat exchange device
(53), stress squeezes pushing meanss (54), rotation Mixed design device (55), transmission group (56), heated pushing meanss (57), cold
But equipment (58)；
The embedded guard shield (51) that is installed on of the rotation Mixed design device (55) is internal, open fire iron-smelting device (52) peace
Loaded below cycle heat exchange device (53), the stress squeezes pushing meanss (54) and is set to above cycle heat exchange device (53), institute
It states rotation Mixed design device (55) to connect with transmission group (56) groove, the heated pushing meanss (57) are installed on cooling equipment
(58) top, the cooling equipment (58) is embedded to be installed on guard shield (51) inside.
2. a kind of production of construction materials heat transmission equipment according to claim 1, it is characterised in that：The rotation Mixed design device
(55) include drive shaft (551), transmission belt (552), linking shaft (553), transmission belt (554), mobile triggering block (555),
Resetting spring (556), fixed to be triggered piece (557), motor (558), linking transmission belt (559), blending transportation bar (5510), institute
It states transmission belt (552) and is installed on drive shaft (551) outer surface, the transmission belt (554) is connected with linking shaft (553),
The mobile triggering block (555) is installed on fixed to be triggered piece (557) on same plane, the linking transmission belt (559) and
Linking shaft (553) is connected, and the resetting spring (556) is installed on mobile triggering block (555) and fixed to be triggered piece (557)
Between, the embedded motor (558) that is installed on of the blending transportation bar (5510) is internal, the blending transportation bar (5510) and transmission group
(56) it is connected.
3. a kind of production of construction materials heat transmission equipment according to claim 1, it is characterised in that：The cycle heat exchange device (53)
Including squeezing spring (531), linking ventilation mouth (532), sensing zone (533), exhaust fan (534), positive pole field ball (535), consolidating
Determine releasing layer (536), fixed catch bar (537), auxiliary sleeve (538), mobile releasing layer (539), the extrudings spring (531) and
Positive pole field ball (535) is connected, and the exhaust fan (534) is installed on linking ventilation mouth (532) inside, the sensing zone
(533) it is connected with exhaust fan (534), the fixed releasing layer (536) is installed on mobile releasing layer (539) bottom outer surface,
The embedded auxiliary sleeve (538) that is installed on of the fixed catch bar (537) is internal, the fixed catch bar (537) and mobile releasing layer
(539) it mutually welds, the positive pole field ball (535) is embedded to be installed on heated pushing meanss (57) inside.
4. a kind of production of construction materials heat transmission equipment according to claim 1 or 3, it is characterised in that：The heated pushing meanss
(57) include mobile closing cap (571), straight sliding rail (572), heat carrier (573), PTC heating plates (574), conducting wire (575), electric power storage
Case (576), pressing trigger board (577), flexible springs (578), fixed plate (579) to be triggered, the mobile closing cap (571) are embedding
It is internal to enter to be installed on straight sliding rail (572), the heat carrier (573) is installed on straight sliding rail (572) inside, the heat carrier (573)
It is connected with PTC heating plates (574), the embedded PTC heating plates (574) that are installed on of the conducting wire (575) are internal, the conducting wire
(575) it is connected with mounting electricity storage pack (576), the pressing trigger board (577) passes through flexible springs (578) and fixed plate to be triggered
(579) it is connected, the positive pole field ball (535) is embedded to be installed on positive pole field ball (535) inside.
5. a kind of production of construction materials heat transmission equipment according to claim 1, it is characterised in that：The cooling equipment (58) include
Motor (581), lead energy line (582), cooling control lattice (583), cooling delivery outlet (584), transmission item (585), heat conduction can fan
(586), linking exports (587), and the motor (581) is set to above cooling control lattice (583), described to lead energy line (582) insertion
It is internal to be installed on cooling control lattice (583), the cooling delivery outlet (584) is installed on cooling control lattice (583) inside, the biography
Defeated item (585) can fan (586) with heat conduction and be connected, and the heat conduction can fan (586) embedded be installed on and be connected outlet (587) inside.
6. a kind of production of construction materials heat transmission equipment according to claim 1, it is characterised in that：The stress squeezes pushing meanss
(54) include weighted shaft (541), linking belt (542), linking rotary shaft (543), impeller-hub (544), sliding crushing block
(545), spring (546), sliding rail (547), linking catch bar (548), the linking belt (542) and weighted shaft (541) phase
Connection, the weighted shaft (541) are connected by being connected belt (542) with linking rotary shaft (543), the impeller-hub
(544) the embedded linking catch bar (548) that is installed on is internal, and the impeller-hub (544) is installed on sliding crushing block (545) inside,
The spring (546) is connected with sliding crushing block (545), and the sliding crushing block (545) is embedded to be installed in sliding rail (547)
Portion, the impeller-hub (544) are connected by sliding crushing block (545) with spring (546).
7. a kind of production of construction materials heat transmission equipment according to claim 1 or 2, it is characterised in that：Transmission group (56) packet
Include worm screw (561), fixed conveyor shaft (562), linking band (563), transmission gear (564), central shaft (565), little spring
(566), fixed stressed plate (567), the worm screw (561) connect with transmission gear (564) groove, the fixed conveyor shaft
(562) it is welded in transmission gear (564) outer surface, the linking band (563) is installed on central shaft (565) outer surface, in described
Mandrel (565) is embedded to be installed on transmission gear (564) inside and is located on same axle center, and the little spring (566) is welded in solid
Determine stressed plate (567) outer surface, the central shaft (565) is connected by transmission gear (564) with fixed conveyor shaft (562)
It connects, the blending transportation bar (5510) is mutually welded with worm screw (561).
8. a kind of production of construction materials heat transmission equipment according to claim 1, it is characterised in that：The open fire iron-smelting device (52)
Including assisting defeated thermal energy fan (521), linking delivery outlet (522), belt (523), linking axis (524), excitation layer (525), bright
Fire-fighting mouth (526) leads ergosphere (527), gas circulation channel (528), and the belt (523) fans (521) phase with defeated thermal energy is assisted
Connection, the embedded linking delivery outlet (522) that is installed on of the defeated thermal energy fan (521) of auxiliary is internal, the defeated thermal energy fan (521) of auxiliary
It is connected with linking axis (524) by belt (523), the open fire spout (526) is embedded to be installed in excitation layer (525)
Portion, the excitation layer (525) are connected with ergosphere (527) is led, and the gas circulation channel (528), which is installed on, leads ergosphere (527)
Outer surface, the open fire spout (526), which is set to, leads ergosphere (527) inside.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810599352.1A CN108486302A (en) | 2018-06-12 | 2018-06-12 | A kind of production of construction materials heat transmission equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810599352.1A CN108486302A (en) | 2018-06-12 | 2018-06-12 | A kind of production of construction materials heat transmission equipment |
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| Publication Number | Publication Date |
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| CN108486302A true CN108486302A (en) | 2018-09-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810599352.1A Pending CN108486302A (en) | 2018-06-12 | 2018-06-12 | A kind of production of construction materials heat transmission equipment |
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| Country | Link |
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| CN (1) | CN108486302A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130068A (en) * | 2018-09-06 | 2019-01-04 | 黄春燕 | Plastic mould with Lifting Device |
-
2018
- 2018-06-12 CN CN201810599352.1A patent/CN108486302A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109130068A (en) * | 2018-09-06 | 2019-01-04 | 黄春燕 | Plastic mould with Lifting Device |
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