CN109296414A - A kind of new thermal circulation method - Google Patents
A kind of new thermal circulation method Download PDFInfo
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- CN109296414A CN109296414A CN201811086858.9A CN201811086858A CN109296414A CN 109296414 A CN109296414 A CN 109296414A CN 201811086858 A CN201811086858 A CN 201811086858A CN 109296414 A CN109296414 A CN 109296414A
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- block
- fixedly connected
- shaft
- runner
- main body
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01K—STEAM ENGINE PLANTS; STEAM ACCUMULATORS; ENGINE PLANTS NOT OTHERWISE PROVIDED FOR; ENGINES USING SPECIAL WORKING FLUIDS OR CYCLES
- F01K11/00—Plants characterised by the engines being structurally combined with boilers or condensers
- F01K11/02—Plants characterised by the engines being structurally combined with boilers or condensers the engines being turbines
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01K—STEAM ENGINE PLANTS; STEAM ACCUMULATORS; ENGINE PLANTS NOT OTHERWISE PROVIDED FOR; ENGINES USING SPECIAL WORKING FLUIDS OR CYCLES
- F01K13/00—General layout or general methods of operation of complete plants
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
- F01K—STEAM ENGINE PLANTS; STEAM ACCUMULATORS; ENGINE PLANTS NOT OTHERWISE PROVIDED FOR; ENGINES USING SPECIAL WORKING FLUIDS OR CYCLES
- F01K13/00—General layout or general methods of operation of complete plants
- F01K13/006—Auxiliaries or details not otherwise provided for
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Engine Equipment That Uses Special Cycles (AREA)
Abstract
The invention discloses a kind of new thermal circulation methods, including apparatus main body, the thermal device for being set to the intracorporal feeding device of described device master and being set in described device main body, the feeding device includes the operation block for being set to described device main body upper end and being fixed by the bracket connection, combustion chamber is provided in the lower end of the operation block, water storage cavity is provided in the upper inside walls of the combustion chamber, the inner left wall of the combustion chamber is provided with the perforative feed opening in left and right, the upper end of described device main body is fixedly connected with supporting block, the right end of the supporting block is provided with the first catching groove of opening to the right, first button block that can slide up and down is provided in first catching groove；The present apparatus, which can automate, carries out thermodynamic cycle work, and vapor drive steam turbine is converted to mechanical energy and is used, while water vapour condensing recovery carries out using the safety of the automatic supplement protection staff for carrying out combustion material and the service time for reducing personnel.
Description
Technical field
The present invention relates to energy circulating technology field, specially a kind of new thermal circulation method.
Background technique
There are many miscellaneous, energy recovery, energy conversion and reusing of energy source for the recycling device of the energy at present
Etc. device all avoid waste in the protection energy, and previous thermodynamic cycle device structure is too simple and automation function not
Obviously, it just needs the present apparatus that can automate thus and carries out thermodynamic cycle work, vapor drive steam turbine is converted to
Mechanical energy uses, while water vapour condensing recovery carries out using the safety of the automatic supplement protection staff for carrying out combustion material
And the service time of personnel is reduced, therefore be badly in need of the thermal circulation method for wanting one kind of a kind of safety and automatic shutter new.
Summary of the invention
The purpose of the present invention is to provide a kind of new thermal circulation methods, in the prior art above-mentioned scarce for overcoming
It falls into.
The new thermal circulation method of one kind according to the present invention, including apparatus main body, to be set to described device master intracorporal
Feeding device and the thermal device being set in described device main body, the feeding device include being set to described device main body
Upper end is fixed by the bracket the operation block of connection, and combustion chamber, the upside of the combustion chamber are provided in the lower end of the operation block
Water storage cavity is provided in inner wall, the inner left wall of the combustion chamber is provided with the perforative feed opening in left and right, described device main body
Upper end is fixedly connected with supporting block, and the right end of the supporting block is provided with the first catching groove of opening to the right, in first catching groove
It is provided with first button block that can slide up and down, the right end of first button block is fixedly connected with baffle block moving up and down, institute
The lower end for stating the first button block is fixedly connected with the first spring, and the upper end of described device main body is provided with the first runner of opening upwards
Slot, interior be rotatably assorted by shaft of the first runner slot is connected with the first runner, fixed on first runner to be arranged with separately
The first lead that outer one end is fixedly connected with the baffle block is provided with the first transmission in the downside inner wall of the first runner slot
Chamber, is provided with belt chamber in the front inner wall of first drive cavity, and the belt is intracavitary to be provided with belt and described the
One runner shaft power is cooperatively connected and rear end extends into the first rotating shaft in first drive cavity, consolidates in the first rotating shaft
Surely it is connected with first bevel gear, first motor, a left side for the first motor are installed in the right side inner wall of first drive cavity
End power is connected with splined shaft, and the left end of the splined shaft is provided with pairing and slidable second shaft, and described first
The downside inner wall of drive cavity is provided with the guide runner of opening upwards, be provided in the guide runner can horizontally slip and upper end extend
Enter the slider guide in first drive cavity, transmitting chamber is provided in the slider guide, the left end of second shaft extends logical
It is intracavitary and third shaft is connected with by belt power to enter the transmitting, the left and right end of the third shaft is symmetrical and fixation
It is connected with second bevel gear, the second bevel gear on right side engages mating connection with the first bevel gear, and described first passes
The third hand tap gear being cooperatively connected can be engaged with the second bevel gear in left side by moving intracavitary be provided with, first drive cavity
It is fixedly installed attachment device in rear side inner wall, is fixedly connected at the axle center of the third hand tap gear dynamic with the attachment device
4th shaft of force-fitting connection, is provided with runner chamber, the intracavitary setting of runner in the inner left wall of first drive cavity
There is the 5th shaft of rear end and attachment device power mating connection, be fixedly connected with the second runner in the 5th shaft,
Material-pouring device is provided in described device main body.
Further technical solution, the material-pouring device include being set to the upward spring groove of supporting block upper end opening, institute
The upper end for stating supporting block is fixedly connected with the link block that right end is provided with slope hopper, and the lower end of the link block is provided with opening
To the right and the perforative first sliding groove in downside, being provided in the first sliding groove can horizontally slip and right end and the link block right end
First sliding block of pairing, the lower end of first sliding block is fixedly connected with the guide pad for extending and being passed through in the spring groove, described
The right end of guide pad is fixedly connected with second spring, and rotary wheel device, the guiding are installed in the inner left wall of the spring groove
The left end of block is fixedly connected with after other end extends the excessively described rotary wheel device of winding and is fixedly connected in second shaft
Second lead, the left end of the link block is rotatably assorted by shaft is connected with batch turning block, is provided with opening in the batch turning block
Upward discharging groove, the upper end of described device main body are provided with the driver slot of opening upwards, on the downside inner wall of the driver slot
It is rotatably assorted by pedestal and is connected with hydraulic cylinder, the upper end power of the hydraulic cylinder is connected with matches with batch turning block rotation
The telescopic rod of connection is closed, the left end of the batch turning block is fixedly connected with locating piece, and the upper end of described device main body is fixedly connected with
Fixed track block, the right end of the fixed track block are provided with the arching trajectory slot with locating piece pairing, the arching trajectory slot
Downside inner wall be provided with the second sliding slots of opening upwards, between the right side inner wall of the second sliding slot and first drive cavity
It is provided with and communicated with sliding eye, being provided in the sliding eye can horizontally slip and right end is fixedly connected with the slider guide second
The upper and lower side of sliding block, second sliding block is symmetrical and is fixedly connected with guiding resetting apparatus, and being provided in the second sliding slot can
It slides up and down and the third sliding block of lower end and the pairing of second sliding block left end, the left and right end of the third sliding block is symmetrical and fixed
It is connected with directional homing device, the upper end of the third sliding block abuts pairing with the locating piece.
Further technical solution, thermal device include the support group for being set to described device main body upper end and being fixedly connected,
The upper end of the support group is fixedly connected with heat block, and steam-heated pipe line, the water storage are fixedly installed in the heat block
It is provided with and communicated with the first conduit that other end is connected to the steam-heated pipe line on the upside of chamber, is installed in the heat block
The steam turbine block being connected to the other end of the steam-heated pipe line, the right end power of the steam turbine block are connected with defeated
Shaft, the upper end of the heat block are provided with the new wind groove of opening upwards, are fixedly connected with drive bevel gear on the output shaft,
The driven wheel of differential for engaging and being cooperatively connected with the drive bevel gear, the axis of the driven wheel of differential are provided in the new wind groove
New fan blade is fixedly connected with by shaft at the heart, the downside inner wall of the new wind groove is provided with and communicated with first passage, and described first
The other end opening in channel is connected to and is fixedly connected with the second conduit, the other end and the burning of second conduit
Chamber connection, the upper end of described device main body is fixedly connected with condensation block, is installed with upper end and the steam turbine in the condensation block
The condensation pipe of block connection, is provided with the condensation water cavity being connected to the condensation pipe lower end, the condensation in the condensation block
Suction pump is fixedly installed on the downside inner wall of water cavity, the upper end of the suction pump is provided with and communicated with other end and the water storage
The third pipeline of chamber connection.
The front and back side inner wall of further technical solution, the combustion chamber is symmetrically arranged with pre-and post perforative venthole, institute
Stating venthole, burning waste gas can be discharged.
Described method includes following steps:
Firstly, the combustion material in discharging groove is supplemented foot by personnel, first motor, which is opened, drives splined shaft rotation by the second shaft
Drive rotates third shaft and second bevel gear, while first bevel gear rotation drives first rotating shaft and the rotation of the first runner,
Baffle block is pulled to move down opening feed opening by first lead at this time, it is sliding by first to restore elastic deformation for second spring at the same time
Block promotion is moved to right to feed opening.
Telescopic rod is driven to overturn batch turning block according to the track of arching trajectory slot secondly, hydraulic cylinder is opened, it will be in discharging groove
Raw material pour into and carry out combustion heating in combustion chamber, third sliding block restores elasticity and moves up to move to left the second sliding block in the process,
Driving slider guide to move to left is disengaged from second bevel gear with first bevel gear, and second bevel gear is engaged with third hand tap gear,
Being again turned on first motor at this time will drive third hand tap gear rotation to drive the rotation of the second runner by attachment device, pass through second
Lead pulls guide pad that the first sliding block is returned to original state, and baffle block returns to original state at this time, and the second lead lengthens
Lower task is waited to original state, locating piece returns to original state and moves to right slider guide to original state.
Finally, the water vapour in storage chamber is passed through steam turbine block by carrying out heating in the first conduit to steam-heated pipe line
Interior drive output shaft work, while drive bevel gear and driven wheel of differential rotation drive new fan blade rotation to keep fresh air logical by first
Road and the second conduit, which enter, supplements air in combustion chamber, and burning waste gas is discharged out of venthole, by the gas of steam turbine block into
Enter to be condensed into water in condensation pipe and enters the condensed water suction water storage that condensed water is intracavitary, and suction pump unlatching can be intracavitary by condensed water
Cavity circulation uses.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, device is needed to carry out thermodynamic cycle work
When, the combustion material in discharging groove is supplemented foot by personnel, and first motor, which is opened, drives splined shaft rotation to make the drive of the second shaft
Third shaft and second bevel gear rotation, while first bevel gear rotation drives first rotating shaft and the rotation of the first runner, leads at this time
Crossing first lead pulls baffle block to move down opening feed opening, and second spring restores elastic deformation for the first slipper push at the same time
It moves to right to feed opening, hydraulic cylinder, which is opened, at this time drives telescopic rod to overturn batch turning block according to the track of arching trajectory slot, will fall
Raw material in hopper, which pours into, carries out combustion heating in combustion chamber, third sliding block recovery elasticity, which moves up, in the process makes the second sliding block
It moves to left, driving slider guide to move to left is disengaged from second bevel gear with first bevel gear, and second bevel gear and third hand tap gear
Engagement, being again turned on first motor at this time will drive third hand tap gear rotation to drive the rotation of the second runner by attachment device, lead to
Crossing the second lead pulls guide pad that the first sliding block is returned to original state, and baffle block returns to original state at this time, and second draws
Line, which lengthens, waits lower task to original state, and locating piece returns to original state and moves to right slider guide to original state, and water storage
Intracavitary water vapour is passed through drive output shaft work in steam turbine block by carrying out heating in the first conduit to steam-heated pipe line,
Drive bevel gear and driven wheel of differential rotation drive new fan blade rotation to enter fresh air by first passage and the second conduit simultaneously
Air is supplemented in combustion chamber, burning waste gas is discharged out of venthole, enters in condensation pipe by the gas of steam turbine block and condense
Cheng Shui enters that condensed water is intracavitary, and suction pump is opened the intracavitary condensed water of condensed water can be pumped into storage chamber and will be recycled, this
Device, which can automate, carries out thermodynamic cycle work, and vapor drive steam turbine is converted to mechanical energy and is used, while water
Recycling of condensed steam is carried out using when carrying out the safety of the supplement protection staff of combustion material automatically and reducing the operation of personnel
Between.
Detailed description of the invention
Fig. 1 is overall structure diagram inside the new thermal circulation method of one kind of the invention；
Fig. 2 is the enlarged diagram of " A " in Fig. 1 of the present invention；
Fig. 3 is the top view in direction " B-B " in Fig. 2 of the present invention.
Specific embodiment
Below with reference to Fig. 1-3, the present invention is described in detail.
Referring to Fig.1-3, the new thermal circulation method of one kind of embodiment according to the present invention, including apparatus main body 10, set
The feeding device being placed in described device main body 10 and the thermal device being set in described device main body 10, the charging dress
The operation block 11 for being fixed by the bracket connection including being set to 10 upper end of described device main body is set, in the lower end of the operation block 11
It is provided with combustion chamber 12, water storage cavity 13, the inner left wall of the combustion chamber 12 are provided in the upper inside walls of the combustion chamber 12
It is provided with the perforative feed opening 14 in left and right, the upper end of described device main body 10 is fixedly connected with supporting block 15, the supporting block 15
Right end be provided with opening the first catching groove 16 to the right, be provided with first button block that can slide up and down in first catching groove 16
17, the right end of first button block 17 is fixedly connected with baffle block 18 moving up and down, and the lower end of first button block 17 is solid
Surely it is connected with the first spring 19, the upper end of described device main body 10 is provided with the first runner slot 20 of opening upwards, and described first
It is rotatably assorted in runner slot 20 by shaft and is connected with the first runner 21, fixation is arranged with other end on first runner 21
The first lead 22 being fixedly connected with the baffle block 18 is provided with the first transmission in the downside inner wall of the first runner slot 20
Chamber 23 is provided with belt chamber 24 in the front inner wall of first drive cavity 23, is provided with belt in the belt chamber 24
It is cooperatively connected with the 21 shaft power of the first runner and rear end extends into the first rotating shaft 25 in first drive cavity 23, institute
It states and is fixedly connected with first bevel gear 26 in first rotating shaft 25, the first electricity is installed in the right side inner wall of first drive cavity 23
Machine 27, the left end power of the first motor 27 are connected with splined shaft 28, and the left end of the splined shaft 28 is provided with pairing
And slidable second shaft 29, the downside inner wall of first drive cavity 29 is provided with the guide runner 30 of opening upwards, described
Being provided in guide runner 30 can horizontally slip and upper end extends into slider guide 31 in first drive cavity 29, the slider guide
Transmitting chamber 32 is provided in 31, the left end of second shaft 29, which extends, to be passed through in the transmitting chamber 32 and match by belt power
Conjunction is connected with third shaft 33, and the left and right end of the third shaft 33 is symmetrical and is fixedly connected with second bevel gear 34, right side
The second bevel gear 34 engages mating connection with the first bevel gear 26, and being provided in first drive cavity 23 can be with a left side
The second bevel gear 34 of side engages the third hand tap gear 35 being cooperatively connected, and consolidates in the rear side inner wall of first drive cavity 23
Surely it is provided with attachment device 36, is fixedly connected at the axle center of the third hand tap gear 35 and cooperates with 36 power of attachment device
4th shaft 37 of connection is provided with runner chamber 38 in the inner left wall of first drive cavity 23, sets in the runner chamber 38
It is equipped with the 5th shaft 39 that rear end and 36 power of attachment device are cooperatively connected, the is fixedly connected in the 5th shaft 39
Two runners 40 are provided with material-pouring device in described device main body 10.
Valuably or illustratively, the material-pouring device includes being set to the upward spring groove of 15 upper end opening of supporting block
41, the upper end of the supporting block 15 is fixedly connected with the link block 42 that right end is provided with slope hopper, under the link block 42
End is provided with opening to the right and the perforative first sliding groove 43 in downside, and being provided in the first sliding groove 43 can horizontally slip and right end
With the first sliding block 44 of 42 right end of link block pairing, the lower end of first sliding block 44 be fixedly connected with extension be passed through it is described
Guide pad 45 in spring groove 41, the right end of the guide pad 45 are fixedly connected with second spring 46, a left side for the spring groove 41
Rotary wheel device 47 is installed in the inner wall of side, the left end of the guide pad 45 is fixedly connected with other end and extends described turn excessively of winding
The left end of the second lead 48 being fixedly connected in second shaft 40 after wheel apparatus 47, the link block 42 is turned by shaft
It is dynamic to be connected with batch turning block 49, the discharging groove 50 of opening upwards is provided in the batch turning block 49, described device main body 10
Upper end is provided with the driver slot 51 of opening upwards, is rotatably assorted on the downside inner wall of the driver slot 51 by pedestal and is connected with liquid
Cylinder pressure 52, the upper end power of the hydraulic cylinder 52 are connected with the telescopic rod 53 for the connection that is rotatably assorted with the batch turning block 49,
The left end of the batch turning block 49 is fixedly connected with locating piece 54, and the upper end of described device main body 10 is fixedly connected with fixed track block
55, the right end of the fixed track block 55 is provided with the arching trajectory slot 56 with the locating piece 54 pairing, the arching trajectory slot
56 downside inner wall is provided with the second sliding slot 57 of opening upwards, the right side inner wall of the second sliding slot 57 and first transmission
Sliding eye 58 is provided with and communicated between chamber 23, being provided in the sliding eye 58 can horizontally slip and right end and the slider guide 31
The upper and lower side of the second sliding block 59 being fixedly connected, second sliding block 59 is symmetrical and is fixedly connected with guiding resetting apparatus 60, institute
State be provided in second sliding slot 59 can slide up and down and lower end and 59 left end of the second sliding block pairing third sliding block 61, it is described
The left and right end of third sliding block 61 is symmetrical and is fixedly connected with directional homing device 62, the upper end of the third sliding block 61 with it is described fixed
Position block 54 abuts pairing.
Valuably or illustratively, thermal device includes the support group for being set to 10 upper end of described device main body and being fixedly connected
65, the upper end of the support group 65 is fixedly connected with heat block 66, is fixedly installed steam-heated pipe line in the heat block 66
67, the upside of the storage chamber 13 is provided with and communicated with the first conduit 68 that other end is connected to the steam-heated pipe line 67,
The steam turbine block 69 being connected to the other end of the steam-heated pipe line 67, the steam turbine are installed in the heat block 66
The right end power of block 69 is connected with output shaft 70, and the upper end of the heat block 66 is provided with the new wind groove 71 of opening upwards,
It is fixedly connected with drive bevel gear 72 on the output shaft 70, is provided in the new wind groove 71 and is nibbled with the drive bevel gear 72
The driven wheel of differential 73 being cooperatively connected is closed, new fan blade 74 is fixedly connected with by shaft at the axle center of the driven wheel of differential 73,
The downside inner wall of the new wind groove 71 is provided with and communicated with first passage 75, the other end opening connection of the first passage 75
And it is fixedly connected with the second conduit 76, the other end of second conduit 76 is connected to the combustion chamber 12, described device master
The upper end of body 10 is fixedly connected with condensation block 77, be installed in the condensation block 77 upper end be connected to the steam turbine block 69 it is cold
Pipeline 78 is coagulated, is provided with the condensation water cavity 79 being connected to 78 lower end of condensation pipe, the condensed water in the condensation block 77
Be fixedly installed suction pump 80 on the downside inner wall of chamber 79, the upper end of the suction pump 80 be provided with and communicated with other end with it is described
The third pipeline 81 that storage chamber 13 is connected to.
Valuably or illustratively, the front and back side inner wall of the combustion chamber 12 is symmetrically arranged with pre-and post perforative venthole
82, burning waste gas can be discharged for the venthole 82.
Described method includes following steps:
Firstly, the combustion material in discharging groove 50 is supplemented foot by personnel, first motor 27, which is opened, drives the rotation of splined shaft 28 by the
The drive of two shafts 29 rotates third shaft 33 and second bevel gear 34, while the rotation of first bevel gear 26 drives first rotating shaft 25
And first runner 21 rotate, pull baffle block 18 to move down by first lead 22 at this time and open feed opening 14, at the same time second
Spring 46 restores elastic deformation and moves to right the promotion of the first sliding block 44 to feed opening 14.
Telescopic rod 53 is driven to overturn batch turning block 49 according to the track of arching trajectory slot 56 secondly, hydraulic cylinder 52 is opened, it will
Raw material in discharging groove 50, which pours into, carries out combustion heating in combustion chamber 12, and third sliding block 61 restores elasticity and move up to make in the process
Second sliding block 59 moves to left, and driving slider guide 31 to move to left is disengaged from second bevel gear 34 with first bevel gear 26, and the second cone
Gear 34 is engaged with third hand tap gear 35, and being again turned on first motor 27 at this time will drive the rotation of third hand tap gear 35 to pass through connection
Device 36 drives the rotation of the second runner 40, pulls guide pad 45 that first sliding block 44 is returned to initial shape by the second lead 48
State, baffle block 18 returns to original state at this time, and the second lead 48 lengthens to original state and waits lower task, and locating piece 54 returns
Slider guide 31 is moved to right to original state to original state.
Finally, the water vapour in storage chamber 13 is passed through vapour by carrying out heating in the first conduit 68 to steam-heated pipe line 67
Output shaft 70 is driven to work in turbine block 69, while drive bevel gear 72 and the rotation of driven wheel of differential 73 drive new fan blade 74 to rotate
Enter fresh air by first passage 75 and the second conduit 76 and supplement air in combustion chamber 12, burning waste gas is arranged out of venthole 82
Out, entered in condensation pipe 78 by the gas of steam turbine block 69 be condensed into water enter condensation water cavity 79 in, suction pump 80 open
The condensed water condensed in water cavity 79 can be pumped into storage chamber 13 and be recycled.
When needing device to carry out thermodynamic cycle work, the combustion material in discharging groove 50 is supplemented foot, the first electricity by personnel
Machine 27, which is opened, drives the rotation of splined shaft 28 to rotate third shaft 33 and second bevel gear 34 drive of second shaft 29, while the
The rotation of one bevel gear 26 drives first rotating shaft 25 and the rotation of the first runner 21, is pulled under baffle block 18 by first lead 22 at this time
It moves and opens feed opening 14, the recovery elastic deformation of second spring 46 at the same time moves to right the promotion of the first sliding block 44 to feed opening 14
Interior, hydraulic cylinder 52, which is opened, at this time drives telescopic rod 53 to overturn batch turning block 49 according to the track of arching trajectory slot 56, by discharging groove
Raw material in 50, which pours into, carries out combustion heating in combustion chamber 12, in the process third sliding block 61 restore elasticity move up make it is second sliding
Block 59 moves to left, and driving slider guide 31 to move to left is disengaged from second bevel gear 34 with first bevel gear 26, and second bevel gear 34
It is engaged with third hand tap gear 35, being again turned on first motor 27 at this time will drive the rotation of third hand tap gear 35 to pass through attachment device 36
It drives the second runner 40 to rotate, pulls guide pad 45 that first sliding block 44 is returned to original state by the second lead 48, at this time
Baffle block 18 returns to original state, and the second lead 48 lengthens to original state and waits lower task, and locating piece 54 returns to initially
Slider guide 31 is moved to right the water vapour to original state, and in storage chamber 13 and passes through the first conduit 68 to steam-heated pipe line by state
Heating is carried out in 67 is passed through drive output shaft 70 work in steam turbine block 69, while drive bevel gear 72 and 73 turns of driven wheel of differential
The dynamic new rotation of fan blade 74 of drive makes fresh air enter supplement air in combustion chamber 12, burning by first passage 75 and the second conduit 76
Exhaust gas is discharged out of venthole 82, is entered in condensation pipe 78 by the gas of steam turbine block 69 and is condensed into water and enters condensation water cavity
In 79, suction pump 80 is opened the condensed water condensed in water cavity 79 can be pumped into storage chamber 13 and is recycled.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, device is needed to carry out thermodynamic cycle work
When, the combustion material in discharging groove is supplemented foot by personnel, and first motor, which is opened, drives splined shaft rotation to make the drive of the second shaft
Third shaft and second bevel gear rotation, while first bevel gear rotation drives first rotating shaft and the rotation of the first runner, leads at this time
Crossing first lead pulls baffle block to move down opening feed opening, and second spring restores elastic deformation for the first slipper push at the same time
It moves to right to feed opening, hydraulic cylinder, which is opened, at this time drives telescopic rod to overturn batch turning block according to the track of arching trajectory slot, will fall
Raw material in hopper, which pours into, carries out combustion heating in combustion chamber, third sliding block recovery elasticity, which moves up, in the process makes the second sliding block
It moves to left, driving slider guide to move to left is disengaged from second bevel gear with first bevel gear, and second bevel gear and third hand tap gear
Engagement, being again turned on first motor at this time will drive third hand tap gear rotation to drive the rotation of the second runner by attachment device, lead to
Crossing the second lead pulls guide pad that the first sliding block is returned to original state, and baffle block returns to original state at this time, and second draws
Line, which lengthens, waits lower task to original state, and locating piece returns to original state and moves to right slider guide to original state, and water storage
Intracavitary water vapour is passed through drive output shaft work in steam turbine block by carrying out heating in the first conduit to steam-heated pipe line,
Drive bevel gear and driven wheel of differential rotation drive new fan blade rotation to enter fresh air by first passage and the second conduit simultaneously
Air is supplemented in combustion chamber, burning waste gas is discharged out of venthole, enters in condensation pipe by the gas of steam turbine block and condense
Cheng Shui enters that condensed water is intracavitary, and suction pump is opened the intracavitary condensed water of condensed water can be pumped into storage chamber and will be recycled, this
Device, which can automate, carries out thermodynamic cycle work, and vapor drive steam turbine is converted to mechanical energy and is used, while water
Recycling of condensed steam is carried out using when carrying out the safety of the supplement protection staff of combustion material automatically and reducing the operation of personnel
Between.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (4)
1. a kind of new thermal circulation method, including apparatus main body, it is set to the intracorporal feeding device of described device master and sets
The thermal device being placed in described device main body, the feeding device include being set to described device main body upper end to consolidate by bracket
Surely the operation block connected is provided with combustion chamber in the lower end of the operation block, storage is provided in the upper inside walls of the combustion chamber
Water cavity, the inner left wall of the combustion chamber are provided with the perforative feed opening in left and right, and the upper end of described device main body is fixedly connected with
Supporting block, the right end of the supporting block are provided with the first catching groove of opening to the right, and downslide can be gone up by being provided in first catching groove
The first dynamic button block, the right end of first button block are fixedly connected with baffle block moving up and down, under first button block
End is fixedly connected with the first spring, and the upper end of described device main body is provided with the first runner slot of opening upwards, and described first turn
It is rotatably assorted in race by shaft and is connected with the first runner, fixation is arranged with other end and the gear on first runner
The first lead that plate is fixedly connected is provided with the first drive cavity in the downside inner wall of the first runner slot, and described first passes
It is provided with belt chamber in the front inner wall of dynamic chamber, the belt is intracavitary to be provided with belt and the first runner shaft power
It is cooperatively connected and rear end extends into the first rotating shaft in first drive cavity, be fixedly connected with the first cone in the first rotating shaft
Gear, first motor is installed in the right side inner wall of first drive cavity, and the left end power of the first motor is cooperatively connected
There is a splined shaft, the left end of the splined shaft is provided with pairing and slidable second shaft, in the downside of first drive cavity
Wall is provided with the guide runner of opening upwards, be provided in the guide runner can horizontally slip and upper end extend into it is described first transmission
Intracavitary slider guide, is provided with transmitting chamber in the slider guide, and the left end of second shaft extends that be passed through the transmitting intracavitary
And third shaft is connected with by belt power, the left and right end of the third shaft is symmetrical and is fixedly connected with the second cone tooth
Wheel, the second bevel gear on right side engage mating connection with the first bevel gear, and being provided in first drive cavity can
The third hand tap gear being cooperatively connected is engaged with the second bevel gear in left side, is fixed in the rear side inner wall of first drive cavity
It is provided with attachment device, the to be cooperatively connected with the attachment device power is fixedly connected at the axle center of the third hand tap gear
Four shafts are provided with runner chamber in the inner left wall of first drive cavity, and the runner is intracavitary to be provided with rear end and the company
The 5th shaft that connection device power is cooperatively connected, is fixedly connected with the second runner in the 5th shaft, in described device main body
It is provided with material-pouring device.
2. the new thermal circulation method of one kind according to claim 1, it is characterised in that: the material-pouring device includes setting
In the upward spring groove of supporting block upper end opening, the upper end of the supporting block is fixedly connected with the company that right end is provided with slope hopper
Block is connect, the lower end of the link block is provided with opening to the right and the perforative first sliding groove in downside, is provided in the first sliding groove
Can horizontally slip and right end and the link block right end pairing the first sliding block, the lower end of first sliding block, which is fixedly connected with, prolongs
The guide pad being passed through in the spring groove is stretched, the right end of the guide pad is fixedly connected with second spring, a left side for the spring groove
Rotary wheel device is installed in the inner wall of side, the left end of the guide pad is fixedly connected with other end and extends the excessively described runner dress of winding
The second lead being fixedly connected in second shaft is postponed, the left end of the link block is rotatably assorted by shaft to be connected with
Batch turning block is provided with the discharging groove of opening upwards in the batch turning block, and the upper end of described device main body is provided with opening upwards
Driver slot is rotatably assorted on the downside inner wall of the driver slot by pedestal and is connected with hydraulic cylinder, and the upper end of the hydraulic cylinder is dynamic
Force-fitting is connected with the telescopic rod for the connection that is rotatably assorted with the batch turning block, and the left end of the batch turning block is fixedly connected with positioning
Block, the upper end of described device main body are fixedly connected with fixed track block, and the right end of the fixed track block is provided with and the locating piece
The arching trajectory slot of pairing, the downside inner wall of the arching trajectory slot are provided with the second sliding slot of opening upwards, and described second is sliding
Sliding eye is provided with and communicated between the right side inner wall of slot and first drive cavity, being provided in the sliding eye can horizontally slip
And the second sliding block that right end is fixedly connected with the slider guide, the upper and lower side of second sliding block is symmetrical and is fixedly connected with guiding
Resetting apparatus, being provided in the second sliding slot can slide up and down and the third of lower end and the pairing of second sliding block left end is sliding
Block, the left and right end of the third sliding block is symmetrical and is fixedly connected with directional homing device, the upper end of the third sliding block with it is described
Locating piece abuts pairing.
3. the new thermal circulation method of one kind according to claim 1, it is characterised in that: thermal device includes being set to institute
State the support group that apparatus main body upper end is fixedly connected, the upper end of the support group is fixedly connected with heat block, in the heat block
It is fixedly installed steam-heated pipe line, other end is provided with and communicated on the upside of the storage chamber and the steam-heated pipe line connects
The first logical conduit is installed with the steam turbine block being connected to the other end of the steam-heated pipe line, institute in the heat block
The right end power for stating steam turbine block is connected with output shaft, and the upper end of the heat block is provided with the new wind groove of opening upwards,
It is fixedly connected with drive bevel gear on the output shaft, is provided in the new wind groove and engages cooperation company with the drive bevel gear
The driven wheel of differential connect is fixedly connected with new fan blade by shaft at the axle center of the driven wheel of differential, under the new wind groove
Side inner wall is provided with and communicated with first passage, and the other end opening of the first passage, which is connected to and is fixedly connected with second, to be led
Pipe, the other end of second conduit are connected to the combustion chamber, and the upper end of described device main body is fixedly connected with condensation block,
The condensation pipe that upper end is connected to the steam turbine block is installed in the condensation block, be provided in the condensation block with it is described cold
The condensation water cavity of lower end of duct connection is coagulated, is fixedly installed suction pump, the suction pump on the downside inner wall of the condensation water cavity
Upper end be provided with and communicated with the third pipeline that other end is connected to the storage chamber.
4. the new thermal circulation method of one kind according to claim 1, it is characterised in that: in the front and back side of the combustion chamber
Wall is symmetrically arranged with pre-and post perforative venthole, and burning waste gas can be discharged for the venthole；
Described method includes following steps:
Firstly, the combustion material in discharging groove is supplemented foot by personnel, first motor, which is opened, drives splined shaft rotation by the second shaft
Drive rotates third shaft and second bevel gear, while first bevel gear rotation drives first rotating shaft and the rotation of the first runner,
Baffle block is pulled to move down opening feed opening by first lead at this time, it is sliding by first to restore elastic deformation for second spring at the same time
Block promotion is moved to right to feed opening；Telescopic rod is driven to turn over batch turning block according to the track of arching trajectory slot secondly, hydraulic cylinder is opened
Turn, the raw material in discharging groove is poured into and carries out combustion heating in combustion chamber, third sliding block recovery elasticity moves up and makes in the process
Second sliding block moves to left, and slider guide is driven to move to left and be disengaged from second bevel gear with first bevel gear, and second bevel gear and the
The engagement of third hand tap gear, being again turned on first motor at this time will drive third hand tap gear rotation to drive the second runner by attachment device
Rotation pulls guide pad that the first sliding block is returned to original state by the second lead, and baffle block returns to original state at this time, and
Second lead, which lengthens, waits lower task to original state, and locating piece returns to original state and moves to right slider guide to original state；
Finally, water vapour in storage chamber by carried out in the first conduit to steam-heated pipe line heating be passed through in steam turbine block drive it is defeated
Shaft work, while drive bevel gear and driven wheel of differential rotation drive new fan blade rotation that fresh air is made to pass through first passage and second
Conduit, which enters, supplements air in combustion chamber, burning waste gas is discharged out of venthole, enters condenser pipe by the gas of steam turbine block
It is condensed into water in road and enters the condensed water suction water storage cavity circulation that condensed water is intracavitary, and suction pump unlatching can be intracavitary by condensed water
It uses.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811086858.9A CN109296414A (en) | 2018-09-18 | 2018-09-18 | A kind of new thermal circulation method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811086858.9A CN109296414A (en) | 2018-09-18 | 2018-09-18 | A kind of new thermal circulation method |
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| Publication Number | Publication Date |
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| CN109296414A true CN109296414A (en) | 2019-02-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201811086858.9A Withdrawn CN109296414A (en) | 2018-09-18 | 2018-09-18 | A kind of new thermal circulation method |
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| CN (1) | CN109296414A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112371703A (en) * | 2020-11-23 | 2021-02-19 | 方军杰 | Environment-friendly scrapped paint bucket processor and using method thereof |
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2018
- 2018-09-18 CN CN201811086858.9A patent/CN109296414A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112371703A (en) * | 2020-11-23 | 2021-02-19 | 方军杰 | Environment-friendly scrapped paint bucket processor and using method thereof |
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