CN108561894A - A kind of informationization power generator - Google Patents

Abstract

The invention discloses a kind of information-based power generator, including babinet, the first sliding groove is equipped in the babinet, first sliding groove top is communicated equipped with the first drive cavity, the first sliding groove right end is communicated equipped with the first cavity, two above and below first cavity, side is equipped with recovery chamber symmetrical and positioned at first drive cavity right, first cavity top is communicated equipped with the second cavity, second cavity rear is equipped with the second drive cavity, first cavity top is communicated equipped with the second sliding groove positioned at second cavity right, the first cavity right end is communicated equipped with third cavity, the 4th cavity is equipped with below first cavity；The configuration of the present invention is simple, it is easy to operate, it is moved easily and carries, meanwhile, and realize and coal dust is conveyed at regular time and quantity.

Description

A kind of informationization power generator

Technical field

The present invention relates to technical field of power generation, specifically a kind of informationization power generator.

Background technology

With the development of science and technology, social progress, demand of the people to electricity is continuously improved, then just needing quickly, effectively Power generation.There are various power generator currently on the market, but it is automatic to coal dust to use the device of coal dust firing to fail realization The conveying at regular time and quantity changed, makes related work not carry out fast and effectively, this device efficiently solves the problems, such as this.

Invention content

Technical problem to be solved by the invention is to provide a kind of information-based power generator, can solve above-mentioned present skill The problems in art.

The present invention is achieved through the following technical solutions：A kind of information-based power generator of the present invention, including babinet, The first sliding groove is equipped in the babinet, first sliding groove top is communicated equipped with the first drive cavity, first sliding groove Right end is communicated equipped with the first cavity, and first cavity up and down two, side is equipped with symmetrical and positioned at first drive cavity right Restore chamber, first cavity top is communicated equipped with the second cavity, and second cavity rear is equipped with the second drive cavity, and described the One cavity top is communicated equipped with the second sliding groove positioned at second cavity right, and the first cavity right end is communicated equipped with the Three cavitys are equipped with the 4th cavity below first cavity, and be rotatably assorted to be connected in first drive cavity extends up and down First rotation axis is fixedly connected with the cam in first sliding groove, first rotation in first rotation axis The first pulley being fixedly connected on axis above the cam is slidably connected with pushing block in first cavity, The pushing block is connected with the cam slide, and pushing block left end end face is fixedly connected with symmetrical above and below and prolongs to the left The spring stretched, the spring left end extending end are fixedly connected with the recovery chamber left end inner wall, rotation in second cavity It is connected with front and back the second rotation axis extended, second rotation axis front end extending end is fixedly connected with disk, described Multiple storage cavitys are equipped in disk, the second rotation shaft rear end extending end is through second cavity rear end inner wall and puts in In second drive cavity, the second rotation shaft rear end extending end is fixedly connected with first bevel gear, the 4th cavity It is inside rotatably assorted and is connected with the first threaded rod that is front and back symmetrical and extending up and down, extending end runs through at the top of first threaded rod The 4th cavity top inner wall and being rotatably assorted with the second sliding groove top inner wall is connect, solid on first threaded rod Surely the second belt wheel being connected in the 4th cavity is embedded with the first motor in the 4th cavity bottom inner wall, The first motor top end be connected by power has the third upwardly extended and between two first threaded rods to turn Moving axis, third rotation axis top extending end are fixedly connected with, and two belt wheels, the third belt wheel moves in turn with second band Power is connected with belt, is slidably connected with the first sliding shoe in second sliding groove, first sliding shoe and described the One threaded rod screw-thread fit connects.

Preferably technical solution is fixedly connected with burner plate, the burner plate on the third cavity bottom inner wall It is inside embedded with firing device, electronic valve is embedded in the third cavity right end inner wall, water pipe, institute are equipped in the third cavity It states water pipe right end extending end and runs through the third cavity right end inner wall, extending end is empty through the third at the top of the water pipe Top of chamber inner wall, the third cavity top are communicated equipped with exhaust pipe, and the third cavity left end inner wall is communicated equipped with positioned at institute State the air inlet pipe at the second cavity rear.

Preferably technical solution, the top of the box end face are fixedly connected with coal pulverizer, the coal pulverizer bottom end Face is communicated equipped with channel, and described the bottom of the channel is communicated with second cavity top.

Preferably technical solution, the first transmission cavity rear end are communicated equipped with third drive cavity, first sliding Slot rear is equipped with the 4th drive cavity being located at below the third drive cavity, and the 4th drive cavity bottom end is communicated to be slided equipped with third Dynamic slot, the third sliding groove is interior to be slidably connected the second sliding shoe, and the second sliding shoe screw-internal thread fit is connected with a left side Second threaded rod of right extension, the second threaded rod right end extending end are rotatably assorted with the third sliding groove right end inner wall Connection, is embedded with the second motor in the third sliding groove left end inner wall, the second motor right end end and described the Two threaded rod left end extending end be connected by powers are embedded with third motor, the third motor in the second sliding shoe Top end be connected by power has the first tooth runner, and be rotatably assorted the 4th rotation for being connected with and extending up and down in second drive cavity Axis, the 4th rotation axis bottom end extending end is through the second drive cavity bottom end face and puts in the 4th drive cavity, 4th rotation axis bottom extending end is fixedly connected with the second tooth runner, be fixedly connected in the 4th rotation axis to The bevel gear of connection is engaged with the first bevel gear, be rotatably assorted the 5th for being connected with and extending up and down in the third drive cavity Rotation axis, the 5th rotation axis bottom extending end is through the third drive cavity bottom interior wall and puts in the 4th transmission Intracavitary, the 5th rotation axis bottom extending end are fixedly connected with third tooth runner, are fixedly connected in the 5th rotation axis There are the 4th belt wheel in the third drive cavity, the 4th belt wheel to have belt with the first pulley be connected by power.

The beneficial effects of the invention are as follows：When being in original state due to the device of the invention, the water pipe is opened for two up and down Mouthful be closed, the air inlet pipe left end, the exhaust pipe are closed, pushing block left end end face with it is described First cavity left end inner wall contacts, and the storage cavity is well contacted with second cavity, the first sliding shoe bottom end face It is contacted with first cavity top end face, the second sliding shoe is located at third sliding groove centre position, ensure that this The enabled orderly progress of safe and stable and device work in device transportational process.

When needing to work using the device of the invention, starts the coal pulverizer first, be sent into coal dust by channel In storage cavity described in portion, the first tooth runner is driven to be moved to the left at this point, starting second motor, when first tooth It when runner engages connection with the second tooth runner, controls second motor and stops operating, start the third electricity at this time Motivation drives the disk rotational, so that coal dust is entered in first cavity, when coal dust amount reaches certain in first cavity When, control that the third motor stops operating and the storage cavity is well contacted with second cavity, at this point, described in starting First motor drives first sliding shoe to move up, when the first sliding shoe top end surface and first sliding groove It when top inner wall contacts, controls first motor and stops operating, at this point, starting second motor drives described first Tooth runner moves right, and when the first tooth runner engages connection with the third tooth runner, controls second motor It stops operating, drives the pushing block to move right at this point, starting the third motor, make coal dust on the burner plate, When the coal dust is completely into the third cavity, controls the third motor and stop operating and keep the pushing block left End end face is contacted with the first cavity left end inner wall, at this point, start first motor drive, first sliding shoe to Lower movement, when the first sliding shoe bottom end face is contacted with the first cavity bottom inner wall, control described first is electronic Machine stops operating, and at this time connects the air inlet pipe and external air supply plant, by the exhaust pipe and external exhaust gas collection device Connect, coal dust is lighted at this point, starting the firing device, when temperature reach one timing, the water pipe is connect with external source It is logical, using the amount of coal dust when can not only control each burning, can also timing realize pulverized coal conveying, substantially increase coal dust Service efficiency.

At the end of the device of the invention works, the water pipe and external source are disconnected, opening the electronic valve will The air inlet pipe, escape pipe are disconnected and are closed in the external world by cleaning waste slag, are started second motor and are driven described second to slide Motion block movement is located at third sliding groove centre position, convenient for waste residue timely processing in the device, ensure that the device Cleaning inside when off working state orderly carries out when the device being enable to work.

The device of the invention is simple in structure, easy to operate, using coal dust firing, substantially increases efficiency of combustion, and adopt With informationization technology timing, quantitative conveying, keep burning more orderly, and ensure that safe and stable in device transportational process.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Overall structure diagram when Fig. 1 is a kind of information-based power generator non-operation of the present invention；

Fig. 2 is the sectional view in the directions A-A in Fig. 1；

Fig. 3 is the structural schematic diagram of B area in Fig. 1.

Specific implementation mode

As shown in Figure 1-Figure 3, a kind of information-based power generator of the invention, including babinet 10 are equipped in the babinet 10 First sliding groove 18,18 top of the first sliding groove are communicated equipped with the first drive cavity 17, first sliding groove, 18 right end phase Logical to be equipped with the first cavity 23, first cavity about 23 two, side is equipped with symmetrical and positioned at 17 right of the first drive cavity Restore chamber 20,23 top of the first cavity is communicated equipped with the second cavity 14, and 14 rear of the second cavity is equipped with the second transmission Chamber 41,23 top of the first cavity communicate equipped with positioned at 14 right of the second cavity the second sliding groove 31, described first 23 right end of cavity is communicated equipped with third cavity 32, and first cavity, 23 lower section is equipped with the 4th cavity 58, first drive cavity Be rotatably assorted the first rotation axis 16 for being connected with and extending up and down in 17, is fixedly connected in first rotation axis 16 positioned at described Cam 57 in first sliding groove 18, the first pulley being fixedly connected in first rotation axis 16 above the cam 15, pushing block 21, the pushing block 21 and 57 company of being slidably matched of the cam are slidably connected in first cavity 23 It connects, 21 left end end face of the pushing block is fixedly connected with spring 19 that is symmetrical above and below and extending to the left, and 19 left end of the spring prolongs It stretches end to be fixedly connected with the 20 left end inner wall of recovery chamber, is rotatably assorted in second cavity 14 and is connected with front and back extension Second rotation axis 37, second rotation axis, 37 front end extending end are fixedly connected with disk 12, are equipped in the disk 12 more A storage cavity 11, second rotation axis, 37 rear end extending end is through second cavity, 14 rear end inner wall and puts in described the In two drive cavities 41, second rotation axis, 37 rear end extending end is fixedly connected with first bevel gear 38, the 4th cavity It is rotatably assorted in 58 and is connected with the first threaded rod 30 that is front and back symmetrical and extending up and down, first threaded rod, 30 top extends end End, which runs through 58 top inner wall of the 4th cavity and is rotatably assorted with 31 top inner wall of the second sliding groove, to be connect, and described first The second belt wheel 56 being fixedly connected on threaded rod 30 in the 4th cavity 58, in 58 bottom interior wall of the 4th cavity It is embedded with the first motor 24, first motor, 24 top end be connected by power upwardly extends and positioned at two described the Third rotation axis 55 between one threaded rod 30,55 top extending end of the third rotation axis are fixedly connected with, two belt wheels 43, The third belt wheel 43 has belt with 56 be connected by power of the second belt wheel, is slidably connected in second sliding groove 31 First sliding shoe 25, first sliding shoe 25 are connect with 30 screw-thread fit of the first threaded rod.

Valuably, it is fixedly connected with burner plate 26 in 32 bottom interior wall of third cavity, is embedded in the burner plate 26 There is firing device 28, electronic valve 27 is embedded in 32 right end inner wall of the third cavity, water pipe is equipped in the third cavity 32 29,29 right end extending end of the water pipe runs through 32 right end inner wall of the third cavity, and 29 top extending end of the water pipe passes through 32 top inner wall of third cavity is worn, 32 top of the third cavity is communicated equipped with exhaust pipe 33, and the third cavity 32 is left End inner wall is communicated equipped with the air inlet pipe 13 positioned at 14 rear of the second cavity.

Valuably, 10 top end surface of the babinet is fixedly connected with coal pulverizer 36, and 36 bottom end face of the coal pulverizer communicates Equipped with channel 35,35 bottom of the channel is communicated with second cavity, 14 top.

Valuably, 17 rear end of the first drive cavity is communicated equipped with third drive cavity 53,18 rear of the first sliding groove Equipped with the 4th drive cavity 43 positioned at 53 lower section of the third drive cavity, 43 bottom end of the 4th drive cavity is communicated to be slided equipped with third Dynamic slot 48, the third sliding groove 48 is interior to be slidably connected the second sliding shoe 49,49 screw-internal thread fit of the second sliding shoe It is connected with the second threaded rod 47 that left and right extends, second threaded rod, 47 right end extending end is right with the third sliding groove 48 End inner wall is rotatably assorted connection, is embedded with the second motor 46 in 48 left end inner wall of the third sliding groove, described second is electronic 46 right end end of machine and second threaded rod, 47 left end extending end be connected by power are embedded with the in the second sliding shoe 49 Three-motor 45,45 top end be connected by power of the third motor have the first tooth runner 42, in second drive cavity 41 Be rotatably assorted the 4th rotation axis 39 for being connected with and extending up and down, and 39 bottom end extending end of the 4th rotation axis runs through described second 41 bottom end face of drive cavity and the 4th drive cavity 43 is put in, 39 bottom extending end of the 4th rotation axis is fixedly connected with Second tooth runner 44 is fixedly connected in the 4th rotation axis 39 to engage the cone tooth of connection with the first bevel gear 38 40 are taken turns, be rotatably assorted the 5th rotation axis 51 for being connected with and extending up and down in the third drive cavity 53, the 5th rotation axis 51 Bottom extending end is through 53 bottom interior wall of third drive cavity and puts in the 4th drive cavity 43, the 5th rotation 51 bottom extending end of axis is fixedly connected with third tooth runner 50, is fixedly connected in the 5th rotation axis 51 positioned at described The 4th belt wheel 52 in three drive cavities 53, the 4th belt wheel 52 have belt with 15 be connected by power of the first pulley.

When the device of the invention is in original state, about 29 two openings of the water pipe are closed, described 13 left end of air inlet pipe, the exhaust pipe 33 are closed, and 21 left end end face of the pushing block is left with first cavity 23 Inner wall contact, the storage cavity 11 is held well to be contacted with second cavity 14,25 bottom end face of the first sliding shoe and institute The contact of 23 top end surface of the first cavity is stated, the second sliding shoe 49 is located at 48 centre position of third sliding groove,.

When needing to work using the device of the invention, starts the coal pulverizer 36 first, sent coal dust by channel 35 Enter in storage cavity 11 described in top, drives the first tooth runner 42 to be moved to the left at this point, starting second motor 46, when When the first tooth runner 42 engages connection with the second tooth runner 44, controls second motor 46 and stop operating, this Third motor 45 described in Shi Qidong drives the disk 12 to rotate, and coal dust is made to enter in first cavity 23, when described the Coal dust amount reaches a timing in one cavity 23, controls the third motor 45 and stops operating and the storage cavity 11 and described the The two well contacts of cavity 14, drive first sliding shoe 25 to move up, when described at this point, starting first motor 24 When first sliding shoe, 25 top end surface is contacted with 31 top inner wall of the first sliding groove, controls first motor 24 and stop Rotation drives the first tooth runner 42 to move right, when the first tooth runner 42 at this point, starting second motor 46 It when engaging connection with the third tooth runner 50, controls second motor 46 and stops operating, at this point, starting the third electricity Motivation 45 drives the pushing block 21 to move right, and makes coal dust on the burner plate 26, when the coal dust is completely into described When in third cavity 32, controls the third motor 45 and stop operating and make 21 left end end face of the pushing block and described first 23 left end inner wall of cavity contacts, and drives first sliding shoe 25 to move down at this point, starting first motor 24, works as institute When stating 25 bottom end face of the first sliding shoe and 23 bottom interior wall of the first cavity and contacting, controls first motor 24 and stop The air inlet pipe 13 and external air supply plant are connected, the exhaust pipe 33 and external exhaust gas collection device are connect by rotation at this time It is logical, coal dust is lighted at this point, starting the firing device 28, when temperature reaches a timing, by the water pipe 29 and external source It connects.

At the end of the device of the invention works, the water pipe 29 and external source are disconnected, the electronic valve is opened The air inlet pipe 13, escape pipe 33 by cleaning waste slag, are disconnected and are closed in the external world by 27, are started second motor 46 and are driven The movement of the second sliding shoe 49 is located at 48 centre position of third sliding groove.

The beneficial effects of the invention are as follows：When being in original state due to the device of the invention, the water pipe is opened for two up and down Mouthful be closed, the air inlet pipe left end, the exhaust pipe are closed, pushing block left end end face with it is described First cavity left end inner wall contacts, and the storage cavity is well contacted with second cavity, the first sliding shoe bottom end face It is contacted with first cavity top end face, the second sliding shoe is located at third sliding groove centre position, ensure that this The enabled orderly progress of safe and stable and device work in device transportational process.

When needing to work using the device of the invention, starts the coal pulverizer first, be sent into coal dust by channel In storage cavity described in portion, the first tooth runner is driven to be moved to the left at this point, starting second motor, when first tooth It when runner engages connection with the second tooth runner, controls second motor and stops operating, start the third electricity at this time Motivation drives the disk rotational, so that coal dust is entered in first cavity, when coal dust amount reaches certain in first cavity When, control that the third motor stops operating and the storage cavity is well contacted with second cavity, at this point, described in starting First motor drives first sliding shoe to move up, when the first sliding shoe top end surface and first sliding groove It when top inner wall contacts, controls first motor and stops operating, at this point, starting second motor drives described first Tooth runner moves right, and when the first tooth runner engages connection with the third tooth runner, controls second motor It stops operating, drives the pushing block to move right at this point, starting the third motor, make coal dust on the burner plate, When the coal dust is completely into the third cavity, controls the third motor and stop operating and keep the pushing block left End end face is contacted with the first cavity left end inner wall, at this point, start first motor drive, first sliding shoe to Lower movement, when the first sliding shoe bottom end face is contacted with the first cavity bottom inner wall, control described first is electronic Machine stops operating, and at this time connects the air inlet pipe and external air supply plant, by the exhaust pipe and external exhaust gas collection device Connect, coal dust is lighted at this point, starting the firing device, when temperature reach one timing, the water pipe is connect with external source It is logical, using the amount of coal dust when can not only control each burning, can also timing realize pulverized coal conveying, substantially increase coal dust Service efficiency.

At the end of the device of the invention works, the water pipe and external source are disconnected, opening the electronic valve will The air inlet pipe, escape pipe are disconnected and are closed in the external world by cleaning waste slag, are started second motor and are driven described second to slide Motion block movement is located at third sliding groove centre position, convenient for waste residue timely processing in the device, ensure that the device Cleaning inside when off working state orderly carries out when the device being enable to work.

The device of the invention is simple in structure, easy to operate, using coal dust firing, substantially increases efficiency of combustion, and adopt With informationization technology timing, quantitative conveying, keep burning more orderly, and ensure that safe and stable in device transportational process.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims (4)

1. a kind of informationization power generator, including babinet, it is characterised in that：It is equipped with the first sliding groove in the babinet, described the One sliding groove top is communicated equipped with the first drive cavity, and the first sliding groove right end communicates empty equipped with the first cavity, described first Two above and below chamber, side is equipped with recovery chamber symmetrical and positioned at first drive cavity right, and first cavity top, which communicates, to be equipped with Second cavity, second cavity rear are equipped with the second drive cavity, and first cavity top is communicated equipped with positioned at described second Second sliding groove of cavity right, the first cavity right end are communicated equipped with third cavity, and the is equipped with below first cavity Four cavitys, be rotatably assorted in first drive cavity the first rotation axis for being connected with and extending up and down, solid in first rotation axis Surely the cam being connected in first sliding groove is fixedly connected with above the cam in first rotation axis First pulley, pushing block is slidably connected in first cavity, the pushing block connects with cam slide cooperation It connects, pushing block left end end face is fixedly connected with spring that is symmetrical above and below and extending to the left, the spring left end extending end It is fixedly connected with the recovery chamber left end inner wall, is rotatably assorted in second cavity and is connected with front and back the second rotation extended Axis, second rotation axis front end extending end are fixedly connected with disk, are equipped with multiple storage cavitys in the disk, and described second Rotation shaft rear end extending end is through second cavity rear end inner wall and puts in second drive cavity, second rotation Shaft rear end extending end is fixedly connected with first bevel gear, and being rotatably assorted in the 4th cavity, it is front and back symmetrical and upper and lower to be connected with The first threaded rod extended, extending end is through the 4th cavity top inner wall and with described the at the top of first threaded rod Two sliding groove top inner walls are rotatably assorted connection, be fixedly connected on first threaded rod in the 4th cavity Two belt wheels are embedded with the first motor, the first motor top end be connected by power in the 4th cavity bottom inner wall There are the third rotation axis upwardly extended and between two first threaded rods, third rotation axis top extending end It is fixedly connected with, two belt wheels, the third belt wheel is connected with belt with second pulley power, is slided in second sliding groove Dynamic to be connected with the first sliding shoe, first sliding shoe is connect with the first threaded rod screw-thread fit.

2. a kind of information-based power generator according to claim 1, it is characterised in that：On the third cavity bottom inner wall It is fixedly connected with burner plate, firing device is embedded in the burner plate, electronic valve is embedded in the third cavity right end inner wall Door, the third cavity is interior to be equipped with water pipe, and the water pipe right end extending end runs through the third cavity right end inner wall, the water Tube top portion extending end runs through the third cavity top inner wall, and the third cavity top communicates equipped with exhaust pipe, and described the Three cavity left end inner walls are communicated equipped with the air inlet pipe positioned at second cavity rear.

3. a kind of information-based power generator according to claim 1, it is characterised in that：The top of the box end face, which is fixed, to be connected It is connected to coal pulverizer, the coal pulverizer bottom end face is communicated equipped with channel, and described the bottom of the channel is communicated with second cavity top.

4. a kind of information-based power generator according to claim 1, it is characterised in that：The first transmission cavity rear end communicates Equipped with third drive cavity, first sliding groove rear is equipped with the 4th drive cavity being located at below the third drive cavity, described 4th drive cavity bottom end is communicated equipped with third sliding groove, and the second sliding shoe is slidably connected in the third sliding groove, described The second sliding shoe screw-internal thread fit is connected with the second threaded rod that left and right extends, the second threaded rod right end extending end and institute It states third sliding groove right end inner wall to be rotatably assorted connection, the second motor, institute is embedded in the third sliding groove left end inner wall The second motor right end end and the second threaded rod left end extending end be connected by power are stated, is embedded in the second sliding shoe There are third motor, the third motor top end be connected by power to have the first tooth runner, rotated in second drive cavity It is connected with the 4th rotation axis extended up and down, the 4th rotation axis bottom end extending end runs through second drive cavity bottom End surface and the 4th drive cavity is put in, the 4th rotation axis bottom extending end is fixedly connected with the second tooth runner, institute It states and is fixedly connected in the 4th rotation axis to engage the bevel gear of connection with the first bevel gear, in the third drive cavity Be rotatably assorted the 5th rotation axis for being connected with and extending up and down, and the 5th rotation axis bottom extending end is driven through the third It chamber bottom interior wall and puts in the 4th drive cavity, the 5th rotation axis bottom extending end is fixedly connected with third tooth and turns It takes turns, the 4th belt wheel in the third drive cavity, the 4th belt wheel and institute is fixedly connected in the 5th rotation axis Stating first pulley be connected by power has belt.