CN105888824B - Detonation driving machine - Google Patents
Detonation driving machine Download PDFInfo
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- CN105888824B CN105888824B CN201410706359.0A CN201410706359A CN105888824B CN 105888824 B CN105888824 B CN 105888824B CN 201410706359 A CN201410706359 A CN 201410706359A CN 105888824 B CN105888824 B CN 105888824B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02T—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO TRANSPORTATION
- Y02T10/00—Road transport of goods or passengers
- Y02T10/10—Internal combustion engine [ICE] based vehicles
- Y02T10/30—Use of alternative fuels, e.g. biofuels
Abstract
Detonation driving machine of the invention belongs to the engine of energy application more particularly to detonation object detonation moment released energy driving.Detonation driving machine of the invention is that detonation object is divided into the small detonation ball that volume is identical or quality is equal, carries out component to detonation object and controls detonation, detonation destructive power is made to reach controllable safe coefficient；The energy of detonation ball detonation abrupt release is switched into the kinetic energy of kinetic energy rod, then controls the kinetic energy rod with kinetic energy and moves reciprocatingly in the shell of detonation driving machine, exports the mechanical work of circular motion.To enable kinetic energy rod sufficiently to obtain the energy of detonation abrupt release, this invention takes with reed card, by the method for kinetic energy rod clamping lock, the kinetic energy for obtaining kinetic energy rod is greatly improved.Detonation driving machine of the invention has the mechanism automatically continuously to work, can drive electrical power generators, solve the problems, such as coal fired power generation.The present invention has practical application value, and this driving machine that can be done work using detonation is of great significance to natural resources is saved.
Description
Technical field
The invention belongs to energy applications, start more particularly, to what is done work using detonation object detonation transient burst of energy
Machine.
Background technique
Currently known engine has steam engine, internal combustion engine (including diesel engine and gasoline engine), motor and pneumatic motor
(patent of invention: ZL00136776.5), these engines are by consuming power exporting machine tool function.Steam engine and internal combustion engine directly consume
Source of the non-renewable natural resources such as source coal, crude oil as energy, electric motor, pneumatic motor high pressure gas, electricity and
The source of this energy of high pressure gas is also required to consumption of natural resource.Since people are for many years to the development and utilization of new energy,
There are many forms in the source of electric energy at present: water conservancy, wind energy, solar energy, biochemical reaction etc., but current China is still with firepower
Based on power generation, 80% of total power generation or more is accounted for.
The ratio occupied using nuclear energy power generation in China is little, is one fine although the energy that nuclear reaction generates is huge
Energy source, but once accident occurs due to nuclear energy power generation, caused harm is also huge；Along with nuke rubbish
It handles highly difficult, seriously hinders the development and utilization of nuclear energy.There are also the energy that a kind of energy is only second to nuclear energy, are exactly a kind of hair
The detonation object of raw redox reaction.Huge energy can be put by being released due to this detonation object in moment, have very big destructiveness,
It is chiefly used in war.Current this detonation object is also widely applied in production and life, such as: digging tunnel, remove Old building,
Matter exploration etc..This detonation object makes abundant raw material, low in cost, such as: the oxidant ammonium nitrate (NH of expanded ammonium nitrate4NO3) by
Nitrogen, hydrogen, oxygen are constituted, and are taken from atmosphere, are a kind of inexhaustible sources.
Ammonium nitrate is no longer generated using nitre method at present, and mostly chemical synthesis is at low cost, resourceful.China
It is completed a plurality of ammonium nitrate production line, annual output is often only production more than 4500 up to 9600 tons, but since application demand amount is few
Ton.Its reducing agent (also referred to as fuel agent C16H32) sawdust or the straw powder of crops can be used, it is from a wealth of sources, and having can be again
Natural disposition.The ideal detonation reaction equation of the detonation object are as follows: 48NH4NO3+C16H32→16CO2+112H2O+48N2；It can from reaction equation
To find out that when Oxidizing and Reducing Agents proportion reaches balance, waste material caused by detonation is carbon dioxide, water and nitrogen, is not produced
Raw pernicious gas and hazardous waste, no pollution to the environment do not need consumption oxygen yet.
This detonation object can under the action ofs shock or electric spark etc. can detonation occur redox reaction, do not needing
In the case where oxygen, the high pressure of ten tens of thousands of a atmospheric pressure may produce up in the moment of this more than ten microsecond of redox reaction
Gas and certain heat.Gas caused by detonation object redox reaction is about 1000 times of detonation object product, is released
The heat that is but discharged not as good as same volume solid fuel coal of heat, be approximately the discharged heat of same volume liquid gasoline ten/
One.Only compare from the thermal energy discharged, this detonation object is not as good as liquid fuels such as gasoline, diesel oil, but the energy that its moment is discharged
Amount is higher than more than ten times of same volume liquid fuel.It is understood that after detonation object detonation in bullet shell, by the energy of abrupt release
Amount switchs to the kinetic energy of bullet, bullet can be made to project upper km remote；If what is filled in shell case is gas knock, bullet will not be made to generate such as
This big kinetic energy.
The energy of detonation object detonation abrupt release is huge, therefore its destructive power is very big, it is also difficult to be controlled.It will be this quick-fried
The device that combustion things are used as the energy of production, life, yet there are no report and related patents.Develop and utilize detonation
The energy acting of object abrupt release is of great significance, the present invention aiming at this detonation can utilization and the detonation invented is driven
Motivation.
Summary of the invention
The present invention is exactly the detonation driving machine for utilizing energy caused by detonation object detonation moment and inventing.The present invention is first
What is solved is the control to destructive power caused by detonation object detonation power；It followed by realizes and utilizes the huge energy of detonation abrupt release
Measure the device to do work；It is finally that efficiently reliably can become a kind of engine by continuous doing work using detonation.
There are many detonation objects, different detonation object its explosion velocity differences, and the power of detonation is also different.Detonation object detonation moment releases
The huge energy put has very big destructive power, so first having to solve the control to this destructive power.If similar control core
Reaction controls its reaction speed like that, reduces detonation velocity, although reducing power in this way, decreases detonation object simultaneously
The energy discharged.In order not to reduce the energy that detonation object is discharged, the present invention takes component detonation to the control of detonation power
Method.Destructive power caused by the power of the detonation object to detonate every time reaches controllable amount, then by repeatedly detonating, makes
A large amount of detonation object utilizes several times.Every time detonation detonation object amount number by the property of detonation object itself and detonation of the present invention drive
Size, structure and the material of motivation are determined.
Caused destructive power is huge when detonation object detonation, but the size of this destructive power and detonation object dosage
It is how many directly proportional, therefore the amount of the destructive power of detonation detonation object used in safe range is controlled as the upper of each detonation dosage
Limit.Detonation object component is made into identical each volume size or equiponderant ball or cylinder, hereon referred to as detonation ball.It is each quick-fried
Fire the upper limit of the ball plus its margin of error no more than each safety using amount.If the energy of M grams of detonation object detonation release is
E, in order to reduce within the scope of the destructive power that the power of detonation object reaches safely controllable, every time can only detonation controllable safety dosage it is upper
It is limited to m grams of detonation ball, M grams of detonation object is divided into M/m detonation, takes the integer of M/m >=1.M grams of detonation object detonation several times institute
The summation to release energy should theoretically be equal to the ENERGY E of detonation release, except that repeatedly detonation releases gross energy E
Time be at least M/m times of a detonation time.The method of i.e. this component detonation keeps detonation driving machine maximum power theoretical
On be m/M times of a detonation power, destructive power also accordingly reduces m/M times.
The present invention controls the method for detonation and has not been changed the property of detonation object, still keeps the original detonation of detonation object based on this
On the basis of property, detonation driving machine of the invention is that the energy of detonation object detonation abrupt release is transmitted to kinetic energy rod, is had dynamic
The kinetic energy rod of energy moves back and forth the mechanical work that push-and-pull push rod driving crankshaft moves in a circle in slideway.How to make kinetic energy rod abundant
Obtain detonation energy and have bigger kinetic energy be the key that it is one of of the invention, the method that the present invention solves this key technology be
One end clamping lock upper reed plate card of kinetic energy rod, makes kinetic energy rod that can just wash clamping lock open under the action of certain force.The moment of detonation generates
Huge impact force makes the kinetic energy rod of certain mass on the direction of impact force since the effect of reed card generates elastic strain
Power hits the clamping lock that kinetic energy rod washes reed card open along with detonation moment generates huge gas pressure intensity, obtains kinetic energy rod bigger
Kinetic energy.I.e. the kinetic energy of kinetic energy rod is on the one hand that the impact of detonation moment generates under the action of reed card from two aspects
Elastic strain power；It on the other hand is the thrust that detonation generates huge pressure.Its reason is similar to push a helical spring, uses reed
Card resistance keeps off helical spring movement, so that helical spring is squeezed and is provided with elastic force potential energy；When the resistance that thrust is greater than reed card is pushed away
When opening, the elastic force potential energy of helical spring adds thrust becomes the kinetic energy of spring together, and helical spring is ejected rapidly.If not yet
There is reed card, for helical spring only by pushing kinetic energy obtained, mobile distance is only the distance released.
The kinetic energy rod kinetic energy obtained of detonation driving machine of the present invention is not only the thrust that detonation generates huge pressure, more main
If huge impact force produced by detonation moment acts on kinetic energy rod simultaneously, and under the action of reed card, enables detonation
Efficiently switch to the kinetic energy of kinetic energy rod.If the kinetic energy that kinetic energy rod obtains will be greatly decreased without the effect of reed card.Spring used
Piece card has preferable restorability elastic force, and in each kinetic energy rod one end, the resistance summation of installed reed card is produced no more than detonation
The thrust that the angry huge pressure of body generates it, there is no the resistances in the kinetic energy rod direction of motion once being open for reed card.
Detonation driving machine of the invention is to be transmitted to centered on the fire point of detonation ball to multiple directions transient burst of energy
Kinetic energy rod.These usual kinetic energy rods be all it is symmetrically placed in all directions on, i.e., detonation driving machine is that have multiple limitation kinetic energy rods
The slideway of movement, and it is symmetrical two-by-two.In order to make detonation ball sufficiently be adjacent to kinetic energy rod, there is the electric discharge fire of a direction dress cone
The kinetic energy rod of fresh idea, symmetry direction can compress detonation ball.Kinetic energy rod is processed into cylindrical surface in the face of patch detonation ball, makes detonation
The area that ball is adjacent to kinetic energy rod increases, and enables kinetic energy rod preferably by impact force caused by detonation.When detonation ball detonation
In a flash, each kinetic energy rod flicks around, will sufficiently obtain detonation energy, and kinetic energy rod obtains after kinetic energy in each of detonation driving machine
It does work in a slideway to different directions.
Continuous work mechanism of the invention is inertia or another associated working of the kinetic energy rod by crankshaft after kinetic energy rod acting
The promotion of the kinetic energy rod of detonation driving machine, the state before making kinetic energy rod be back to detonation, and lived by reed clamping lock, while detonation is driven
The mobile touching double contact switch of reed card in motivation.By each double contact switch coupled in series, so only in each kinetic energy
Bar empties back into the position before detonation, and in the case where being lockable, and the anode of discharge power supply could be connected.Convey the dynamic of detonation ball
Can bar detonation ball is sent to point initiation, and after being squeezed and pressing, which is the position returned to before detonation, this is dynamic for clamping lock at this time
The reed card of energy bar can just touch double contact switch, and power supply is connected, this double contact switch one manual switch of series connection, in parallel
Connect the cathode of power supply.After the positive and negative electrode of power supply is all connected, it can discharge and get electric spark, be squeezed the detonation ball detonation pressed,
Detonation driving machine starts to repeat next acting process again.If stopping the work of detonation driving machine, as long as by power supply manual switch
Disconnection can stop detonating, and detonation driving machine is made to stop working.Present invention will be further explained below with reference to the attached drawings and examples.
Detailed description of the invention
Fig. 1 is the sectional front view before detonation driving machine detonation of the present invention.
Fig. 2 is the top cross-sectional view after detonation driving machine detonation of the present invention.
Fig. 3 is reed card and two point touching switch enlarged diagram of the present invention.
Fig. 4 is detonation ball shim enlarged diagram of the present invention.
Fig. 5 is the sectional front view of detonation driving machine associated working of the present invention.
Fig. 6 is another detonation ball shim enlarged diagram of detonation driving machine associated working of the present invention.
In figure: 1. detonation driving machine outer housings；2. kinetic energy rod；3. push rod；4. crankshaft；5. flywheel；6. detonation ball shim；
7. reed card；8. double contact switch；9. spark heads；10. detonation ball；11. detonation ball inner box；12. detonation ball outer box；13. suspension
Rope；14. slideway；15. insulating ceramics block；16. manual power switch.
Specific embodiment
Detonation object used in the present invention is made of Oxidizing and Reducing Agents, and it is nitric acid that oxidant used, which is embodied,
Ammonia, chemical component NH4NO3；Reducing agent is straw powder added with a small amount of diesel oil, chemical component C16H32.It is i.e. quick-fried described in background technique
One of combustion things, according to its chemical reaction equilibrium equation: 48NH4NO3+C16H32→16CO2+112H2O+48N2Oxidant
It is mixed with the ratio of reducing agent quality, and by specially treateds such as extrudings, reduces its explosion velocity, make its sensitization general
Collision under will not detonate, but can detonate under the action of electric spark.Then by the detonation object by power experiment test, really
The fixed detonation amount in detonation driving machine every time；It is safe to detonation driving machine when the quality of the detonation object is 3 grams after measured
Detonation amount.The density of the detonation object is 0.98g/cm3, therefore the spherical detonation ball that diameter is 18mm can be made into.The detonation ball is
It is formed by powder, intensity is not high, can scatter, deform under certain effect power.
Detonation object used in the present invention need to be made into the spherical detonation ball that size is identical or quality is equal, for these detonation balls
The safety of placement devises the double-deck box for it, dress detonation ball bilayer box as shown in Figures 1 and 2 face and top view.It will
Detonation ball (10) in closed plastic casing (11), with 8 suspension strops (13) be suspended on one it is netted (non-closed)
In rubber box (12).Material used in netted unsealed rubber box (12) is firm and has certain elasticity, similar automobile foreign steamer
The material of tire is made into.The import that detonation ball (10) passes through catheter directed detonation driving machine.Conduit is communicated with closing plastic casing (11),
Detonation ball (10) is the pollution of grease stain, soil, water etc. in order to prevent in closed plastic casing (11).Fill detonation ball (10)
Closing plastic casing (11) be suspended in the bigger rubber box (12) of a volume with suspension strop (13), the surrounding of inside and outside two boxes and
It does not contact up and down, and has the interval of certain distance.The double layer design of this storage detonation ball box, main purpose is once occurring
The rubber box of dangerous outer layer can stop and reduce destructive power caused by inner plastic box detonation externally.
Fig. 1 is the sectional front view for the detonation driving machine realized with the method for the present invention.Detonation ball (10) enters detonation room, so
After detonate, make kinetic energy rod (2) obtain kinetic energy, with kinetic energy kinetic energy rod (2) push push rod (3) driving crankshaft (4) export circumference
The mechanical work of movement is the course of work of detonation driving machine.Each of the detonation driving machine detonation ball of detonation one (10), is prepared
Quick-fried detonation ball is away as far as possible detonation point, it is therefore desirable to which control successively conveys detonation ball, and only one is quick-fried per secondary guarantee
It fires ball (10) and arrives detonation point.One simple V-arrangement shim (6) is used for this control and is mounted on entrance, such as Fig. 1 institute
Show shown in Fig. 4 with partial enlargement；When import is opened, shim (6) blocks subsequent detonation ball, only puts the quick-fried of foremost into
Combustion ball enters the slideway (14) of kinetic energy rod, shifts detonation ball onto detonation point by kinetic energy rod (2).After detonation ball (10) reaches detonation point
It can lead to detonation by shock or electrical fire Huadu；For safety, detonation ball (10) used in present embodiment is in detonation driving machine
Suffered shock will not detonate, the detonation ball that could only detonate under the action of electric spark.
Tip in reed card (7) inside groove shown in Fig. 3 and a spiral bullet is housed between the tip of a fixinig plate (7b)
Spring (7c), elastic force can make the recessed Ka Chu of reed card propulsion kinetic energy rod；Reed card (7) is fixed on quick-fried by 2 fixinig plates (7b)
It fires on the shell of driving machine (1)；It is to post one layer on a thin insulating rubber pad to lead at reed card (7) touching double contact switch
Electrolemma (7a).When the conductive film on electro-insulating rubber pad touches double contact switch (8), make double-contact connection, at this time the double touchings of connection
The both threads conducting of point switch (8).Since each double contact switch (8) all being connected, so only working as all double touchings
Point switch (8) all by the touching of reed card, could become the power supply line of a conducting.As long as having a double contact switch (8) not
By in the touching of reed card, this power supply line is exactly to disconnect.Clamping lock pushes away leading on the reed card of detonation ball kinetic energy rod in only Fig. 1
Electrolemma is conducted with reed card, i.e., behind reed card (7) lock card kinetic energy rod (2), touching double contact switch (8) reed card also will
Negative electrode connection is to the kinetic energy rod (2), which is metallic conduction, therefore one end of the kinetic energy rod and spark heads (9) shape
At the two poles of the earth of electric discharge.
Shown in Fig. 4, detonation ball (10) enters the slideway for leading to detonation room by import, and detonation ball behind is by shim
(6) it blocks, only first detonation ball is pushed into detonation room by kinetic energy rod (2).The space of detonation room is cylinder, in spark heads
(9) and under the action of kinetic energy rod (2), detonation ball is squeezed into the cylindric end with surrounding kinetic energy rod and is in close contact, and contacts
Face is at cylindric, as shown in Figure 2.When detonation driving machine is in state shown in FIG. 1, each kinetic energy rod is installed in detonation
Reed card (7) on driving machine shell (1) blocks, and joins each series connection double contact switch (8) to spark heads (9) at this time in reed
It is all switched on and opens under the action of card (7), as shown in Figure 3；When promoting the kinetic energy rod (2) of detonation ball to be pressed onto detonation ball,
The reed card (7) of the clamping lock kinetic energy rod will also touch double contact switch (8), power supply be connected, spark heads (9) start to discharge at this time
Electric spark is got, the detonation ball detonation for being squeezed and having pressed in detonation room is excited.
Detonation ball (10) detonation in detonation driving machine shell (1) spark heads (9) and its ceramic block (15) have active force,
The power in other directions acts on kinetic energy rod (2), and detonation driving machine shell (1) mainly limits all directions kinetic energy rod and obtains
Tracks after kinetic energy.As shown in Fig. 2, moving up and (being shown in FIG. 1) except a kinetic energy rod (2) pushes away, there are also 4 kinetic energy
Bar (2) is popped up along 4 directions respectively in detonation driving machine shell (1), and reed card (7) has all been washed open at this time.Reed card (7) quilt
Kinetic energy rod top just translates after must tilting, and reed card (7) is made no longer to touch double contact switch (8), and power lead is also all at this time
It disconnects, spark heads (9) also no longer discharge.Spark heads (9) are mounted on insulating ceramics block (15), the conducting wire only coupled and its
It conducts.
It is every for the measure re-detonated after the kinetic energy rod whole return of all directions in control detonation driving machine slideway
One double contact switch (8) is installed, as shown in Figure 3 on the moving direction of a reed card (7).These double contact switch are connected
Afterwards, then with power supply and the metal sparks head (9) of electric discharge it is connected.Only when the kinetic energy rod of all directions (2) all returns in place, and
All by after reed card (7) clamping lock, the positive pole of discharge spark head (9) could be switched on.The cathode of power supply be associated in detonation ball into
At mouthful on the double contact switch (8) of insulation board, only when detonation ball is pushed to detonation point, reed card (7) enters after card slot
Power cathode can be connected；After the positive and negative electrode of power supply is all connected at this time, it could discharge and generate electrical initiation detonation ball.It is this
Reliable control is machine automatization control, safe and reliable in operation.It, can be by hand if stopping the work of detonation driving machine
Dynamic power switch (16) disconnect, and so that spark heads (9) no longer discharge hit out spark, detonation driving machine is to stop working.Actually exist
It supplies in the continual situation of detonation ball, as long as detonation driving machine discharge power supply conducting of the invention begins to continuous work, hand
Dynamic power switch disconnection will be automatically stopped work.
When kinetic energy rod shown in Fig. 2 (2) reaches the most end of detonation driving machine slideway, due to the inertia of crankshaft (4), it will continue to do
Kinetic energy rod (2) can be pushed back to the state before detonation by circular motion, push rod (3).The kinetic energy rod for pushing away detonation ball simultaneously also reaches
The shim (6) on the top of detonation driving machine slideway, detonation ball import is broken instantaneously, and will enter a detonation ball, such as Fig. 1 and
Shown in Fig. 4 of partial enlargement.Then the device will enter state before detonation shown in FIG. 1 again, start to repeat above-mentioned detonation acting
Process.This acting process is that kinetic energy rod (2) is doing work when being ejected, and is the inertia by crankshaft (4) when kinetic energy rod returns
It pushes back, that is to say, that only the half cycle of circular motion does work in output.At this time can also this detonation driving machine be referred to as half cycle driving machine,
Acting is all exported to full circle week, needs to add an identical half cycle driving machine again.
Shown in Fig. 5, the positive and negative overlapping of two half cycle detonation driving machines is installed together associated working, respectively successively does half
Zhou Gong.The half cycle driving machine reversely installed and positive half cycle driving machine are just the same, and unique difference is in detonation ball entrance
Shim (6a), as shown in fig. 6, this shim (6a) be also V-shape, be slightly different with forward mounted shim (6).
Two half cycle driving machines associated working of positive and negative installation needs for the power supply of electric discharge to be connected in series again, i.e., when a half cycle
The power supply of another half cycle driving machine is connected after the kinetic energy rod acting of driving machine when returning.Specific practice is by two double-contacts
Switch (8) is separately mounted to the distalmost end that push rod (3) horizontal position can touch, and it is corresponding double that whichever push rod touches its
The power supply of the electromechanical sparking of another half cycle driving will be all connected in contact switch (8).Actually in addition to the detonation ball (10) of itself, each
Kinetic energy rod (2) returns outer in place, it is also necessary to it is pushed to this condition of farthest after push rod (3) acting of another half cycle driving machine,
Electricity sparking power supply could be connected.The half cycle of circular-rotation, another half cycle driving machine are completed in such a half cycle driving machine acting
Could detonate acting.Two half cycle driving machines are respectively alternately accomplished the half cycle acting an of circumference, final realization whole circumference
Acting.
Kinetic energy rod (2) is reciprocally moveable in slideway (14), for the frictional resistance for reducing its movement, is limiting kinetic energy rod
It (2) can be equipped with longitudinal bearing at movement.The output end of kinetic energy rod (2) function is connected with push rod (3), and push rod (3) pushes crankshaft (4) to drive
Flywheel (5) moves in a circle, and exports mechanical work.Crankshaft (4) can directly drive electrical power generators or flywheel (5) by chain or
The device that belt etc. drives other needs such as generator to do work.It is necessary in the case where can be installed between crankshaft and flywheel
One very heavy card, with bicycle backgear as the very heavy card between axis；The purpose for installing very heavy card makes flywheel (5) can only
It is rotated to a direction, and crankshaft (4) spin down or the rotation for thering is interval pause not affect flywheel (5).In each direction
Kinetic energy rod (2) flywheel (5) can be driven to drive generator.
Detonation driving machine of the invention is two half cycle driving machine overlapping installation associated working, and using detonation object as raw material
Engine.To improve efficiency, this detonation driving machine can export mechanical work simultaneously in 5 directions, i.e., can drive 5 power generations simultaneously
Machine generates electricity.Detonation driving machine of the invention is done work using the energy of detonation moment, realizes that engine generates electricity
Deng, and detonation object is made to obtain new utilization in production and life, there is significant application value to natural resources is saved.
Claims (2)
1. a kind of detonation driving machine, the detonation ball inner box (11) of the detonation driving machine is equipped with that size is identical or quality is equal is quick-fried
Fire ball (10), detonation ball inner box (11) is suspended in detonation ball outer box (12) by suspension strop (13), detonation ball (10) through conduit by
Detonation ball shim (6) is led one by one into slideway (14) to detonation point, is discharged by the spark heads (9) on insulating ceramics block (15)
Spark or kinetic energy rod (2), which are hit, ignites detonation ball (10), and each double-contact being serially connected of power supply manual switch (16) series connection is opened
It closes (8), the reed card (7) of clamping lock kinetic energy rod (2), all directions in slideway is housed on the outer housing (1) of detonation driving machine
The output end of kinetic energy rod (2) function is connected with push rod (3), crankshaft (4), flywheel (5), it is characterised in that: detonation transient energy acts on
Kinetic energy rod (2) makes kinetic energy rod (2) wash the reed card (7) of clamping lock open, output work is moved back and forth in slideway.
2. detonation driving machine according to claim 1, it is characterised in that: the positive and negative overlapping of two detonation driving machines is mounted on one
Associated working is played, the detonation driving machine of half cycle function is respectively successively done.
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| CN201410706359.0A CN105888824B (en) | 2014-12-01 | 2014-12-01 | Detonation driving machine |
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| CN201410706359.0A CN105888824B (en) | 2014-12-01 | 2014-12-01 | Detonation driving machine |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2167197Y (en) * | 1993-01-06 | 1994-06-01 | 冯建光 | Internal combustion engine using solid fuel |
| CN101220767A (en) * | 2008-01-23 | 2008-07-16 | 浙江新龙实业有限公司 | Explosive storage box and explosive motor |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2011028335A1 (en) * | 2009-09-02 | 2011-03-10 | Dolby Laboratories Licensing Corporation | Compensation for sub-par lighting in displays |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2167197Y (en) * | 1993-01-06 | 1994-06-01 | 冯建光 | Internal combustion engine using solid fuel |
| CN101220767A (en) * | 2008-01-23 | 2008-07-16 | 浙江新龙实业有限公司 | Explosive storage box and explosive motor |
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