CN105888824A - Detonation driver - Google Patents
Detonation driver Download PDFInfo
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- CN105888824A CN105888824A CN201410706359.0A CN201410706359A CN105888824A CN 105888824 A CN105888824 A CN 105888824A CN 201410706359 A CN201410706359 A CN 201410706359A CN 105888824 A CN105888824 A CN 105888824A
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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
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Abstract
The invention discloses a detonation driver, belongs to the field of energy application, and particularly relates to an engine driven by energy instantly released by detonation of detonation materials. According to the detonation driver, the detonation materials are divided into small detonation balls identical in size or equal in mass, component control detonation is carried out on the detonation materials, and detonation collapsing force reaches the controllable safety degree; and energy instantly released by detonation of the detonation balls is converted into kinetic energy of a kinetic energy rod, the kinetic energy rod with kinetic energy is controlled to do reciprocating motion in a shell of the detonation driver, and mechanical work of circling motion is output. In order to enable the kinetic energy rod to fully obtain energy instantly released by detonation, a method that a reed clamp is used for clamping and locking the kinetic energy rod is adopted, so that kinetic energy obtained by the kinetic energy rod is greatly improved. The detonation driver has an automatic and continuous work mechanism, a power generator can be driven to generate power, and the problem about coal-fired power generation can be solved. The detonation driver has practical application value, and the driver doing work through detonation energy has great significance on saving of natural resources.
Description
Technical field
The invention belongs to energy source use field, especially relate to the electromotor utilizing detonation thing detonation transient burst of energy to do work.
Background technology
Currently known electromotor has steam engine, internal combustion engine (including diesel engine and gasoline engine), motor and pneumatic motor (invention
Patent: ZL00136776.5), these electromotors are by consuming power exporting machine tool merit.Steam engine and internal combustion engine directly consume source coal,
The non-renewable natural resources such as crude oil is as the source of energy, electric motor, pneumatic motor gases at high pressure, electricity and high pressure gas
The source of this energy of body is also required to consumption of natural resource.Development and utilization to new forms of energy for many years, current electric energy due to people
Source have a various ways: water conservancy, wind energy, solar energy, biochemical reaction etc., but China still with thermal power generation is at present
Main, account for more than the 80% of gross generation.
The ratio utilizing nuclear energy power generation to occupy in China is little, although the energy that nuclear reaction produces is huge, is a good energy
Source, but owing to nuclear energy power generation once has an accident, the harm caused also is huge；Add the process of nuke rubbish very
Difficulty, seriously hinders development and the utilization of nuclear energy.A kind of energy is also had to be only second to the energy of nuclear energy, it is simply that one aoxidizes
The detonation thing of reduction reaction.Huge energy can be put owing to this detonation thing was released in moment, there is the biggest destructiveness, be used for
War.Current this detonation thing is also widely applied, such as in producing, living: digging tunnel, dismounting Old building, geology are surveyed
Visit.This detonation thing makes abundant raw material, with low cost, such as: the oxidant ammonium nitrate (NH of expanded ammonium nitrate4NO3) by
Nitrogen, hydrogen, oxygen are constituted, and are taken from air, are a kind of inexhaustible sources.
Ammonium nitrate the most no longer uses Sal Nitri method to produce at present, mostly is chemosynthesis, low cost, aboundresources.China is built
Becoming a plurality of ammonium nitrate production line, annual production is up to 9600 tons, but owing to application demand amount is few, is often only production more than 4500 ton.
Its reducing agent (also referred to as fuel agent C16H32) can use wood flour or the powder of straw of crops, its wide material sources, and there is recyclability.
The preferable detonation reaction equation of this detonation thing is: 48NH4NO3+C16H32→16CO2+112H2O+48N2；Can from reaction equation
Going out when Oxidizing and Reducing Agents proportioning reaches balance, waste material produced by detonation is carbon dioxide, water and nitrogen, has not produced
Evil gas and hazardous waste, environmentally safe, it is not required that consume oxygen.
This detonation thing can get final product detonation generation redox reaction under the effect of shock or electric spark etc., need not oxygen
In the case of, i.e. may produce up to the gases at high pressure and of tens0000 atmospheric pressure in the moment of this redox reaction tens microsecond
Fixed heat.Gas produced by detonation thing redox reaction is about 1000 times that this detonation object is long-pending, and liberated heat is the most not
And the heat that same volume solid fuel coal is discharged, it is approximately 1/10th of the discharged heat of same volume liquid gasoline.Only from being released
The heat energy put compares, and this detonation thing is not as good as the liquid fuel such as gasoline, diesel oil, but the energy that its moment is discharged is higher than consubstantiality
Tens times of hydrops fluid fuel.It is understood that after detonation thing detonation in bullet shell to, the energy of abrupt release is transferred the dynamic of bullet
Can, the upper km of bullet injection can be made remote；If dress is gas knock in shell case, bullet will not be made to produce the biggest kinetic energy.
The energy of detonation thing detonation abrupt release is huge, and therefore its destructive power is the biggest, it is also difficult to control.By this detonation thing
As the device produced, the energy of life is used, yet there are no report and Patents.Development and utilization detonation thing wink
Between the energy acting of release significant, the present invention be aiming at this detonation can utilization and the detonation invented drives machine.
Summary of the invention
The present invention is exactly to utilize energy produced by detonation thing detonation moment and the detonation invented drives machine.First the present invention solves
It is the control to the destructive power that detonation thing detonation power is caused；Next to that realize utilizing detonation abrupt release huge energy to do
The device of merit；It is finally efficiently to utilize detonation reliably can become a kind of electromotor by continuous doing work.
Detonation thing has multiple, and its explosion velocity of different detonation things is different, and the power of detonation is the most different.Detonation thing detonation abrupt release
Huge energy has the biggest destructive power, so first having to solve the control to this destructive power.If similar control nuclear reaction that
Sample controls its response speed, makes detonation velocity reduce, although so reducing power, but decreases detonation thing simultaneously and is discharged
Energy.In order to not reduce the energy that detonation thing is discharged, the method that the control of detonation power is taked component detonation by the present invention.
The destructive power that the power of the detonation thing the most every time detonated is caused reaches controlled amount, then by repeatedly detonating, makes substantial amounts of quick-fried
Combustion thing utilizes several times.Detonation thing amount of every time detonating number by the character of detonation thing itself and detonation of the present invention drive machine size,
Structure and material are determined.
The destructive power caused during detonation thing detonation is huge, but the size of this destructive power becomes with the number of detonation thing consumption
Direct ratio, therefore controls destructive power amount of detonation thing used by safety range of detonation as the upper limit of the consumption that detonates every time.By quick-fried
Combustion thing component makes that each volume size is identical or equiponderant ball or cylinder, hereon referred to as detonation ball.Each detonation ball adds
Its margin of error not can exceed that the upper limit of each safety using amount.If the energy of M gram of detonation thing detonation release is E, in order to subtract
In the range of the power of little detonation thing reaches safely controllable destructive power, can only the upper limit of detonation controllable safety consumption it be m gram every time
Detonation ball, is divided into M gram of detonation thing M/m time and detonating, take the integer of M/m >=1.M gram of detonation thing the discharged energy of detonation several times
The summation of amount in theory should be equal to the ENERGY E of detonation release, except that repeatedly detonation discharges the time of gross energy E
At least M/m times of a detonation time.The method of the most this component detonation makes detonation drive machine peak power the most once
M/M times of detonation power, destructive power reduces m/M times the most accordingly.
The present invention controls the method for detonation and do not changes the character of detonation thing, based on this detonation thing original detonation character that still keeps
On the basis of, the detonation of the present invention drives machine to be that the energy of detonation thing detonation abrupt release is passed to kinetic energy rod, has the kinetic energy of kinetic energy
Bar moves back and forth the mechanical power that push-and-pull push rod drives bent axle to move in a circle in slideway.Kinetic energy rod how is made fully to obtain detonation energy
And there is one of the key that bigger kinetic energy is the present invention, it is the one end at kinetic energy rod that the present invention solves the method for this key technology
Kayser upper reed plate card, makes kinetic energy rod just can wash kayser under the effect of certain force open.The moment of detonation produces huge impulsive force,
Make the kinetic energy rod of certain mass on the direction of impulsive force owing to the effect of reed card produces elastic strain power, add detonation moment
Produce huge gas pressure intensity, clash into kinetic energy rod and wash the kayser of reed card open, make kinetic energy rod obtain bigger kinetic energy.I.e. kinetic energy rod
Kinetic energy, from two aspects, is on the one hand impact elastic strain power of generation under the effect of reed card of detonation moment；On the other hand
It is the thrust of the detonation huge pressure of generation.Its reason is similar promotes a helical spring, stops that helical spring moves with reed card,
Make helical spring be squeezed and be provided with elastic force potential energy；When thrust is open more than the resistance of reed card, the elastic force gesture of helical spring
Can add thrust and together become the kinetic energy of spring, helical spring is ejected rapidly.Without the effect of reed card, spiral bullet
The kinetic energy that spring is only obtained by promotion, the distance of movement is only the distance released.
The kinetic energy that detonation of the present invention drives the kinetic energy rod of machine to be obtained is not only detonation and is produced the thrust of huge pressure, the most quick-fried
Combustion moment is produced huge impulsive force and is acted simultaneously on kinetic energy rod, and under the effect of reed card, makes detonation to turn efficiently
Kinetic energy for kinetic energy rod.Without the effect of reed card, the kinetic energy that kinetic energy rod obtains will be greatly decreased.Reed card used has
Preferably restorability elastic force, it is huge that the resistance summation at each kinetic energy rod one end institute installation reed card is not more than detonation generation gas
The thrust that it is produced by pressure, reed card the most no longer has the resistance in the kinetic energy rod direction of motion once be open.
The detonation of the present invention drives machine to be centered by the fire point of detonation ball, passes to kinetic energy to multiple directions transient burst of energy
Bar.Generally these kinetic energy rod be all symmetrically placed in all directions, i.e. detonation drives machine to have multiple restriction kinetic energy rod to move
Slideway, and symmetrical two-by-two.In order to make detonation ball fully be adjacent to kinetic energy rod, there is the discharge spark head of a direction dress cone,
Detonation ball can be compressed by the kinetic energy rod of its symmetry direction.Kinetic energy rod is processed into the face of cylinder in the face of patch detonation ball, makes detonation ball be adjacent to
The area of kinetic energy rod increases, and makes the kinetic energy rod can be preferably by impulsive force produced by detonation.When detonation ball detonation in a flash,
Each kinetic energy rod flicks to surrounding, will fully obtain detonation energy, after kinetic energy rod acquisition kinetic energy in detonation drives each slideway of machine
Do work to different directions.
The continuous working mechanism of the present invention is after kinetic energy rod does work, and kinetic energy rod drives by inertia or another associated working detonation of bent axle
The promotion of the kinetic energy rod of motivation, the state before making kinetic energy rod be back to detonation, and pinned by reed card, on the machine of detonation driving simultaneously
Reed card move touching double contact switch.By each double contact switch coupled in series, the most only all return at each kinetic energy rod
To the position before detonating, and in the case of being lockable, the positive pole of discharge power supply could turn on.The kinetic energy rod of conveying detonation ball is by quick-fried
Combustion ball delivers to point initiation, and squeezed press after, this kinetic energy rod i.e. returns to the position before detonating, the now spring of this kinetic energy rod of kayser
Sheet card just can touch double contact switch, makes power supply turn on, this double contact switch one hand switch of series connection, and joining power
Negative pole.After the positive and negative electrode of power supply all turns on, can discharge and get electric spark, the squeezed detonation ball pressed detonates, and detonation is driven
Motivation starts again to repeat next acting process.If stopping detonation driving the work of machine, as long as being disconnected by power supply hand switch
Stopping is detonated, and makes detonation drive machine to quit work.The present invention is further described with embodiment below in conjunction with the accompanying drawings.
Accompanying drawing explanation
Fig. 1 is the elevation cross-sectional view before detonation of the present invention drives machine to detonate.
Fig. 2 is the top plan view after detonation of the present invention drives machine detonation.
Fig. 3 is reed card of the present invention and two point touching switch enlarged diagram.
Fig. 4 is detonation ball shim enlarged diagram of the present invention.
Fig. 5 is the elevation cross-sectional view that detonation of the present invention drives machine associated working.
Fig. 6 is that detonation of the present invention drives another detonation ball shim enlarged diagram of machine associated working.
In figure: 1. detonation drives machine shell body；2. kinetic energy rod；3. push rod；4. bent axle；5. flywheel；6. detonation ball shim；
7. reed card；8. double contact switch；9. spark heads；10. detonation ball；11. detonation ball inner boxs；The outer box of 12. detonation balls；13.
Suspension strop；14. slideways；15. insulating ceramics blocks；16. manual power switch.
Detailed description of the invention
Detonation thing used by the present invention is made up of Oxidizing and Reducing Agents, and being embodied as oxidant used is nitric acid ammonia, chemistry
Composition NH4NO3；Reducing agent is that powder of straw is added with a small amount of diesel oil, chemical composition C16H32.I.e. in the detonation thing described in background technology
One, according to its chemical reaction equilibrium equation: 48NH4NO3+C16H32→16CO2+112H2O+48N2Oxidant and also
The ratio of former dose of quality mixes, and through the special handling such as expanded, reduces its explosion velocity so that it is sensitization is touched general
Hit down and will not detonate, but can detonate under the effect of electric spark.Then by this detonation thing through power experiment test, determine every
The secondary amount of detonating in detonation driving machine；When the quality of this detonation thing is 3 grams after measured, detonation is driven machine is safe detonation
Amount.The density of this detonation thing is 0.98g/cm3, therefore can make the spherical detonation ball of a diameter of 18mm.This detonation ball is by powder
Foam is formed, and intensity is the highest, can scatter, deforms under certain effect power.
Detonation thing used by the present invention need to make the spherical detonation ball that size is identical or quality is equal, for the placement of these detonation balls
Safety, devises double-deck box, facing and top view of dress detonation ball bilayer box as shown in Figures 1 and 2 for it.By detonation
Ball (10) is contained in a plastic casing (11) closed, and is suspended on one netted (non-airtight) with 8 suspension strops (13)
Rubber box (12) in.Material used by netted unsealed rubber box (12) is firm and has certain elasticity, similar automobile
The material of cover is made.Detonation ball (10) drives the import of machine by catheter directed detonation.Conduit and closing plastic casing (11)
Communicating, it is the pollution in order to prevent oil stain, earth, water etc. that detonation ball (10) is contained in the plastic casing (11) of closing.Fill quick-fried
The closing plastic casing (11) of combustion ball (10) is suspended in a bigger rubber box (12) of volume with suspension strop (13), interior
The surrounding of outer two boxes and not contacting, and have the interval of certain distance.This double layer design depositing detonation ball box, main
Syllabus is that once the cause danger rubber box of outer layer can stop and reduce the destructive power that inner plastic box detonation is externally caused.
Fig. 1 is the elevation cross-sectional view that the detonation realized by the inventive method drives machine.Detonation ball (10) enters detonation room, then
Detonating, make kinetic energy rod (2) obtain kinetic energy, the kinetic energy rod (2) with kinetic energy promotes push rod (3) to drive bent axle (4) output
The mechanical power of circular motion, is the work process of detonation driving machine.Detonation drives one detonation ball (10) of each detonation of machine, in advance
The standby detonation ball detonated is far as possible from detonation point, it is therefore desirable to control conveying detonation ball successively, and every secondary guarantee only one of which
Detonation ball (10) arrives detonation point.One simple V-arrangement shim (6) be have employed for this control and be arranged on import department, as
Shown in Fig. 1 and shown in Fig. 4 of partial enlargement；When import is opened, shim (6) blocks detonation ball below, only puts into
Detonation ball above enters the slideway (14) of kinetic energy rod, kinetic energy rod (2) detonation ball is shifted detonation point onto.Detonation ball (10)
All may result in detonate by shock or electric spark after arriving detonation point；For safety, the detonation ball (10) used by present embodiment exists
Shock suffered in detonation driving machine will not detonate, the detonation ball that only just can detonate under the effect of electric spark.
Equipped with a helical spring (7c) between tip in reed card (7) inside groove shown in Fig. 3 and the tip of a stator (7b),
Its elastic force can make reed card advance the recessed Ka Chu of kinetic energy rod；Reed card (7) is fixed on detonation by 2 stators (7b) and drives machine
Housing on (1)；It is on a thin insulating rubber blanket, to post one layer of conducting film (7a) at reed card (7) touching double contact switch.
When the conducting film on electro-insulating rubber pad touches double contact switch (8), make double-contact UNICOM, now join double contact switch (8)
Both threads conducting.Owing to each double contact switch (8) is all connected, so only when all of double contact switch (8)
All by the touching of reed card, the power line of a conducting just can be become.As long as there being a double contact switch (8) not touched by reed card
Running into, this power line is just off.In only Fig. 1, kayser pushes away the conducting film on the reed card of detonation ball kinetic energy rod and reed
Card conducts, i.e. when, after this kinetic energy rod of reed card (7) pintle hook lock (2), touching double contact switch (8) reed card is also by negative electrode
UNICOM to this kinetic energy rod (2), this kinetic energy rod (2) is metallic conduction, and therefore one end of this kinetic energy rod is formed with spark heads (9)
The two poles of the earth of electric discharge.
Shown in Fig. 4, detonation ball (10) enters the slideway leading to detonation room by import, and detonation ball behind is by shim (6)
Blocking, only first detonation ball is pushed detonation room by kinetic energy rod (2).The space of detonation room is cylindrical, in spark heads (9)
Under effect with kinetic energy rod (2), detonation ball is squeezed into the cylindric termination with surrounding kinetic energy rod and is in close contact, and contact surface becomes
Cylindric, as shown in Figure 2.When detonation drives machine to be in the state shown in Fig. 1, each kinetic energy rod is installed to be driven in detonation
Reed card (7) on motivation housing (1) blocks, and now joins each series connection double contact switch (8) to spark heads (9) and exists
Unlatching all it is switched on, as shown in Figure 3 under the effect of reed card (7)；When advancing the kinetic energy rod (2) of detonation ball by detonation ball pressure
When putting in place, the reed card (7) of this kinetic energy rod of kayser also will touch double contact switch (8), make power supply turn on, now spark heads (9)
Start electric discharge and get electric spark, excite the most squeezed detonation ball pressed in detonation room to detonate.
Detonation ball (10) detonates has active force to the spark heads (9) in detonation driving casing body (1) and ceramic block (15) thereof,
The power in other directions all acts on kinetic energy rod (2), and detonation drives casing body (1) mainly to limit all directions kinetic energy rod and obtains
Take the tracks after kinetic energy.As in figure 2 it is shown, move up (figure 1 illustrates) except a kinetic energy rod (2) pushes away, also have
4 kinetic energy rod (2) are ejected along 4 directions in detonation drives casing body (1) respectively, and now reed card (7) is washed open the most.
Reed card (7) just must be translated after tilting by kinetic energy masthead, makes reed card (7) no longer touch double contact switch (8), this
Time power lead the most all disconnect, spark heads (9) the most no longer discharges.Spark heads (9) is mounted on insulating ceramics block (15),
The wire only coupled conducts with it.
The measure detonated again after the whole return of kinetic energy rod of all directions in machine slideway for controlling detonation to drive is at each reed
One double contact switch (8) is installed, as shown in Figure 3 on the moving direction of card (7).After these double contact switchs are connected, then
It is connected with the metal sparks head (9) of power supply and electric discharge.Only put in place when the kinetic energy rod (2) of all directions all returns, and all
After reed card (7) kayser, the positive source of discharge spark head (9) could be switched on.The negative pole of power supply is associated in detonation ball and enters
At Kou on the double contact switch (8) of insulation board, only when detonation ball is pushed to detonation point, after reed card (7) enters draw-in groove
Power cathode could be turned on；After now the positive and negative electrode of power supply all turns on, could discharge generation electrical initiation detonation ball.This
Plant and control reliably to be machine automatization control, be in operation safe and reliable.If detonation to be stopped drives machine work, can be by
Manual power switch (16) disconnects, and makes spark heads (9) no longer discharge hit out spark, and detonation drives machine i.e. to quit work.Actual
On supply detonation ball continual in the case of, as long as the present invention detonation drive machine discharge power supply conducting begin to work continuously,
Manual power switch disconnects will be automatically stopped work.
When kinetic energy rod shown in Fig. 2 (2) arrives the most end that detonation drives machine slideway, due to the inertia of bent axle (4), do continuing
Circular motion, kinetic energy rod (2) can be pushed back to the state before detonating by push rod (3).The kinetic energy rod simultaneously pushing away detonation ball also arrives at
Detonation drives the top of machine slideway, and the shim (6) of detonation ball import is broken instantaneously, will enter a detonation ball, as schemed
1 and partial enlargement Fig. 4 shown in.Then this device is again by state before the detonation shown in entrance Fig. 1, starts to repeat above-mentioned detonation
Acting process.This acting process be kinetic energy rod (2) when being ejected in acting, be by bent axle (4) when kinetic energy rod returns
Inertia push back, say, that only the half cycle of circular motion is in output acting.The most also this detonation machine can be driven to be called that half cycle drives
Motivation, all exports acting to full circle week, needs to add an identical half cycle again and drives machine.
Shown in Fig. 5, drive the positive and negative overlap of machine to be installed together associated working two half cycle detonations, the most successively do half cycle merit.
The half cycle reversely installed drives machine just the same with forward half cycle driving machine, and unique difference is at the shim of detonation ball import department
(6a), as shown in Figure 6, this shim (6a) is also V-shape, and the shim (6) installed with forward is slightly different.Just,
Anti-two half cycles installed drive machine associated working to need to be connected in series the power supply of electric discharge again, i.e. drive machine when a half cycle
Kinetic energy rod acting after return time connect another half cycle drive machine power supply.Specific practice is by two double contact switchs (8)
Being separately mounted to the distalmost end that push rod (3) horizontal level can touch, whichever push rod touches the double contact switch of its correspondence
(8) all the power supply that another half cycle drives electromechanics to strike sparks will be turned on.Actually except the detonation ball (10) of self, each kinetic energy rod
(2) outside recurrence puts in place, in addition it is also necessary to another half cycle drives the push rod (3) of machine to be pushed to this condition of farthest after doing work, and electricity is beaten
Ignition source could turn on.Such a half cycle drives machine do work the half cycle of circular-rotation, and another half cycle driving machine could rise
Quick-fried acting.The half cycle acting that two half cycles drive machine to be each alternately accomplished a circumference, finally realizes the acting of whole circumference.
Kinetic energy rod (2) is reciprocally moveable in slideway (14), for reducing its frictional resistance moved, is limiting kinetic energy rod (2)
Can be equipped with longitudinal bearing at Yi Dong.The outfan of kinetic energy rod (2) merit is connected with push rod (3), and push rod (3) promotes bent axle (4) band
Dynamic flywheel (5) moves in a circle, and exports mechanical power.Bent axle (4) can directly drive electrical power generators or flywheel (5) to pass through
Chain or belt etc. drive the device of other needs actings such as electromotor.Can be between bent axle and flywheel in the case of being necessary
One very heavy card is installed, with between bicycle backgear and axle very heavy card as；The purpose installing very heavy card makes flywheel (5)
Can only rotate to direction, and bent axle (4) spin down or have interval to pause not affect the rotation of flywheel (5).Each
Kinetic energy rod (2) on direction can drive a flywheel (5) to drive electromotor.
The detonation of the present invention drives machine to be that two half cycles drive machine overlap to install associated working, and the electromotor with detonation thing as raw material.
For improving efficiency, this detonation drives machine can export mechanical power in 5 directions simultaneously, 5 electromotors can be driven to carry out i.e. simultaneously
Generating.The detonation of the present invention drives machine to be that the energy utilizing detonation moment does work, it is achieved electromotor carries out generating etc., and
Production, life make detonation thing obtain new utilization, to saving natural resources, there is significant application value.
Claims (5)
1. detonation drives machine by the detonation ball that double-deck box is identical equipped with volume or quality is equal, drives casing body, spark heads, kinetic energy
Bar, push rod, bent axle form, it is characterised in that: detonation ball is led successively by slideway by conduit under the effect of shim
Entering in detonation driving machine, the sparking of spark heads electricity ignite detonation ball, detonation transient energy passes to kinetic energy rod, and kinetic energy rod is past
Multiple limitation of movement is in slideway, and kinetic energy rod promotes push rod to drive bent axle flywheel driven.
Detonation the most according to claim 1 drives machine, it is characterised in that: detonation ball is contained in inside and outside double-deck box, internal layer box
Being the closing box being associated with conduit, outer layer box is the non-airtight net box of similar automobile tire material, at internal layer box and outer layer
It is connected with suspension strop between box isolation.
Detonation the most according to claim 1 drives machine, it is characterised in that: detonation drives machine to have the most symmetrical multiple slideway,
And equipped with the reed card of double contact switch and kayser kinetic energy rod on driving casing body.
4. drive machine according to the detonation described in claim 1,3, it is characterised in that: the reed card of kayser kinetic energy rod can be touched and be contained in
Drive the double contact switch on casing body, and double contact switch coupled in series is in spark heads and manual power switch.
Detonation the most according to claim 1 drives machine, it is characterised in that: there is insulation between spark heads and driving casing body
Ceramic block.
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| Application Number | Priority Date | Filing Date | Title |
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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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| CN105888824B CN105888824B (en) | 2019-02-26 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110380646A (en) * | 2019-07-25 | 2019-10-25 | 刘金刚 | Obtain transient state energy device |
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| 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 |
| US20120162968A1 (en) * | 2009-09-02 | 2012-06-28 | Dolby Laboratories Licensing Corporation | Compensation for Sub-Par Lighting in Displays |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110380646A (en) * | 2019-07-25 | 2019-10-25 | 刘金刚 | Obtain transient state energy device |
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