Method and device for generating compression waves

1. A method for producing pressure waves comprising the following steps:

introducing a flowable, explosive substance or flowable components forming an explosive mixture on mixing, into a pressure container,

wherein the pressure container contains a passage and a closure closing the passage, which closure is kept closed by way of a gas spring,

bringing the explosive substance or the mixture to explosion by igniting the explosive substance or the mixture,

opening the closure, thereby opening the passage, so that a gas pressure created by the explosion is guided through the passage,

wherein the gas spring has a relief mechanism designed in such a manner that after the explosion and after a compression of the gas spring, a discharge opening in a gas spring chamber is opened for relieving compression of the gas spring; and

wherein the ignition is effected in a separate chamber, and the explosion is led via a delay conduit into the container, and there activates a main explosion.

2. A method according to claim 1 , wherein the gas pressure which was created with the ignition, opens the closure against a force of the gas spring, and whereby an opening for the escape of pressure waves out of the container is released.

3. A method according to claim 1 , wherein the gas pressure of the explosion moves a piston against a force of the gas spring, the piston performs useful work as a hammer or as a chisel, and towards the end of a piston path, an opening for leading away the gas pressure or combustion gases of the explosion, is opened by displacement of the piston.

4. A method according to claim 1 , wherein a closure of the passage is opened by the explosion and subsequently is led back into a closure position.

5. A method according to claim 1 , wherein, several flowable components are used, and these components are supplied to the container separately.

6. A method according to claim 1 , wherein oxygen is used as an oxidant as one component of an explosive mixture.

7. A method according to claim 1 , wherein a gaseous hydrocarbon compound is used as one component of an explosive mixture.

8. A method according to claim 7 , wherein ethane is used as gaseous hydrocarbon compound.

9. The use of the method according to claim 1 , for cleaning boiler installations.

10. A method for producing pressure waves, comprising the following steps:

introducing a flowable, explosive substance or flowable components forming an explosive mixture on mixing, into a pressure container,

wherein the pressure container contains a passage and a closure closing the passage, which closure is kept closed by way of a gas spring,

bringing the explosive substance or the mixture to explosion by igniting the explosive substance or the mixture,

opening the closure, thereby opening the passage, so that a gas pressure created by the explosion is guided through the passage,

wherein the gas spring has a relief mechanism designed in such a manner that after the explosion and after a compression of the gas spring, a discharge opening in a gas spring chamber is opened for relieving compression of the gas spring; and

wherein a gas pressure which arises with the ignition, activates a bar mechanism which releases the closure.

11. A method according to claim 10 , wherein a gas pressure which was created in the separate chamber by the ignition, activates the bar mechanism.

12. A method according to claim 10 , wherein, several flowable components are used, and these components are supplied to the container separately.

13. A method according to claim 10 , wherein oxygen is used as an oxidant as one component of an explosive mixture.

14. A method according to claim 10 , wherein a gaseous hydrocarbon compound is used as one component of an explosive mixture.

15. The use of the method according to claim 10 , for cleaning boiler installations.

16. A method for producing pressure waves comprising the following steps:

introducing a flowable, explosive substance or flowable components forming an explosive mixture on mixing into a pressure container,

bringing the explosive substance or the mixture to explosion by igniting the explosive substance or the mixture,

thereby allowing a gas pressure created by the explosion to escape through a passage, which is kept closed until shortly before the explosion,

wherein the ignition is effected in a separate chamber, and the explosion is led via a delay conduit into the container, and activates a main explosion in the container.

17. A method according to claim 16 , wherein a closure closing the passage is held closed before an explosion by way of a gas spring.

18. A method according to claim 17 , wherein after the explosion and after a compression of the gas spring, a discharge opening in a gas spring chamber is opened for relieving compression of the gas spring.

19. A method according to claim 18 , wherein the gas pressure which was created with the ignition, opens the closure against the force of the gas spring, whereby an opening for the escape of pressure waves out of the device is released.

20. A method according to claim 16 , wherein the gas pressure of the explosion moves a piston against a force of a gas spring, the piston performs useful work, as a hammer or as a chisel, and towards the end of a piston path, an opening for leading away the gas pressure or combustion gases of the explosion, is opened by displacement of the piston.

21. A method according to claim 16 , wherein a closure of the passage is opened by the explosion and subsequently is led back into a closure position.

22. A method according to claim 16 , wherein the gas pressure which arises with the ignition activates a bar mechanism which releases the closure.

23. A method according to claim 22 , wherein the gas pressure which was created in a separate chamber by the ignition, activates the bar mechanism.

24. The use of the method according to claim 16 , for cleaning boiler installations.

25. A device for producing pressure waves comprising:

a pressure container with a supply opening for introducing a flowable, explosive substance or flowable components which, when mixed, form an explosive mixture,

an ignition device,

a passage for the directed escape of gas pressure created due to the ignition of the explosive substance or mixture,

wherein the passage comprises a closure means and is kept closed by this closure means essentially until the point in time of the ignition,

wherein the closure means is led back into an initial closure position with the help of a gas spring in the form of compressed gas in a closed volume or in a gas spring chamber, and comprising a relief device for the gas spring in the form of a closable discharge opening of the gas spring chamber, and

further comprising an essentially closed chamber for an auxiliary explosion and a delay conduit for leading the auxiliary explosion into the pressure container for activating a main explosion.

26. A device according to claim 25 , wherein the device defines a longitudinal axis and the passage is arranged in a manner such that a pressure wave leaves the device essentially in the direction of the longitudinal axis.

27. A device according to claim 25 , wherein the device defines a longitudinal axis and has one or more passages, in a manner such that one or more pressure waves leave the device essentially perpendicular to this longitudinal axis.

28. The use of the device according to claim 25 , for cleaning boiler installations.

29. A device for producing pressure waves, comprising:

a pressure container with a supply opening for introducing a flowable, explosive substance or flowable components which, when mixed, form an explosive mixture,

an ignition device,

a passage for the directed escape of gas pressure created due to the ignition of the explosive substance or mixture,

wherein the passage comprises a closure means and is kept closed by this closure means essentially until the point in time of the ignition, and

wherein the closure means is led back into an initial closure position with the help of a gas spring in the form of compressed gas in a closed volume or in a gas spring chamber, and comprising a relief device for the gas spring in the form of a closable discharge opening of the gas spring chamber, and

wherein the relief device contains a delay conduit which is connected with one end to the container, whose other end is connected to a valve for the relief of the gas spring chamber, and wherein the valve may be actuated by an explosion pressure which is led through the delay conduit.

30. A device according to claim 29 , wherein the device defines a longitudinal axis and the passage is arranged in a manner such that a pressure wave leaves the device essentially in the direction of the longitudinal axis.

31. A device according to claim 29 , wherein the device defines a longitudinal axis and has one or more passages, in a manner such that one or more pressure waves leave the device essentially perpendicular to this longitudinal axis.

32. The use of the device according to claim 29 , for cleaning boiler installations.

33. A device for producing pressure waves, comprising:

a pressure container with a supply opening for introducing a flowable, explosive substance or flowable components which, when mixed, form an explosive mixture,

an ignition device,

a passage for the directed escape of gas pressure created due to the ignition of the explosive substance or mixture,

wherein the passage comprises a closure means and is kept closed by this closure means essentially until the point in time of the ignition, and

wherein the closure means is led back into an initial closure position with the help of a gas spring in the form of compressed gas in a closed volume or in a gas spring chamber, and comprising a relief device for the gas spring in the form of a closable discharge opening of the gas spring chamber, and

the relief device further containing a valve which is actuated via an auxiliary piston, the auxiliary piston being arranged in a chamber and dividing this chamber into two part-chambers,

wherein a first supply conduit leads into the first part-chamber, and a second supply conduit leads into the second part-chamber, and

wherein an orifice device is arranged in the first supply conduit, in a manner such that on impinging the two supply conduits with the same pressure, temporarily different pressure conditions in the part-chambers are created, whereby the auxiliary piston is pushed to the side with the lower pressure.

34. A device according to claim 33 , wherein the device defines a longitudinal axis and the passage is arranged in a manner such that a pressure wave leaves the device essentially in the direction of the longitudinal axis.

35. A device according to claim 33 , wherein the device defines a longitudinal axis and has one or more passages, in a manner such that one or more pressure waves leave the device essentially perpendicular to this longitudinal axis.

36. The use of the device according to claim 33 , for cleaning boiler installations.

37. A device for producing pressure waves comprising:

a pressure container with a supply opening for introducing a flowable, explosive substance or flowable components which when mixed form an explosive mixture,

an ignition device,

a passage for the directed escape of gas pressure created due to the ignition of the explosive substance or mixture,

wherein the passage comprises closure means and is kept closed by these closure means essentially until the point in time of the ignition, and

comprising an essentially closed chamber for an auxiliary explosion and a delay conduit for leading the auxiliary explosion into the pressure container for activating a main explosion.

38. A device according to claim 37 , wherein the closure means is led back into a closure position.

39. A device according to claim 37 , wherein the closure is led back into a closure position with the aid of a gas spring in the form of compressed gas in a closed volume or in a gas spring chamber.

40. A device according to claim 39 , with a relief device for the gas spring in the form of a closable discharge opening of the gas spring chamber.

41. A device according to claim 40 , wherein the relief device contains a delay conduit which is connected with one end to the container, whose other end is connected to a valve for the relief of the gas spring chamber, and wherein the valve is actuated by an explosion pressure which is led through the delay conduit.

42. A device according to claim 40 , the relief device further containing a valve which is actuated via an auxiliary piston, the auxiliary piston being arranged in a chamber and dividing this chamber into two part-chambers,

wherein a first supply conduit leads into the first part-chamber, and a second supply conduit leads into the second part-chamber, and

wherein an orifice device is arranged in the first supply conduit, in a manner such that on impinging the two supply conduits with the same pressure, temporarily different pressure conditions in the part-chambers are created, whereby the auxiliary piston is pushed to the side with the lower pressure.

43. A device according to claim 37 , the device defining a longitudinal axis and the passage is arranged in a manner such that a pressure wave leaves the device essentially in the direction of the longitudinal axis.

44. A device according to claim 37 , wherein the device defines a longitudinal axis and has one or more passages, in a manner such that one or more pressure waves leave the device essentially perpendicular to this longitudinal axis.

45. The use of the device according to claim 37 , for cleaning boiler installations.