Turbojet fire extinguisher with telescopic connecting rod

Abstract

The utility model provides a turbojet fire extinguisher with a telescopic connecting rod, which is characterized in that an oil path quick joint (7) at the rear part of a handle shell (3) is communicated with an oil path outlet (10) at the front part of the handle shell (3) sequentially through a turbojet oil pump (8) and an oil filter (9) in the handle shell (3), and an air inlet (17) of a turbojet engine (16) is opposite to an air inlet hole (12); a telescopic connecting rod is installed between an oil way outlet (10) in the front of a handle shell (3) and the rear end of a turbojet air duct (11), a branch pipe body I and a branch pipe body II of the telescopic connecting rod are an oil outlet pipe I (19) and an oil outlet pipe II (20) respectively, and the oil way outlet (10) is communicated with an oil supply port (21) of a turbojet engine (16) through the oil outlet pipe I (19) and the oil outlet pipe II (20). And a locking device is arranged between the oil outlet pipe I (19) and the oil outlet pipe II (20). According to the utility model, the energy waste is reduced in the fire extinguishing process, and the use safety is improved.

Description

TECHNICAL FIELD

[0001] The utility model relates to a turbojet fire extinguishing machine, especially a turbojet fire extinguishing machine with telescopic connecting rod. BACKGROUND

[0002] The wind power fire extinguishing machine currently plays an important role in forest fire prevention, and the turbojet fire extinguishing machine is an upgrade. However, due to the defects in the principle of the turbojet fire extinguishing machine, the wind power generated by the turbojet is relatively strong, and the nozzle will generate overheated air, so that the nozzle cannot be used for wind guiding and air outlet like the long nozzle of the ordinary wind power fire extinguishing machine, thus the nozzle of the turbojet fire extinguishing machine is much shorter than that of the ordinary wind power fire extinguishing machine, which makes the distance between the nozzle and the fire source longer when extinguishing the fire, which greatly affects the fire extinguishing effect and causes a lot of energy waste, or the fire fighting personnel hold the short nozzle turbojet fire extinguishing equipment close to the fire source, which makes the fire fighting personnel need to approach the fire source artificially, thus the distance between the fire source and the fire fighting personnel is close, which is easy to cause danger. SUMMARY

[0003] The utility model provides a turbojet fire extinguishing machine with telescopic connecting rod, which can not only reduce energy waste during fire extinguishing, but also improve the safety of use.

[0004] The utility model adopts the following technical scheme: the turbojet fire extinguishing machine with telescopic connecting rod, it includes control handle and turbojet nozzle assembly, the control handle includes handle shell, installs the turbojet oil pump in the handle shell, installs control switch at the handle of handle shell, control switch is connected with the turbojet controller installed in handle shell, the oil way quick -action joint of handle shell rear part passes through the turbojet oil pump and oil filter in handle shell in proper order and is linked with the oil way export of handle shell front part, the turbojet nozzle assembly includes turbojet air cylinder, the rear end of turbojet air cylinder is distributed with air inlet, the cylinder body front part and rear part of turbojet air cylinder are set up as air outlet cylinder and engine cabin respectively, installs the air deflector pipe in the axial center position in air outlet cylinder, installs the turbojet engine in the axial center position in engine cabin, the air inlet of turbojet engine is opposite to air inlet, the air outlet of turbojet engine is linked with the outer air inlet of turbojet air cylinder front end through air deflector pipe, the oil way export of handle shell front part is installed with the telescopic connecting rod between the rear end of turbojet air cylinder, the telescopic connecting rod includes branch pipe body I and branch pipe body II, branch pipe body I and branch pipe body II are out oil pipe I and out oil pipe II respectively, after being fitted together, out oil pipe I and out oil pipe II form telescopic connection, the oil way export is linked with the oil supply port of turbojet engine through out oil pipe I and out oil pipe II, and is equipped with locking device between out oil pipe I and out oil pipe II.

[0005] Further, one end of the oil outlet pipe I is connected with the oil outlet, and the other end of the oil outlet pipe I is inserted into one end of the oil outlet pipe II to form a sleeve joint, and the other end of the oil outlet pipe II is inserted into the turbojet air duct from the center of the rear end of the turbojet air duct to be connected with the oil inlet of the turbojet engine, when the outer air port of the front end of the turbojet air duct needs to be stretched to the remote fire target, the oil outlet pipe I and the oil outlet pipe II are stretched and locked by the locking device, and the oil outlet is connected with the oil inlet of the turbojet engine through the oil outlet pipe I and the oil outlet pipe II.

[0006] Further, the locking device comprises a threaded sealing sleeve and a threaded compression sleeve, and the threaded sealing sleeve and the threaded compression sleeve are installed at the joint of the oil outlet pipe I and the oil outlet pipe II, when the oil outlet pipe I and the oil outlet pipe II are stretched, the threaded sealing sleeve is moved to the joint between the oil outlet pipe I and the oil outlet pipe II to seal the joint, and then the threaded compression sleeve is moved to be sleeved outside the threaded sealing sleeve, and the oil outlet pipe I and the oil outlet pipe II are locked by the cooperation between the inner thread of the threaded compression sleeve and the outer thread of the threaded sealing sleeve.

[0007] Further, the oil outlet pipe I and the oil outlet pipe II both comprise an inner PVC pipe, and an outer metal pipe is wrapped outside the inner PVC pipe.

[0008] Further, the threaded sealing sleeve is a silica gel sleeve, and the threaded compression sleeve is made of PE material.

[0009] Further, the outside of the front part of the handle shell is provided with a connecting sleeve, one end of the oil outlet pipe I is inserted into the connecting sleeve to communicate with the oil outlet, a locking hoop is sleeved outside the connecting sleeve, and a locking knob is installed on the locking hoop, when one end of the oil outlet pipe I is inserted into the connecting sleeve, the locking knob is rotated to fix one end of the oil outlet pipe I in the connecting sleeve.

[0010] Further, the turbojet controller and the control port of the turbojet engine are wirelessly connected.

[0011] This utility model has the following beneficial effects: By adopting the above technical solution, this utility model modifies the intermediate connecting rod of the turbojet fire extinguisher, changing it into a telescopic connecting rod. The branch pipe I and branch pipe II of the telescopic connecting rod are respectively the oil outlet pipe I and oil outlet pipe II. The oil outlet pipe I and oil outlet pipe II are connected together to form a telescopic connection. The oil outlet is connected to the oil supply port of the turbojet engine through oil outlet pipe I and oil outlet pipe II. This allows firefighters to extend the connecting rod when the turbojet nozzle is relatively short and the range is insufficient. The retractable connecting rod extends the turbojet duct directly into the base of the fire source, increasing the extinguishing distance of the turbojet fire extinguisher. This avoids the need for personnel to approach the fire source, preventing wasted airflow during extinguishing, reducing energy loss in the turbojet engine, and improving extinguishing efficiency. It also prevents safety accidents caused by firefighters getting too close to the fire source, improving safety. Furthermore, the increased distance between the turbojet engine and firefighters reduces noise impact. Both the oil outlet pipe I and oil outlet pipe II of this invention include an inner PVC pipe covered by an outer metal pipe. This not only increases the strength of oil outlet pipes I and II, preventing breakage, but also improves the smoothness of oil delivery. The turbojet controller and the turbojet engine control port of this invention are wirelessly connected, simplifying the connection structure and facilitating control. The threaded sealing sleeve of this utility model is a silicone sleeve, and the threaded clamping sleeve is made of PE material. When oil outlet pipe I and oil outlet pipe II are extended, the threaded sealing sleeve moves to the joint between oil outlet pipe I and oil outlet pipe II to seal the joint. Then, the threaded clamping sleeve is moved and placed on the outside of the threaded sealing sleeve. The connection between oil outlet pipe I and oil outlet pipe II is locked by the mating connection between the inner thread of the threaded clamping sleeve and the outer thread of the threaded sealing sleeve. This not only improves the sealing performance of oil outlet pipe I and oil outlet pipe II after they are extended, but also avoids misalignment of oil outlet pipe I and oil outlet pipe II after they are extended, thus improving the stability of use. Attached Figure Description

[0012] To more clearly illustrate the technical solutions in the embodiments of this utility model or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of this utility model. For those skilled in the art, other drawings can be obtained based on these drawings without creative effort.

[0013] Figure 1 This is a schematic diagram of the structure of this utility model.

[0014] Figure 2 This is a schematic diagram of the internal structure of oil outlet pipe I and oil outlet pipe II. DETAILED DESCRIPTION

[0015] The preferred embodiments of the present application are described in detail below with reference to the accompanying drawings, so that the advantages and features of the present application can be more easily understood by those skilled in the art and the scope of protection of the present application can be more clearly defined.

[0016] In Figure 1 and Figure 2The utility model provides a turbojet fire extinguishing machine with telescopic connecting rod, it includes control handle 1 and turbojet nozzle assembly 2, control handle 1 includes handle shell 3, turbojet oil pump 8 is installed in handle shell 3, control switch 5 is installed at the handle of handle shell 3, control switch 5 is connected with the turbojet controller 6 installed in handle shell 3, the oil way quick -operation joint 7 of handle shell 3 rear part is communicated with the oil way export 10 of handle shell 3 front part in proper order through turbojet oil pump 8 and oil filter 9 in handle shell 3, turbojet nozzle assembly 2 includes turbojet air duct 11, the rear end of turbojet air duct 11 is distributed with air inlet 12, the cylinder body front part and rear part of turbojet air duct 11 are arranged as air outlet cylinder 13 and engine cabin 14 respectively, the axial center position in air outlet cylinder 13 is installed with air duct 15, the axial center position in engine cabin 14 is installed with turbojet engine 16, the air inlet 17 of turbojet engine 16 is opposite to air inlet 12, the air outlet of turbojet engine 16 is communicated with the outer air inlet 18 of the front end of turbojet air duct 11 through air duct 15, its characterized in that the oil way export 10 of handle shell 3 front part is installed with the telescopic connecting rod between the rear end of turbojet air duct 11, and the telescopic connecting rod includes branch pipe body I and branch pipe body II, and branch pipe body I and branch pipe body II are out oil pipe I 19 and out oil pipe II 20 respectively, and out oil pipe I 19 and out oil pipe II 20 are connected together after being sleeved and form telescopic connection, and the oil way export 10 is communicated with the oil supply port 21 of turbojet engine 16 through out oil pipe I 19 and out oil pipe II 20, and locking device is arranged between out oil pipe I 19 and out oil pipe II 20, and one end of out oil pipe I 19 is communicated with the oil way export 10 in the embodiment, the other end of out oil pipe I 19 is inserted into one end of out oil pipe II 20 to form the sleeve connection, the other end of out oil pipe II 20 is inserted into turbojet air duct 11 from the rear end center position of turbojet air duct 11 and is communicated with the oil supply port 21 of turbojet engine 16, when the outer air inlet 18 of the front end of turbojet air duct 11 needs to be stretched to the remote fire target, out oil pipe I 19 and out oil pipe II 20 are locked through locking device after being stretched, the locking device used in the embodiment includes threaded sealing sleeve 22 and threaded compression sleeve 23, threaded sealing sleeve 22 and threaded compression sleeve 23 are installed at the joint of out oil pipe I 19 and out oil pipe II 20, when out oil pipe I 19 and out oil pipe II 20 are stretched, threaded sealing sleeve 22 is moved to the joint between out oil pipe I 19 and out oil pipe II 20 and seals after being connected, then threaded compression sleeve 23 is moved and is sleeved outside threaded sealing sleeve 22, out oil pipe I 19 and out oil pipe II 20 are locked between threaded compression sleeve 23 and threaded sealing sleeve 22 through the cooperation connection between the inner thread of threaded compression sleeve 23 and the outer thread of threaded sealing sleeve 22, and the PVC pipe 24 of inner layer is included in the out oil pipe I 19 and out oil pipe II 20 of the embodiment, and the metal outer tube 25 of outer layer is covered outside the PVC pipe 24 of inner layer, and the stainless steel outer tube is used to the metal outer tube 25.The threaded sealing sleeve 22 of the embodiment is a silica gel sleeve, and the threaded compression sleeve 23 is made of PE material. The front part of the handle shell 3 is externally provided with a connecting sleeve. One end of the oil outlet pipe I 19 extends into the connecting sleeve and communicates with the oil outlet 10. A locking hoop 26 is sleeved outside the connecting sleeve. The locking knob 4 is installed on the locking hoop 26. When one end of the oil outlet pipe I 19 extends into the connecting sleeve, the one end of the oil outlet pipe I 19 is fixed in the connecting sleeve by rotating the locking knob 4. The turbojet controller 6 of the embodiment is wirelessly connected with the control port of the turbojet engine 16. The wireless connection of the embodiment adopts infrared connection. The infrared signal transmitter provided on the turbojet controller 6 is correspondingly connected with the infrared signal receiver of the control port of the turbojet engine 16. The control switch of the embodiment includes a power switch button, a start / stop switch button and a high / low speed switching button. The power switch button is connected with the power supply end of the turbojet oil pump 8. The start / stop switch button is connected with the low speed control port of the turbojet controller 6.

[0017] The use process of the utility model is: when the utility model needs to be carried into the fire extinguishing site, first, the oil outlet pipe I 19 and the oil outlet pipe II 20 are stretched out at a safe distance. After the oil outlet pipe I 19 and the oil outlet pipe II 20 are stretched out, the threaded sealing sleeve 22 is slid to the joint between the oil outlet pipe I 19 and the oil outlet pipe II 20. The joint is sealed by the sealing sleeve. Then the threaded compression sleeve 23 is moved and sleeved outside the threaded sealing sleeve 22. The oil outlet pipe I 19 and the oil outlet pipe II 20 are locked by the cooperation between the internal thread of the threaded compression sleeve 23 and the external thread of the threaded sealing sleeve 22, so that the oil outlet pipe I 19 and the oil outlet pipe II 20 will not be dislocated during use. The fire-fighting personnel can stretch the outer air outlet 18 at the front end of the turbojet air duct 11 to the remote fire target at a safe distance. The oil outlet 10 is connected with the oil supply port 21 of the turbojet engine 16 through the oil outlet pipe I 19 and the oil outlet pipe II 20. The power switch button is pressed, and the turbojet oil pump 8 starts pumping oil. The oil is sequentially pumped from the oil tank through the oil line quick connector 7, the oil filter 9, the oil outlet 10 and the oil outlet pipe I 19 and the oil outlet pipe II 20 and then enters the turbojet engine 16. The turbojet engine 16 enters the standby state. The start / stop switch button is pressed. The low speed control port of the turbojet controller 6 is correspondingly connected with the control end of the turbojet engine 16. The turbojet engine 16 is started, and the turbojet engine 16 enters the working state and presents the low speed running mode. The high / low speed switching button is pressed. The high speed control port of the turbojet controller 6 is correspondingly connected with the control end of the turbojet engine 16. The turbojet engine 16 is switched to the high speed running mode. The high / low speed switching button is pressed again. The turbojet engine 16 is switched to the low speed running mode again. The start / stop switch button is pressed again. The engine stops working in the state and automatically enters the cooling mode. After the cooling mode stops, the power switch button is pressed, so that the power supply of the whole machine can be disconnected.

[0018] However, any changes or replacements not conceived through creative labor should be covered within the protection scope of the utility model. Therefore, the protection scope of the utility model should be subject to the protection scope defined in the claims.

Claims

1. A turbojet fire extinguisher with a telescopic linkage, characterized in that... It includes a control handle (1) and a turbojet nozzle assembly (2). The control handle (1) includes a handle housing (3), in which a turbojet oil pump (8) is installed. A control switch (5) is installed at the grip of the handle housing (3). The control switch (5) is connected to a turbojet controller (6) installed in the handle housing (3). The oil circuit quick connector (7) at the rear of the handle housing (3) is connected to the oil circuit outlet (10) at the front of the handle housing (3) through the turbojet oil pump (8) and the oil filter (9) in the handle housing (3). The turbojet nozzle assembly (2) includes a turbojet blower (11). Air inlets (12) are distributed at the rear end of the turbojet blower (11). The front and rear parts of the turbojet blower (11) are respectively set as an air outlet (13) and an engine compartment (14). An air guide pipe (15) is installed at the axial center position inside the air outlet (13). An axial air guide pipe (15) is installed in the engine compartment (14). A turbojet engine (16) is installed at the center. The air inlet (17) of the turbojet engine (16) is opposite to the air inlet hole (12). The air outlet of the turbojet engine (16) is connected to the outer air outlet (18) at the front end of the turbojet blower (11) through the air guide pipe (15). The characteristic feature is that a telescopic connecting rod is installed between the oil outlet (10) at the front of the handle housing (3) and the rear end of the turbojet blower (11). The telescopic connecting rod includes a... Pipe body I and branch pipe body II, branch pipe body I and branch pipe body II are respectively oil outlet pipe I (19) and oil outlet pipe II (20). After the oil outlet pipe I (19) and oil outlet pipe II (20) are connected together, they form a telescopic connection. The oil outlet (10) is connected to the oil supply port (21) of the turbojet engine (16) through oil outlet pipe I (19) and oil outlet pipe II (20). A locking device is provided between oil outlet pipe I (19) and oil outlet pipe II (20).

2. The turbojet fire extinguisher with telescopic linkage according to claim 1, characterized in that... One end of the oil outlet pipe I (19) is connected to the oil outlet (10), and the other end of the oil outlet pipe I (19) extends into one end of the oil outlet pipe II (20) to form a sleeve. The other end of the oil outlet pipe II (20) extends from the center of the rear end of the turbojet blower (11) into the turbojet blower (11) and is connected to the oil supply port (21) of the turbojet engine (16). When it is necessary to extend the outer air outlet (18) at the front end of the turbojet blower (11) to a distant fire target, the oil outlet pipe I (19) and the oil outlet pipe II (20) are extended and then locked by the locking device.

3. The turbojet fire extinguisher with telescopic linkage according to claim 1, characterized in that... The locking device includes a threaded sealing sleeve (22) and a threaded clamping sleeve (23). The threaded sealing sleeve (22) and the threaded clamping sleeve (23) are installed at the junction of oil outlet pipe I (19) and oil outlet pipe II (20). When oil outlet pipe I (19) and oil outlet pipe II (20) are extended, the threaded sealing sleeve (22) moves to the junction between oil outlet pipe I (19) and oil outlet pipe II (20) to seal the junction. Then, the threaded clamping sleeve (23) is moved and placed outside the threaded sealing sleeve (22). The connection between oil outlet pipe I (19) and oil outlet pipe II (20) is locked by the mating connection between the inner thread of the threaded clamping sleeve (23) and the outer thread of the threaded sealing sleeve (22).

4. The turbojet fire extinguisher with telescopic linkage according to claim 1, 2 or 3, characterized in that... Both the oil outlet pipe I (19) and the oil outlet pipe II (20) include an inner PVC pipe (24), and an outer metal outer pipe (25) is wrapped around the inner PVC pipe (24).

5. The turbojet fire extinguisher with telescopic linkage according to claim 3, characterized in that... The threaded sealing sleeve (22) is a silicone sleeve, and the threaded clamping sleeve (23) is made of PE material.

6. The turbojet fire extinguisher with telescopic linkage according to claim 2, characterized in that... A connecting sleeve is provided on the front of the handle housing (3). One end of the oil outlet pipe I (19) extends into the connecting sleeve and communicates with the oil outlet (10). A locking sleeve (26) is fitted on the outside of the connecting sleeve. A locking knob (4) is installed on the locking sleeve (26). When one end of the oil outlet pipe I (19) extends into the connecting sleeve, the locking knob (4) is rotated to fix one end of the oil outlet pipe I (19) in the connecting sleeve.

7. The turbojet fire extinguisher with telescopic linkage according to claim 2, characterized in that... The turbojet controller (6) and the control port of the turbojet engine (16) are wirelessly connected.

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