[0033] Next, the technical solutions in the embodiments of the present invention will be described in connection with the drawings of the embodiments of the present invention, and it is understood that the described embodiments are merely the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art are in the range of the present invention without making creative labor premise.
[0034] See Figure 1-8 In the present invention, a flame visual ranging self-regulating intelligent fire extinguisher, including fire extinguisher 1, a fire extinguisher 1 side wall with a handle, the fire extinguisher 1 is mounted with a ventilator 2, and the vent tube 2 is provided with stop valve. 3, the stop valve 3 is provided with a jet hose 4, and a jet head 5 is provided on the jet hose 4, and an infrared ranging instrument 6 is provided on the valve 3, and the infrared ranging meter 6 transmits the detected signal to electromagnetic. Valve 7, solenoid valve 7 is disposed on the jet hose 4;
[0035] Through the infrared spacing instrument 6, the high temperature fire stack can be detected, which is convenient to automatically adjust the gas injection air pressure and injection amount in the fire extinguisher 1, and fire extinguishes by mixing the material in the bottle body, so that the fire extinguishing effect is better, and guaranteed operation Safe in a safe fire extinguishing range and reduce secondary loss;
[0036] A positioning post 8 is attached to the fire extinguisher 1, and the two positioning column 8 are provided with a screw rod 9, and the screw rod 9 is screwed, and the tab 10 is connected, and the tab 10 is provided with a stirring seat 11, stirred seat. 11 is provided with a stirring rod 12; the agitating seat 11 is also connected to the guide sleeve 16 through the connecting rope 13 and the guide wheel 14, the enhanced column 15 is provided with a strengthening sleeve 16, and the reinforcing sleeve 16 is provided. 17, The reinforcing seat 17 is connected to the reinforcing rod 18, and the reinforcing column 15 is provided with a strengthening spring 19, and the reinforcing spring 19 is connected to the reinforcing sleeve 16, and the other end is connected to the reinforcing column 15, the positioning column 8 is located Working assembly 20;
[0037] The fire extinguisher body 1 is also provided with a mounting post 21, and a buckle 22 is provided on the mounting column 21, and the mounting surface side is provided with a buckle groove 23, and the fastening block 22 is positioned with the buckle groove 23, the buckle 22. The lockout groove 24 is provided, and the locking groove 24 is provided with the lock assembly 25 on the mounting surface, and the fire extinguisher 1 side is also provided with a series of struts 26, the series stabilizer 26 and the mounting column 21. The first string groove 27 is fitted with the card, and the mounting surface is also provided with a reinforcing member 28, and the reinforcing member 28 is provided with the second string groove 267.
[0038] The working unit 20 of the present embodiment includes a working shaft 201 and a working kit 205, and a first working cone 202 is provided in the working rotating shaft 201, and the first working cone gear 202 is engaged with a second working cone 203, a second working cone gear. 203 is connected to the power rotating shaft 204, the power rotating shaft 204 is provided with the fire extinguisher 1 and the handle bar 205 is provided with a working case 206, and the lower portion of the working cassette 206 is provided with a dynamic position 207. It is provided with a dynamic tab 208, and the upper portion of the work casing 206 is provided with a moving contact 209 to the alarm setting for the alarm 2011; the work rod 205 is provided with a working spring 2012, work One end of the spring 2012 is connected to the work holder 206, and the other end is connected to the top wall of the cavity of the positioning post 8.
[0039] By rotating the hand, the power rotating shaft 204 is rotated, and then the second working cone 203 is rotated, the first working cone gear 202 is rotated while achieving the working turn shaft 201 rotation, the adjustment screw 9 is rotated, and the adjustment screw 9 is threaded Block 10, the tab 10 moves, the stirring seat 11 is moved, the stirring rod 12 is moved, and the reinforcing sleeve 16 is moved by the connection rope 13, and then the reinforcing seat 17 is moved, the reinforcement rod 18 moves, the rod 18, stirring rod 12 The movement is reversed, thereby increasing the flow of the liquid in the fire extinguisher 1, thereby increasing the fire extinguishing efficiency of the fire extinguisher.
[0040] When the tab 10 moves upward, contact the dynamic block 208, the dynamic displacement block 208 is moved, and then the moving contact 209 is in contact with the compact diacharper 2010, the alarm 2011 alarm, thereby suggesting the blender 12, the position of the reinforcement rod 18 Further, the liquid agitation efficiency in the fire extinguisher 1 is increased while increasing fire extinguishing efficiency.
[0041] The lock assembly 25 of the present embodiment includes a latch cartridge 251, and there is a locking sleeve 252 in the lock box 251, and the locking sleeve 253 is provided with a locking sleeve 253, and the locking sleeve 253 is hinged. The locking link 254, the lock link 254 is hinged with the locking shift block 255, the locking shift block 255, by the rotating column 256, and the rotating groove 257, and the locking switch 255 is rotated. The rotating shaft 258 is provided on the upper portion of the rotating shaft 258, and the rotating shaft 258 is provided with a first locking cone gear 259, and the first locking cone gear 259 is engaged with a second locking cone 2510, and the second lock cone 2510 is provided with a card. The port 2511, the bayonet 2511 is fitted with the cartridge 2512; the locking sleeve 253 is hinged with the lock bit bevel 2513, the lock beam 2513 and the dynamic block 2514 hinged fitting, the dynamic block 2514 With the mandatory vertical column 2515, the dynamic bit column 2515 is connected to the dynamic bit block 2516, and the dynamic block 2516 is provided with the lock slot 24.
[0042] The chuck 2512 of the present embodiment includes a card pillar 25121 and a cartridge 25122, and the cartridge 25121 is slidably disposed within the carton tank 25122, and the card position 25123 is provided on the side of the card. 25123, the lock buckle 25123 Set with the bayonet 2511 card, the locking cap 25124 is provided on one side, the lock cap 25124 is disposed to the locking groove 25125, the card post 25121 and the carton guide 25122 through the card spring Connection settings.
[0043] The rotation of the transfer, the rotation shaft 258 is rotated, the locking shift block 255 is rotated, and the rotating column 256 cooperates with the rotation groove 257 to improve the locking block 255 rotation stability, the locking link 254 rotates, drive locking block 253 Move, thereby achieving the angle of the lock bitmine 2513, which relays that the dynamic bit column 2515 is moved by dynamic position card 2516, and then the dynamic bit card 2516 is mounted with the lock slot 24, thereby realizing the buckle 22 fixed;
[0044] The tab 25123 is joined to the bayonet 2511, thereby improving the limit stability of the rotating shaft 258, thereby increasing the positioning of the dynamic bit block 2516 and the lock slot 24;
[0045] The abutment of the column 266 passes through the string box 261 and the mounting surface, and the angle of the string of the schist 262 is changed, and the serial hinge 264 is passed through the string box 261, which is activated The buckle 265 moves, thereby implementing the string buckle 265 and the first string groove 27 card, thereby implementing the fixation of the mounting column 21;
[0046] The series of the series stabilizer 26 of the present embodiment includes a series box 261, and a string slider 262 is slid in the series cassette 262, and the series slide 262 is hinged and a series of bevel 263, two serial bevel 263 The hinged junction 264 is hinged, and the serial vertical column 264 is provided with a series plate 265, and the serial buckle 265 is fitted with the first string slot 27, and the serial slider 262 On the side, there is an impeaching column 266, and the abutment 266 passes through the string box 261 and the mounting surface fitting, and the column 266 is provided with a second string tank 267, and the second string groove 267 is provided with the reinforcing member 28; A auxiliary member 268 is provided in the schist box 261, and the auxiliary member 268 is provided with the abutment 266.
[0047] The auxiliary piece 268 of the present embodiment includes auxiliary box 2681, and the auxiliary case 2681 is provided with auxiliary sleeve 2682, auxiliary sleeve 2683, auxiliary sleeve 2683 and auxiliary link 2684 connected, auxiliary link 2684 The column 266 is connected to the set of the auxiliary column 2682.
[0048] Through the movement of the auxiliary link 2684, the movement of the auxiliary sleeve 2683 is moved, and the auxiliary drawing cord 2687 is realized, thereby realizing the movement of the sleeve slider 2686, thereby increasing the operation stability of the series stabilizer 26, and then achieve the mounting column 21 fixed stability;
[0049] The mounting column 21, the fire extinguisher 1, and the mounting surface can be substantially fixed by the stringing stabilizer 26, thereby improving the fixability of the fire extinguisher 1;
[0050] The top wall of the auxiliary case 2681 of the present embodiment is provided with a sleeve 2685, and the sleeve 2685 slides with a sleeve 2686, a sleeve 2686 is connected by auxiliary drawing rope 2687 and auxiliary sleeve 2683 connection, a sleeve 2686 and a sleeve The top wall of 2685 is connected by connecting the spring.
[0051] The reinforcing cavity 281, the reinforcing cavity 281 is rotated in the reinforcing chamber 282, and the reinforcing shaft 282 is provided with a first heating screw region 283, the second heating screw area 284, the first heating screw area 283, The second pushing screw region 284 is threaded with a reinforcing screw 285, and the reinforcing screw 285 is connected to the unit line 286, and the communication block 286 is connected to the communication block 287, and the communication block 287 and the second string groove. 267 card contacts.
[0052] The first pushing screw region 283 of the present embodiment is opposite to the thread of the second heating screw region 284.
[0053] The reinforcing rotating shaft 282 of the present embodiment is provided with a first dynamic cone gear 288, and the first dynamic cone gear 288 is engaged with a second motion cone gear 289, and the second motion cone gear 289 is provided with a reinforced handle connection.
[0054] By reinforcing the handle rotation, the second dynamic cone gear 289, the first dynamic cone gear 288 cooperates, and the rotation of the reinforcing shaft 282 is realized, and the first heating screw region 283, the second heating screw region 285 threaded reinforcing screw 285 moves Further, the communication block 287 is attached to the second string tank 267, and finally the abutment 266 is fixed, and the fixed efficiency of the fire extinguisher 1 is improved.
[0055] By backhanding the reinforced handle, the lock cap 25124 is fastened to the locking groove 25125, and the second locking cone 2510 is released, and finally the rotation rotation shaft 258 is turned off by the locking of the series of structures 26, thereby achieving fast disassembly Fire extinguisher 1, thereby increasing the fire extinguishing efficiency of the device.
[0056] Therefore, in any case, it should be regarded as an exemplary, and non-limiting, and the scope of the invention is defined by the appended claims. Therefore, it is intended to fall in accordance with the claims All changes in the meaning and range of equivalents are included in the present invention. Any reference numerals in the claims should not be regarded as the claims.
[0057] In addition, it should be understood that although this specification describes in accordance with an embodiment, it is not to include only one independent technical solution, and this description of the specification is simply, and those skilled in the art should use the specification as a whole. The technical solutions in each of the examples may also be appropriately combined to form another embodiments which will be appreciated by those skilled in the art.
