TWM611232U - Flame weed processor structure - Google Patents

Abstract

This creation provides a structure of a flame weed processor, which mainly includes a car body, a rear seat frame, a front seat frame, a fire spray device, a lifting rod, a first stopper, a second stopper, At least one gas cylinder, a positioning seat and a plurality of pressurizer input pipes are relatively constructed. When this creation is to be used, the switch part of the gas cylinder needs to be turned on and the flame nozzles of the flame spray device are ignited. In order to generate a plurality of high ignition point flames arranged in rows, the user can control the flame size by controlling the control handle and the regulating valve, or control the lifting rod to control the height of the row of flames of the fire-throwing device relative to the ground. Provides for the elimination of growing weeds and seeds, general small insect larvae or snails, so as to make this creation easy to use and practical.

Description

Flame weed processor structure

This creation is related to the structure of a flame weed treatment machine, especially a designer who is easy to operate and effective in removing weeds and preventing pests.

According to the traditional vegetable cultivation process, due to the excessive application of pesticides and chemical fertilizers, the vegetable pollution is serious. Therefore, consumers have begun to keep some natural, healthy and less polluting vegetables. In order to comply with this trend, organic cultivation has been gradually developed; and In general organically cultivated vegetable gardens, a plastic cloth gauze room is set up. Although it can reduce pest invasion, it still cannot completely prevent pest invasion and weed removal. In addition, the larvae or eggs that originally exist in the soil will still The organic vegetables cultivated in the gauze indoors suffer from pests and diseases; however, the organic cultivation cannot be sprayed with pesticides. Therefore, the traditional use of yellow sticky boards or trap lamps is used to trap and kill, which is ineffective and cannot prevent larvae or eggs in the soil. Another application of herbicide is used to parasitize the larvae and kill them, but they cannot be seen immediately and cannot kill the eggs. The growers must remove the insects themselves, which is very inconvenient and is not a perfect way to prevent pests.

Therefore, how to develop a more ideal and practical innovative structure in response to the problems of the above-mentioned conventional structure, and actually use what consumers are eagerly awaited, is also the goal and direction for the relevant industry to strive for research and breakthrough; in view of this , The creator has been engaged in the manufacturing, development and design of related products for many years, and after detailed design and careful evaluation for the above goals, he finally got a practical creation.

That is, the main purpose of this creation is to provide a flame weed processor structure; mainly by including a car body, a rear seat frame, a front seat frame, a fire-breathing device, a lifting rod, and a first baffle. , A second baffle, at least one gas cylinder, a positioning seat and a plurality of pressurizers The input pipe is relatively structured; through the innovative and unique design, when the creation is to be used, the switch part of the gas cylinder needs to be turned on, and the flame nozzles of the flame spray device are ignited to produce a plurality of rows juxtaposed The user can control the control handle and the regulating valve to control the flame size, or control the lifting rod to control the height of the row of flames of the fire-throwing device relative to the ground, so as to eliminate the growing weeds and Seeds, common small insect larvae or snails, which make this creation easy to use and practical.

[This creation]

10: Car body

11: Frame

12: Stand

13: Wheel

14: Handle

20: Rear seat frame

21: abutment groove

22: side end

23: buckle end

24: Buckle pivot

25: Buckle

26: Buckle

30: Front seat frame

31: embedded card

32: Upper pivot

33: Neutral pole

34: pivot

40: Fire Spit

41: sub-trachea

401: Link plate

402: Main Cross Bar

403: Radial screw hole

42: Elbow joint

43: airway

44: Trachea connector

45: Flame Spray Canister

46: air guide hole

47: Flame Jet Seat

48: Jet port

49: Air guide hole

50: Lifting pole

51: control end

52: Linkage board

53: positioning end

54: Swivel end

55: Pivot

56: pivot end

57: Linkage lever

58: Pivot

60: first stop

61: Hub

70: second stop

71: side bar

72: locating pin screw

80: Gas Cylinder

81: Switch part

82: gas delivery end

90: positioning seat

91: positioning panel

92: wear room

93: Multi-section positioning slot

94: Through slot

P1: Pressurizer input pipe

P2: Multi-port valve

P3: Regulating valve

P4: control handle

P5: Relay hose

P6: output tube

F: Jet flame

Figure 1: It is the appearance of the three-dimensional action figure 1 of the structure of the flame weed processor of this creation.

Figure 2: It is the appearance of the three-dimensional action figure 2 of the flame weed processor structure of this creation.

Figure 3: It is a schematic diagram of the top view of the positioning seat of this creation.

Figure 4: Another perspective view of the structure of this creative flame weed processor.

Figure 5: A perspective view of the device and its use of the flame sterilization vehicle in this creation.

Figure 6: It is a diagram of the use state of the flame weed processor structure of this creation.

Please refer to Figures 1 to 6, which are the preferred embodiments of the flame weed treatment machine structure of this creation. However, these embodiments are for illustrative purposes only and are not restricted by this structure in the patent application. Including: a car body (10), the car body (10) includes a frame (11) and a frame (12), the bottom of the frame (12) is provided with a plurality of wheels (13), and the frame ( 11) A handle (14) is provided at a predetermined position at the rear side end; a rear seat frame (20) is arranged at a predetermined position on the rear side of the frame (12) of the vehicle body (10), and the rear seat frame (20) ) The upper end is provided with a plurality of abutment grooves (21), each side end of the abutment groove (21) is provided with a side end (22), and each side end (22) is provided with a buckle end (23), And the rear seat frame (20) is provided with a buckle pivot part (24) in the middle, and each of the buckle pivot parts (24) is pivotally provided with a buckle ring (25), the end of each buckle (25) is provided with a buckle (26), and the buckle (26) of the buckle (25) can be movably fastened to the buckle end (23) for positioning; a front seat The frame (30) is arranged at a predetermined position on the front side of the frame (12) of the vehicle body (10), and each of the front seat frames (30) corresponds to the relative position of the abutment groove (21) of the rear seat frame (20) An embedding card (31) is protrudingly provided, the front end edge of the front seat frame (30) is pivoted with a plurality of upper pivots (32), and a neutral rod (33) is erected at the center of the front seat frame (30), the neutral rod (33) A pivot part (34) is provided at the top end; a fire-breathing device (40), one side edge of which is pivoted to the upper pivot (32) of the front seat frame (30), the fire-breathing device (40) The upper end is provided with a sub-air pipe (41), the two sides of the sub-air pipe (41) are connected to the two connecting plates (401) facing down, so that each connecting plate (401) is connected to a flame spray seat (47), and the two connecting plates ( A hollow main crossbar (402) is fastened between 401). The main crossbar (402) is provided with a radial screw hole (403) at a predetermined position, and the top surface of the air distribution pipe (41) is provided with a plurality of bends. A pipe joint (42), each of the elbow joints (42) is connected with an air pipe (43), the end of each air pipe (43) is provided with a tracheal joint (44), and each end of the air pipe joint (44) is connected A flame nozzle (45), the surface of the flame nozzle (45) is penetrated with a plurality of air guide holes (46), and the end of each flame nozzle (45) is connected to the flame nozzle seat (47) in a row, and the flame nozzle seat (47) An injection port (48) is provided at the bottom end. The injection port (48) communicates with the end of each flame nozzle (45), and the surface of the flame nozzle (47) is provided with a plurality of penetrating air guides. Hole (49); a lifting rod (50), which includes a control end (51) set at one end, the center position of the lifting rod (50) is provided with a linkage plate (52), the top of the linkage plate (52) A positioning end (53) is protrudingly provided, and a pivoting end (56) is provided adjacent to the linkage plate (52). The pivoting end (56) is pivoted to the pivot of the front seat frame (30) The end of the lifting rod (50) is provided with a pivot end (54), the pivot end (54) is provided with a pivot part (55) at a predetermined position, and the pivot part (55) is pivoted A linkage rod (57) is provided. The end of the linkage rod (57) is provided with a pivot portion (58). The pivot portion (58) is set at the center relative position of the flame spray seat (47); a first stopper piece (60), a plurality of hubs (61) are provided at the top, so that the hub (61) is set at a predetermined position on the bottom edge of the flamethrower (40); the first baffle (60) can be used to insulate burns from the hot air flowing from the bottom The feet; a second baffle (70), the surface of which is vertically provided with a side crossbar (71), the side crossbar (71) is inserted in the main crossbar (402) of the fire spray device (40) , So that the main crossbar (402) The radial screw hole (403) can be screwed in by a positioning pin screw (72) to fix the relative radial position of the side rail (71). The second stopper (70) can isolate the surrounding objects from receiving Damaged by the heat of fireworks; at least one gas canister (80), which is respectively placed in the abutment groove (21) of the rear seat frame (20), and then the buckle (26) of the buckle (25) ) Is buckled and positioned at one side of the buckle end (23), and the bottom end of the gas cylinder (80) abuts against the embedding card (31) of the front seat frame (30), and one end of the gas cylinder (80) is provided with There is a switch part (81), one end of the switch part (81) is provided with an air delivery end (82); a positioning seat (90) is erected on the center position of the front seat frame (30), the positioning seat ( 90) penetrates a through chamber (92) front and rear for the lifting rod (50) to pass through, and the surface of the positioning seat (90) is provided with a positioning panel (91), and the surface of the positioning panel (91) is provided with a through Groove (94) and a plurality of multi-stage positioning grooves (93), the through groove (94) and the multi-stage positioning groove (93) communicate with each other, so that the linkage plate (52) of the lifting rod (50) and its positioning end (53) ) The through groove (94) and the multi-section positioning groove (93) are projected to limit the position, and the through groove (94) can be movably displaced to the desired positioning multi-section positioning groove (93), so that the lifting rod (50) can be used The pivoting end (56) swings to hang up and down the fire spraying device (40); the plural pressurizer input pipes (P1) are respectively connected from each gas delivery end (82) of the gas cylinder (80) , And each input pipe is connected with a multi-way valve (P2), the multi-way valve (P2) is connected with a regulating valve (P3), and the regulating valve (P3) is provided with a control handle (P4). The valve (P3) is connected with a relay hose (P5), the relay hose (P5) is connected with an output pipe (P6), and the output pipe (P6) is connected with the flame spray device (40). Those who divide the trachea (41).

When you want to use this creation, you need to turn on the switch part (81) of the gas cylinder (80), and ignite each flame nozzle (47) of the flame spray device (40) to produce a plurality of rows of high ignition point Jet flame (F), the user can control the control handle (P4) and regulating valve (P3) to control the flame size, or control the lifting rod (50) to control the row of jet flames of the fire spray device (40) (F) The height relative to the ground, to provide for the elimination of growing weeds and seeds, general small insect larvae or snails, so as to make this creation convenient and practical.

Summarizing the above description, the design of the above-mentioned structure of this creation can effectively overcome the shortcomings faced by the traditional new model, and further has the above-mentioned many advantages and practical values. Therefore, this creation is a new creation with excellent creativity, and is in the same There is no identical or similar product creation or public use in the technical field, so this creation is in line with the "novelty" and "progressiveness" of the new patent. The requirement of sex is to apply in accordance with the law.

10: Car body

11: Frame

12: Stand

13: Wheel

14: Handle

20: Rear seat frame

21: abutment groove

22: side end

23: buckle end

24: Buckle pivot

25: Buckle

26: Buckle

30: Front seat frame

31: embedded card

32: Upper pivot

33: Neutral pole

34: pivot

40: Fire Spit

41: sub-trachea

401: Link plate

402: Main Cross Bar

42: Elbow joint

43: airway

44: Trachea connector

45: Flame Spray Canister

46: air guide hole

47: Flame Jet Seat

48: Jet port

49: Air guide hole

50: Lifting pole

51: control end

52: Linkage board

53: positioning end

54: Swivel end

55: Pivot

56: pivot end

57: Linkage lever

58: Pivot

60: first stop

61: Hub

70: second stop

71: side bar

80: Gas Cylinder

90: positioning seat

91: positioning panel

92: wear room

Claims (1)

A flame weed processor structure, comprising: a vehicle body including a vehicle frame and a frame seat, the bottom of the frame seat is provided with a plurality of wheels, and a handle is provided at a predetermined position on the rear side of the vehicle frame; The rear seat frame is arranged at a predetermined position on the rear side of the frame seat of the vehicle body. The upper end of the rear seat frame is provided with a plurality of abutment grooves. The part is provided with a buckle end, and a buckle pivot part is provided in the middle of the rear seat frame. Each buckle pivot part is pivotally provided with a buckle ring, and each buckle ring end is provided with a buckle. The buckle of the buckle ring A front seat frame is arranged at a predetermined position on the front side of the frame seat of the vehicle body, and each of the front seat frames is convexly provided with an embedding groove at the relative position corresponding to the abutment groove of the rear seat frame. A card, the front edge of the front seat frame is pivoted with a plurality of upper pivots, and a neutral rod is erected in the middle of the front seat frame, and the top of the neutral rod is provided with a pivoting part; a fire-breathing device, one side edge of which is pivoted On the upper pivot of the front seat frame, the upper end of the flame spraying device is provided with a sub-air pipe. The two sides of the sub-air pipe are connected downwards with two connecting plates, so that each connecting plate faces downward to connect a flame spray seat, and the two connecting plates are horizontally connected. A hollow main crossbar is fixed, a radial screw hole is provided at a predetermined position of the main crossbar, and a plurality of elbow joints are arranged on the top surface of the branch air pipe, and each elbow joint is connected with an air guide tube so that each An air pipe joint is arranged at the end of the air pipe, and one end of each air pipe joint is connected to a flame nozzle. The surface of the flame nozzle is penetrated with a plurality of air holes, and the ends of each flame nozzle are connected to the flame nozzle seat in a row. The bottom end is provided with an injection port, the injection port is connected to the end of each flame nozzle, and the surface of the flame nozzle seat is provided with a plurality of penetrating air guide holes; a lifting rod, which includes a control end provided at one end , The center position of the lifting rod is provided with a linkage plate, the top of the linkage plate is protruding with a positioning end, and the adjacent position of the linkage plate is provided with a pivot end, the pivot end is pivoted on the front seat frame The end of the lifting rod is provided with a pivot end, a predetermined position of the pivot end is provided with a pivot part, the pivot part is pivotally provided with a linkage rod, the end of the linkage rod is provided with a pivot part, the pivot The part is set at the center relative position of the flame spray seat; a first baffle, with a plurality of hinges at the top, so that the hinge is set at a predetermined position on the bottom edge of the flame spraying device; a second baffle, the surface of which is set vertically One side rail, the side rail is inserted into the main rail of the fire-breathing device, so that the radial screw hole of the main rail can be screwed in by a positioning pin screw to fix the side rail Relative radial position At least one gas cylinder is respectively inserted into the abutment groove of the rear seat frame, and then the buckle of the buckle is buckled and positioned on one side of the buckle end, and the bottom end of the gas cylinder abuts In the embedded card of the front seat frame, one end of the gas cylinder is provided with a switch part, and one end of the switch part is provided with an air delivery end; a positioning seat is erected at the center position of the front seat frame, and the positioning seat penetrates forward and backward A through room for the lifting rod to pass through, and the positioning seat surface is provided with a positioning panel, the positioning panel surface is provided with a through groove and a plurality of multi-stage positioning grooves, the through groove and the multi-stage positioning groove communicate with each other, The linkage plate and the positioning end of the lifting rod protrude from the through slot and the multi-segment positioning slot to limit the position, and can move the positioning end in the through slot and move to the multi-segment positioning slot to be positioned, so that the lifting The rod uses the pivot end to swing-type suspension to lift the fire spray device; the plural pressurizer input pipes are respectively connected from each of the gas transmission ends of the gas cylinder, and each of the input pipes is connected with a multi-way valve , The multi-way valve is connected in parallel with a regulating valve, the regulating valve is provided with a control handle, the regulating valve is connected with a relay hose, the relay hose is connected with an output pipe, and the output pipe is connected The gas pipe of the fire breathing device.

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