Mowing boat for cutting and treating weeds by a delivery tube

Abstract

The utility model discloses a mowing boat for cutting and processing weeds through a delivery pipe, which comprises: a floating base having an engine and a control chamber mounted thereon, the control chamber being used for controlling the cooperative components of the floating base; and a reel receiving base used for receiving the winding of a lifting cable mounted thereon for attaching the outer end of the lifting cable to components to be lifted or pulled in as needed; and a front portion having a front rotating base for mounting a driven rotating shaft for mounting a hooking-chopping plate and a size-selective cutting plate for chopping and cutting weeds in a waterway into small weed pieces, which are then transferred through an outlet to a desired location by means of a weed piece suction pump through a delivery pipe.

Description

[0001] This application claims priority to the prior art of the applicant’s earlier patent application, application number 2503000580, filed with the Intellectual Property Office of Thailand on February 18, 2025. The entire contents of the earlier patent application are incorporated herein by reference. Technical Field

[0002] This application relates to a mower boat for cutting and processing weeds through a delivery pipe. Background Technology

[0003] Referring to Thai Minor Patent No. 9948, an old-fashioned water hyacinth and weed removal and compression boat is disclosed, which has a conveying assembly for conveying water hyacinths and weeds from the waterway to a compression assembly to reduce the size of the water hyacinths and weeds into smaller water hyacinth and weed clumps so that the smaller water hyacinth and weed clumps can be transferred to the stern of the boat by a conveyor belt for further transfer. The water hyacinths and weeds obtained are not reduced in size by being shredded and conveyed from the waterway, but are compressed to reduce their size, resulting in a significant loss of placement and storage space. Lifting and transferring the small water hyacinth and weed clumps is cumbersome, and the front of the conveying assembly for conveying water hyacinths and weeds from the waterway does not have a part for hooking or cutting the water hyacinths and weeds from the waterway to separate them before upward conveying. Furthermore, the small weed fragments are not conveyed from the waterway by using a weed fragment suction pump to suction them through the conveying pipe, resulting in weed fragments clogging the upper deck of the boat, which may pose a hazard during operation. Utility Model Content

[0004] A mower boat for cutting and processing weeds through a delivery pipe includes: A floating base, characterized by an assembled structure or a molded structure as a whole, or having a portion with a base compartment to reduce weight or facilitate movement in waterways, or the upper portion of the floating base including at least one side barrier edge to prevent operators on the floating base from falling, and the floating base including at least one drive unit, characterized by a drive engine mounted thereon for transmitting power to cooperating components of a weed cutter and conveyor boat with a weed delivery pipe on board that require drive power, and the floating base including a boat control room, characterized by... The structure comprises an assembled control room having a control system or control mechanism installed therein for controlling the operation of the drive unit or controlling the operation of the cooperating components of the weed cutter and conveyor vessel having a weed delivery pipe on the vessel requiring drive power. The floating base includes a propulsion receiving portion characterized by a drive wheel or drive receiving structure mounted thereon, the drive wheel or drive receiving structure receiving power from the drive unit or from an external drive to receive propulsion force, thereby moving the weed cutter and conveyor vessel having a weed delivery pipe on the vessel in a specified direction. The floating base is provided with a front lifting auxiliary base, characterized in that the front lifting auxiliary base has a support base with a front winding-unwinding portion for winding and unwinding a front lifting cable mounted thereon, for attaching the outer end of the front lifting cable to a component to be raised, lowered, or pulled in / out as needed at the front portion of the floating base. Alternatively, the floating base is provided with a front horizontal base, characterized in that the front horizontal base has a front raised support base or front raised support structure for mounting the front lifting cable at a higher horizontal height, so that the component to be raised, lowered, or pulled in / out can be raised, lowered, or pulled in / out by the front lifting cable. The floating base is provided with a rear lifting auxiliary base, characterized in that the supporting base has a rear winding-unwinding portion for winding and unwinding a rear lifting cable mounted thereon, so as to attach the outer end of the rear lifting cable to a component to be lifted or pulled in / out by the rear lifting cable. Alternatively, the floating base is provided with a rear horizontal base, characterized in that the rear raised support base or rear raised support structure is used to install the rear lifting cable at a higher horizontal height, so as to facilitate the lifting or pulling in / out of the component by the rear lifting cable. The front portion of the floating base is provided with a front rotating base, characterized by an assembled structure having an internal gap, a front opening, and left and right side barrier edges. This assembled structure is installed such that the front rotating base is maintained at a horizontal height above the water surface or is adjustable to raise and lower the front rotating base from the water surface using power transmitted from the drive device or from an external drive, for mounting a driven rotating shaft, or... The driven rotating shaft is characterized by a shaft, tube, or rotary drive structure rotatably mounted between the left and right barrier edges by power transmitted from the drive device or from an external drive, for mounting at least one hook-and-chop plate and at least one size-selective cutting plate for chopping and cutting weeds in the waterway into small weed fragments. The grass-cutting boat also has: The rear portion of the front rotating base is provided with a support base outlet, which has an inlet for a weed debris suction pump that can be operated by power transmitted from the drive unit or from an external drive. This inlet is directly installed or installed via an inlet connecting pipe for transferring small weed debris sucked by the weed debris suction pump to the pump outlet opening, thereby transferring it to the connecting transfer pipe. The connecting transfer tube is characterized by an elongated hollow tube with an open end, or at least two tubes connected to extend its length, the connecting transfer tube having a front open end connected to the pump outlet opening for receiving small weed fragments and transferring them to a rear open end, or An internal screw conveyor is provided inside the connecting transfer tube. The internal screw conveyor is rotatably mounted by power transmitted from the drive device or from an external drive, and is used to assist in conveying small weed fragments while they flow through the interior of the connecting transfer tube.

[0005] According to the embodiments of this utility model, the weeds are aquatic weeds.

[0006] The purpose of this invention is to provide a mower boat for cutting and processing weeds through a delivery pipe. The mower boat uses a weed debris suction pump to draw in small weed debris that has been chopped by a size-selective cutting plate combined with a hook-and-chopping plate, and then transfers the small weed debris to the rear part of the boat by means of a connecting transfer pipe. Attached Figure Description

[0007] Figure 1 A mowing boat according to the present invention is shown for cutting and processing weeds through a conveying pipe. The meanings of the reference numerals in the accompanying drawings are as follows: 1: Floating base; 2: Base compartment; 3: Side barrier edge; 4: Drive unit; 5: Ship control room; 6: Propulsion receiving section; 7: Forward lifting auxiliary base; 8: Forward winding-unwinding section; 9: Forward lifting cable; 10: Lifting auxiliary gripping base; 11: Forward horizontally positioned base; 12: Rear lifting auxiliary base; 13: Rear winding-unwinding section; 14: Rear lifting cable; 15: Rear horizontally positioned base; 16: Forward rotating base; 17: Forward opening; 18: Support base outlet; 19: 20: Left and right side barrier edges; 21: Driven rotating shaft; 22: Hook-chopping plate; 23: Size-selective cutting plate; 24: Weed debris suction pump; 25: Pump outlet opening; 26: Connecting transfer pipe; 27: Front opening end; 28: Rear opening end; 29: Internal screw conveyor; 30: First inwardly curved edge; 31: First protruding plate; 32: Lateral protruding plate; 33: Second inwardly curved edge; 34: Second outwardly curved edge; 35: Second protruding plate; 36: Through hole. Detailed Implementation

[0008] like Figure 1 As shown, the mower boat according to the present invention for cutting and processing weeds through a conveying pipe includes a floating base 1, characterized in that the floating base 1 is formed as an assembly structure or molded as a whole, for floating or moving on a waterway and supporting the installation of cooperating components of the weed cutting and conveying boat with a weed conveying pipe on the boat; or a portion of the floating base 1 is provided with a base compartment 2, characterized in that a gap is formed in the floating base 1 to separate it or to reduce its weight or facilitate movement in the waterway; or the upper portion of the floating base 1 is provided with at least one side barrier edge 3, characterized in that the side barrier edge is for preventing the operator on the floating base 1 from falling; and the floating base 1 is provided with at least one drive device 4, characterized in that a drive engine is mounted thereon for transmitting power to the cooperating components of the weed cutting and conveying boat with a weed conveying pipe on the boat that require driving power. The floating base 1 is equipped with a ship control room 5, which is characterized by an assembled structure forming the control room. This control room has a control system or control mechanism (not shown in the figures) installed therein for controlling the operation of the drive unit 4 or controlling the operation of the cooperating components of the weed cutter and conveyor ship on the ship that require drive power. The floating base 1 is provided with a propulsion receiving section 6, characterized by a drive wheel or drive receiving structure mounted thereon. This drive wheel or drive receiving structure receives power from the drive unit 4 or from an external drive to receive propulsion force, thereby moving a weed cutter and conveyor vessel with a weed delivery pipe on board in a specified direction. The floating base 1 is provided with a front lifting auxiliary base 7, which is characterized by a support base having a front winding-unwinding portion 8 for winding-unwinding the front lifting cable 9 mounted thereon in a manner that allows the front lifting cable 9 to be wound or unwound in a manner that is powered by a drive from the drive device 4 or by a drive from an external source. This is for attaching the outer end of the front lifting cable 9 to the lifting auxiliary gripping base 10 or to a component at the front of the floating base 1 that needs to be raised, lowered, pulled in, or pulled out as needed. The floating base 1 is provided with a front horizontal base 11, characterized by a front elevated support base or front elevated support structure, used to install the front lifting cable 9 at a higher horizontal height, so as to facilitate the lifting or pulling in / out of the component to be lifted or pulled out by the front lifting cable 9. The floating base 1 is provided with a rear lifting auxiliary base 12, which is characterized by a support base having a rear winding-unwinding portion 13 for winding-unwinding the rear lifting cable 14 mounted thereon in a manner that allows the rear lifting cable 14 to be wound or unwound by power transmitted from the drive device 4 or from an external drive, for attaching the outer end of the rear lifting cable 14 to a component to be lifted or pulled in or out by the rear lifting cable 14, or The floating base 1 is provided with a rear horizontal base 15, characterized by a rear elevated support base or rear elevated support structure for mounting the rear lifting cable 14 at a higher horizontal height, so as to facilitate the lifting or pulling in / out of the component to be lifted or pulled out by the rear lifting cable 14. The front portion of the floating base 1 is provided with a front rotating base 16. This front rotating base 16 is characterized by an assembled structure having an internal cavity, a front opening 17, a support base outlet 18, and left and right side barrier edges 19. This assembled structure is installed such that the front rotating base 16 is maintained at a horizontal height above the water surface or is adjustable to raise and lower the front rotating base 16 from the water surface using power transmitted from the drive device 4 or an external drive, for mounting the driven rotating shaft 20, or... The front rotating base 16 is provided with a lifting auxiliary gripping base 10, characterized in that a gripping base or gripping structure is mounted thereon, which receives the outer end of the front lifting cable 9 for receiving lifting force so that the front rotating base 16 can be raised and lowered from the water surface level as needed. The driven rotating shaft 20 is characterized by a shaft, tube, or rotary drive structure rotatably mounted between the left and right barrier edges 19, rotatably powered by a drive from the drive unit 4 or an external drive. This structure is used to mount at least one hook-and-chop plate 21 and at least one size-selective cutting plate 22 for chopping and cutting weeds in the waterway into small weed fragments and transferring them through the support base outlet 18 by means of a weed fragment suction pump 23. The weed debris suction pump 23 is characterized in that it can be operated by power transmitted from the drive unit 4 or from an external drive, and the pump inlet (not shown in the figure) is directly connected to the support base outlet 18 or connected via an inlet connecting pipe (not shown in the figure) for sucking small weed debris to the pump outlet opening 24, thereby transferring it to the connecting transfer pipe 25, wherein... The connecting transfer tube 25 is characterized by an elongated hollow tube or at least two tubes connected to extend its length, having an open end. The connecting transfer tube 25 has a front open end 26 connected to a pump outlet opening 24 for receiving small weed fragments and transferring them to a rear open end 27 to transfer the small weed fragments to a designated location. An internal screw conveyor 28 is installed inside the connecting transfer pipe 25. This internal screw conveyor 28 is rotatably mounted by power transmitted from the drive unit 4 or an external drive. It assists in conveying small weed fragments as they flow through the interior of the connecting transfer pipe 25. The hook-and-chop plate 21 is characterized by a gripping plate whose inner edge is a first inwardly curved edge 29 for fitting and fastening to the outer edge of the driven rotating shaft 20, and whose outer edge is a first outwardly curved edge 30, with a first protruding plate 31 protruding from the outer edge of the first outwardly curved edge 30, and at least one lateral protruding plate 32 protruding from the lateral edge of the first protruding plate 31, so that the hook-and-chop plate 21 can hook and chop weeds in the waterway into small pieces while rotating according to the rotation of the driven rotating shaft 20. The size-selective cutting plate 22 is characterized by a gripping plate whose inner edge is a second inwardly curved edge 33 for fitting and fastening to the outer edge of the driven rotating shaft 20, and whose outer edge is a second outwardly curved edge 34. A second protruding plate 35 protrudes from the outer edge of the second outwardly curved edge 34 for cutting weeds in the waterway and selecting the size of the weeds into small weed fragments while rotating according to the rotation of the driven rotating shaft 20. The size-selective cutting plate 22 is provided with at least one through hole 36 for assisting in guiding weeds in the waterway and cutting the weeds into selected sizes while rotating according to the rotation of the driven rotating shaft 20.

[0009] In view of the characteristics of the mower boat according to this invention for cutting and processing weeds through the conveying pipe, the transfer of small weed fragments is achieved by means of the following: after the weeds are pulverized into small fragments by means of the weed fragment suction pump 23, they are sucked from the front rotating base 16 through the support base outlet 18, thereby transferring them to the connecting transfer pipe 25 to the designated location. Furthermore, the pulverization of weeds into small fragments is achieved by a specially designed hook-and-chop plate 21 and a size-selective cutting plate 22, thereby allowing the small weed fragments to be easily transferred to the connecting transfer pipe 25 by means of the weed fragment suction pump 23 through the support base outlet 18.

[0010] Best Mode of Utility Model As described in the detailed description in the utility model section.

Claims

1. A mower boat for cutting and processing weeds through a conveying pipe, characterized in that, The mower includes a floating base (1), characterized by an assembled structure or a molded structure as a whole, or having a portion with a base compartment (2) to reduce weight or facilitate movement in waterways, or the upper portion of the floating base (1) includes at least one side barrier edge (3) to prevent operators on the floating base (1) from falling, and the floating base (1) includes at least one drive unit (4), characterized by a drive engine mounted thereon for transmitting power to cooperating components of the mower and conveyor boat on board that require drive power, and the floating base (1) includes a boat control room ( 5) The ship control room is characterized by forming an assembled structure, the control room having a control system or control mechanism installed therein for controlling the operation of the drive unit (4) or controlling the operation of the cooperating components of the weed cutter and conveyor with weed delivery pipes on the ship that require driving power, and the floating base (1) includes a propulsion receiving portion (6), the propulsion receiving portion being characterized by a drive wheel or drive receiving structure mounted thereon, the drive wheel or drive receiving structure receiving power from the drive unit (4) or from an external drive to receive propulsion force to move the weed cutter and conveyor with weed delivery pipes on the ship in a specified direction, or The floating base (1) is provided with a front lifting auxiliary base (7), characterized in that the front lifting auxiliary base has a support base having a front winding-unwinding portion (8) for winding-unwinding a front lifting cable (9) mounted thereon, for attaching the outer end of the front lifting cable (9) to a component to be lifted or pulled in / out as needed at the front portion of the floating base (1), or the floating base (1) is provided with a front horizontal setting base (11), characterized in that the front horizontal setting base has a front raised support base or front raised support structure for installing the front lifting cable (9) at a higher horizontal height, so that the component to be lifted or pulled in / out can be lifted or pulled in / out by the front lifting cable (9), or The floating base (1) is provided with a rear lifting auxiliary base (12), characterized in that the rear lifting auxiliary base has a support base having a rear winding-unwinding portion (13) for winding-unwinding a rear lifting cable (14) mounted thereon, for attaching the outer end of the rear lifting cable (14) to a component to be lifted or pulled in / out by the rear lifting cable (14), or the floating base (1) is provided with a rear horizontal setting base (15), characterized in that the rear horizontal setting base has a rear raised support base or rear raised support structure for installing the rear lifting cable (14) at a higher horizontal height, so that the component to be lifted or pulled in / out can be lifted or pulled in / out by the rear lifting cable (14), and The front portion of the floating base (1) is provided with a front rotating base (16), characterized by an assembled structure having an internal gap, a front opening (17), and left and right side barrier edges (19). This assembled structure is installed such that the front rotating base (16) is maintained at a horizontal height above the water surface or is adjustable for raising and lowering the front rotating base (16) from the water surface by power transmitted from the drive device (4) or from an external drive, for mounting a driven rotating shaft (20), or... The driven rotating shaft (20) is characterized by a shaft, tube, or rotary drive structure rotatably mounted between the left and right barrier edges (19) by power transmitted from the drive device (4) or from an external drive, for mounting at least one hook-and-chop plate (21) and at least one size-selective cutting plate (22) for chopping and cutting weeds in the waterway into small weed fragments. The grass-cutting boat also has: The rear portion of the front rotating base (16) is provided with a support base outlet (18), which has an inlet for a weed debris suction pump (23) operated by power transmitted from the drive unit (4) or from an external drive. This inlet is directly installed or installed via an inlet connecting pipe for transferring small weed debris sucked by the weed debris suction pump (23) to the pump outlet opening (24), thereby transferring it to the connecting transfer pipe (25). The connecting transfer tube (25) is characterized by an elongated hollow tube with an open end, or at least two tubes connected to extend its length, the connecting transfer tube having a front open end (26) connected to the pump outlet opening (24) for receiving small weed fragments and transferring them to a rear open end (27), or An internal screw conveyor (28) is provided inside the connecting transfer pipe (25). The internal screw conveyor is rotatably mounted by power transmitted from the drive device (4) or from an external drive, and is used to assist in conveying small weed fragments while they flow through the interior of the connecting transfer pipe (25).

2. The mowing boat for cutting and processing weeds through a conveying pipe according to claim 1, characterized in that, The front rotating base (16) is provided with a lifting auxiliary gripping base (10), which is characterized by a gripping base or gripping structure mounted thereon, the gripping base or gripping structure receiving the installation of the outer end of the front lifting cable (9) for receiving lifting force so that the front rotating base (16) can be raised and lowered from the water surface level as needed.

3. The mowing boat for cutting and processing weeds through a conveying pipe according to claim 1, characterized in that, The hook-chopping board (21) is characterized by a gripping plate having an inner edge that is a first inwardly curved edge (29) for fitting and fastening to the outer edge of the driven rotating shaft (20), and the outer edge of the hook-chopping board (21) being a first outwardly curved edge (30) having at least one first protruding plate (31) extending from the outer edge and the side edge of the first protruding plate (31) having at least one lateral protruding plate (32) extending from the side edge, for enabling the hook-chopping board (21) to hook and chop weeds in the waterway while rotating according to the rotation of the driven rotating shaft (20).

4. The mowing boat for cutting and processing weeds through a conveying pipe according to claim 1, characterized in that, The size-selective cutting plate (22) is characterized by a gripping plate with its inner edge being a second inwardly curved edge (33) for fitting and fastening to the outer edge of the driven rotating shaft (20), and the outer edge of the size-selective cutting plate (22) being a second outwardly curved edge (34) having at least one second protruding plate (35) extending from the outer edge for cutting weeds in the waterway and selecting the size of the weeds while rotating according to the rotation of the driven rotating shaft (20), or the size-selective cutting plate (22) is provided with at least one through hole (36) for assisting in guiding the weeds in the waterway and cutting the weeds to the selected size.

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