CN219628299U - Melon is planted with seeding puncher convenient to row soil - Google Patents

Abstract

The utility model relates to a seeding puncher for melon planting, which is convenient for soil discharge, wherein a hand-held operation part is arranged at one end part of a first hinging rod and one end part of a second hinging rod, which face the same end, arc-shaped semicircular pipes are arranged at the other end of the first hinging rod and/or the second hinging rod, a distance mounting part is arranged at the middle part of the first hinging rod and/or the second hinging rod, one end of a distance mounting strip is arranged at the distance mounting part, a distance marking rod is arranged at the other end of the distance mounting strip, two arc-shaped semicircular pipes are enclosed to form a tubular punching part at a first relative position, and the two arc-shaped semicircular pipes are far away from each other and are in an open shape at a second relative position. The soil discharging necessary effect is better through the mode that opens and shuts, can be with the quick row of soil between two arciform semicircle pipes, avoid digging soil to glue easily and block in the pipe and be difficult to discharge, simultaneously, the distance mark pole can leave corresponding mark subaerial to mark the position that punches next time, avoid the staff to punch and lead to the condition that plant spacing length is different to appear by self feel.

Description

Melon is planted with seeding puncher convenient to row soil

Technical Field

The utility model relates to the technical field of melon and fruit planting tools, in particular to a seeding puncher for melon planting, which is convenient for soil discharge.

Background

The melon is also called muskmelon, is used as a summer fruit, the moisture and the taste of the melon are gradually accepted by people and are favored by people, and the melon can be still eaten by people in off-season by transplanting seedlings of the melon in winter through the existing greenhouse technology.

The melon planting mode basically adopts a flat furrow film-covered planting mode, and before melon planting, the flat furrow is planted, then film is covered, after film covering, peasants punch holes on the covered furrow, and seeds are placed in the holes and then covered with soil for planting.

In the manual punching and dibbling process of melon sowing, farmers generally use a steel pipe-like puncher to punch holes, and the dug soil is easy to stick in the pipe and is not easy to discharge; and farmers feel by themselves to measure a certain plant spacing to punch holes, so that the plant spacing is different.

Disclosure of Invention

Based on this, it is necessary to solve the problems that in the prior art, soil dug out by a pipe puncher during punching is easy to stick and block in a pipe and is not easy to discharge, and farmers feel themselves to measure a certain plant spacing to punch holes, so that the plant spacing is different. The utility model provides a melon is planted with seeding puncher convenient to arrange soil, the mode through opening and shutting is arranged the soil and must be effectual better, can arrange the soil between two arcuation semicircle pipes fast, avoid digging soil to glue easily and block in the pipe and be difficult to discharge, influence next punching operation and effect of punching, simultaneously, when punching, the distance mark pole can leave corresponding mark subaerial to mark the position that punches next time, unify the distance of punching, avoid the staff to measure certain plant distance and punch and lead to the condition that plant distance length is different to appear by self feel.

The utility model provides a melon is planted with seeding puncher convenient to arrange soil, includes first articulated lever, second articulated lever, articulated shaft, distance installation strip and distance mark pole, first articulated lever with the second articulated lever passes through the articulated shaft articulates mutually, first articulated lever with the second articulated lever all has the handheld operating portion of buckling extension towards the same tip, all is provided with the arciform semicircle pipe towards the same other end, first articulated lever and/or the middle part of second articulated lever is provided with distance installation department, the one end of distance installation strip set up in distance installation department, the other end is provided with distance mark pole, just the distance mark pole is on a parallel with first articulated lever or second articulated lever downwardly extending, first articulated lever with the second articulated lever can be in first relative setting and second relative position between the relative position two arciform semicircle pipe closes and forms tubular punching portion the second relative position two are apart from the arciform semicircle.

Preferably, in the above seeding hole puncher for melon planting convenient for soil discharge, the middle parts of the first hinging rod and the second hinging rod are provided with positioning blocks in opposite directions, the two positioning blocks are contacted at the first relative position, and the two positioning blocks are separated at the second relative position.

Preferably, in the melon planting seeding hole puncher convenient for discharging soil, the positioning blocks are elastic positioning blocks and have a natural length state and a compression state, the diameter of the arc-shaped semicircular tube is gradually reduced in the direction away from the handheld operation part, the arc-shaped semicircular tube is in an arc-shaped semicircular table shape, two positioning blocks are in contact at the first relative position and are in the natural length state, the first hinging rod and the second hinging rod are further provided with a third relative position, the two positioning blocks are abutted to each other and are in the compression state, and the two arc-shaped semicircular tubes are enclosed to form a circular truncated cone shape.

Preferably, in the above seeding hole puncher for melon planting, the distance mounting strips are telescopic mounting strips.

Preferably, in the above-mentioned melon planting with sowing hole puncher convenient to exhaust, the distance mark pole is scalable pole, just the distance mark pole deviates from the one end of distance installation strip is pointed end.

Preferably, in the melon planting seeding hole puncher convenient for soil discharge, the arc semicircular tube is a stainless steel arc semicircular tube.

Preferably, in the melon planting seeding hole puncher convenient for soil discharge, the arc-shaped semicircular tube is provided with a limiting rib near the edge of the end part of the handheld operation part.

Preferably, in the melon planting seeding puncher convenient for soil discharge, a surface layer of the hand-held operation part is provided with a silica gel layer.

The technical scheme adopted by the utility model can achieve the following beneficial effects:

in the seeding hole puncher for melon planting, which is convenient for soil discharge, the first hinging rod and the second hinging rod can relatively rotate between the first relative position and the second relative position, in the first relative position, the two arc-shaped semicircular pipes are enclosed to form a tubular punching part, in the second relative position, the two arc-shaped semicircular pipes are far away from each other to be in an open state, a worker can relatively rotate the first hinging rod and the second hinging rod by driving the first hinging rod so that the first hinging rod and the second hinging rod are in the second relative position, the two arc-shaped semicircular pipes are far away from each other to be in an open state, soil between the two arc-shaped semicircular pipes gradually falls down, and therefore, compared with the hole puncher for pipes, soil discharge necessary effect is better through the open-close mode, the soil between the two arc-shaped semicircular pipes can be rapidly discharged, the soil which is easy to stick in the pipes is difficult to discharge, and the next punching operation and the punching effect are influenced. Meanwhile, when two arc semicircle pipes are inserted into the ground to punch, one end of the distance marking rod, which is far away from the distance mounting strip, also touches the ground, and corresponding marks are left on the ground, so that the position to be punched next time is marked, the punching distance is unified, and the situation that the plant spacing length is different due to the fact that a worker punches by feeling of the worker to measure a certain plant spacing is avoided.

Drawings

FIG. 1 is a schematic view of a melon planting hole puncher for facilitating soil discharge in a second relative position according to an embodiment of the present utility model;

FIG. 2 is a schematic view of a seeding and punching device for melon planting, which is convenient for soil discharge, in a first relative position according to an embodiment of the present utility model;

fig. 3 is a schematic diagram of a melon planting hole puncher for facilitating soil discharge in a third relative position according to an embodiment of the present utility model.

Wherein: the hinge comprises a first hinge rod 100, a second hinge rod 200, a hinge shaft 300, a distance mounting bar 400, a distance marking bar 500, a handheld operation part 610, an arc-shaped semicircular tube 620, a distance mounting part 630, a positioning block 640 and a limiting rib 650.

Description of the embodiments

In order that the utility model may be readily understood, a more complete description of the utility model will be rendered by reference to the appended drawings. The drawings illustrate preferred embodiments of the utility model. This utility model may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete.

It will be understood that when an element is referred to as being "disposed on" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," "top," "bottom," "top," and the like are used herein for illustrative purposes only and are not meant to be the only embodiment.

Unless defined otherwise, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the art to which this utility model belongs. The terminology used herein in the description of the utility model is for the purpose of describing particular embodiments only and is not intended to be limiting of the utility model. The term "and/or" as used herein includes any and all combinations of one or more of the associated listed items.

Referring to fig. 1 and 3, an embodiment of the present utility model discloses a seeding and punching device for melon planting, which is convenient for soil discharge, comprising a first hinge rod 100, a second hinge rod 200, a hinge shaft 300, a distance mounting bar 400 and a distance marking rod 500, wherein:

the first hinge lever 100 and the second hinge lever 200 are hinged to each other through the hinge shaft 300 to form a scissor-like structure, and the first hinge lever 100 and the second hinge lever 200 each have a bent and extended hand-held operation portion 610 toward the same end, that is, one end (upper portion in fig. 1) of the first hinge lever 100 has a bent and extended hand-held operation portion 610, and one end (upper portion in fig. 1) of the second hinge lever 200 also has a bent and extended hand-held operation portion 610, and the two hand-held operation portions 610 are located at the same side (upper side in fig. 1) of the hinge shaft 300 in correspondence. The arc-shaped semicircular pipes 620 are provided toward the same other end, that is, the other end (lower portion in fig. 1) of the first hinge lever 100 is provided with the arc-shaped semicircular pipe 620, one end (lower portion in fig. 1) of the second hinge lever 200 is also provided with the arc-shaped semicircular pipe 620, and the two arc-shaped semicircular pipes 620 are correspondingly provided on the same side (lower side in fig. 1) of the hinge shaft 300. Since the first hinge lever 100 and the second hinge lever 200 are hinged to each other through the hinge shaft 300 to form a scissor-like structure, when a worker drives the first hinge lever 100 and the second hinge lever 200 to relatively rotate through the hinge shaft 300 by holding the operation part 610, the two arc-shaped semicircular pipes 620 can be driven to move toward or away from each other.

In a specific working process, when a worker needs to punch holes, the worker drives the first hinge rod 100 and the second hinge rod 200 to relatively rotate through the hinge shaft 300 by holding the operation part 610, so that the two arc semicircular pipes 620 are close to each other, then the worker presses down by holding the operation part 610, forces the two arc semicircular pipes 620 to be inserted into the ground for punching, after the worker inserts the ground, the worker lifts the two arc semicircular pipes 620 away from the ground by holding the operation part 610, brings out soil therein, completes the punching operation, and then the worker drives the first hinge rod 100 and the second hinge rod 200 to relatively rotate through the hinge shaft 300 by holding the operation part 610, so that the two arc semicircular pipes 620 are far away from each other, thereby enabling soil between the two arc semicircular pipes 620 to fall down, and completing the soil discharging.

The middle part of the first hinge lever 100 and/or the second hinge lever 200 is provided with a distance mounting part 630, that is, at least one of the first hinge lever 100 and the second hinge lever 200 is provided with a distance mounting part 630 at the middle part, one end of the distance mounting bar 400 is provided at the distance mounting part 630, the distance mounting bar 400 can be mounted at the distance mounting part 630 in a bolt connection manner, the other end of the distance mounting bar 400 is provided with a distance marking lever 500, and the distance marking lever 500 extends downward parallel to the first hinge lever 100 or the second hinge lever 200. In a specific working process, as the two arc-shaped semicircular pipes 620 are inserted into the ground to perform punching, one end of the distance marking rod 500 away from the distance mounting strip 400 also touches the ground, and corresponding marks are left on the ground, so that the position of the next punching is marked, and the punching distance is unified.

Specifically, the first hinge rod 100 and the second hinge rod 200 may rotate relatively between a first relative position (see fig. 2) in which the two arc-shaped semicircular tubes 620 enclose to form a tubular perforated portion, and a second relative position (see fig. 1) in which the two arc-shaped semicircular tubes 620 are spaced apart from each other to be open. In a specific working process, when a worker needs to punch holes, the worker drives the first hinge rod 100 and the second hinge rod 200 to rotate relatively through the hinge shaft 300 through the handheld operation part 610, so that the first hinge rod 100 and the second hinge rod 200 are located at the first relative position, at this time, the two arc-shaped semicircular pipes 620 are enclosed to form a tubular punching part, then the worker presses downwards through the handheld operation part 610, forces the tubular punching part to be inserted into the ground for punching, after the worker inserts into the ground, the worker lifts the tubular punching part through the handheld operation part 610, so that the tubular punching part leaves the ground and brings out soil in the tubular punching part, the punching operation is completed, then the worker drives the first hinge rod 100 and the second hinge rod 200 to rotate relatively through the hinge shaft 300 through the handheld operation part 610, so that the first hinge rod 100 and the second hinge rod 200 are located at the second relative position, and the two arc-shaped semicircular pipes 620 are far away from each other to be in an open shape, and thus the soil between the two arc-shaped semicircular pipes 620 can fall down, and soil discharging is completed. As the tubular perforating part is inserted into the ground to make a hole, the end of the distance marking rod 500 away from the distance mounting bar 400 also hits the ground, leaving a corresponding mark on the ground, thereby marking the position of the next hole to be perforated, and the next hole to be perforated at the marked position.

In the seeding and punching device for melon planting, which is convenient for soil discharge, disclosed in the embodiment of the utility model, the first hinging rod 100 and the second hinging rod 200 can relatively rotate between the first relative position and the second relative position, in the first relative position (see fig. 2), the two arc semicircular pipes 620 are enclosed to form a tubular punching part, in the second relative position (see fig. 1), the two arc semicircular pipes 620 are far away from each other to be in an open state, a worker can relatively rotate by driving the first hinging rod 100 and the second hinging rod 200 so that the first hinging rod 100 and the second hinging rod 200 are in the second relative position, the two arc semicircular pipes 620 are far away from each other to be in an open state, soil between the two arc semicircular pipes 620 gradually falls down, and compared with the hole punching device for pipes, the soil discharge effect between the two arc semicircular pipes 620 is necessarily better through the opening and closing mode, and the soil between the two arc semicircular pipes 620 is prevented from being stuck in the pipe easily to be discharged and is difficult to be discharged for one time. Meanwhile, as the two arc semicircular pipes 620 are inserted into the ground to punch, one end of the distance marking rod 500 away from the distance mounting strip 400 also touches the ground, and a corresponding mark is left on the ground, so that the position to be punched next time is marked, the position to be punched next time is punched, the punching distance is unified, and the situation that the plant spacing is different due to the fact that a worker perceives to have a certain plant spacing to punch by himself is avoided.

When punching, the first hinge rod 100 and the second hinge rod 200 are required to be manually driven to rotate to the second relative position by a worker, the accuracy of manual driving is poor, and the first hinge rod 100 and the second hinge rod 200 cannot be accurately rotated to the second relative position each time, alternatively, the middle parts of the first hinge rod 100 and the second hinge rod 200 can be provided with positioning blocks 640 in opposite directions, and in the first relative position, two positioning blocks 640 are contacted, and in the second relative position, two positioning blocks 640 are separated. When punching, the first hinge rod 100 and the second hinge rod 200 are manually driven by the worker to rotate, when the two positioning blocks 640 are in contact, the first hinge rod 100 and the second hinge rod 200 are just rotated to the second relative position, an auxiliary effect is played for the worker, so that the first hinge rod 100 and the second hinge rod 200 are accurately rotated to the second relative position, and accuracy is improved.

When the soil is dry, after the common pipe puncher punches and penetrates into the soil layer, the pipe puncher is directly lifted, and part of soil continuously falls into the punched hole, so that the punched hole depth is insufficient. Based on this, in an alternative embodiment, the positioning block 640 may be an elastic positioning block, having a natural length state and a compressed state, where the arc-shaped semicircular tube 620 gradually decreases in diameter in a direction away from the hand-held operation portion 610, and has an arc-shaped semicircular frustum shape, and in a first relative position, two positioning blocks 640 are in contact and in the natural length state, and the first hinge lever 100 and the second hinge lever 200 further have a third relative position, in which two positioning blocks 640 are in abutment and in the compressed state, and two arc-shaped semicircular tubes 620 are enclosed to have a frustum-shaped.

In a specific working process, after the tubular punching part is inserted into the ground, a worker lifts the tubular punching part through the handheld operation part 610, drives the first hinge rod 100 and the second hinge rod 200 to relatively rotate through the hinge shaft 300 by driving the handheld operation part 610, forces the elastic positioning block to gradually compress, so that the first hinge rod 100 and the second hinge rod 200 rotate from the first relative position to the third relative position, at this time, the two arc semicircular pipes 620 enclose a truncated cone shape, the diameter of the bottommost end is minimum, soil between the two arc semicircular pipes 620 is clamped, the soil is lifted and moved to other positions, and then the first hinge rod 100 and the second hinge rod 200 are driven to be in the second relative position, and the two arc semicircular pipes 620 are far away from each other to be in an open shape, so that soil discharging is completed. The problem of when soil is comparatively dry, after the pipe class puncher that is used in the earth layer of penetrating deeply, directly mention, partial soil continues to fall into the hole of beating, leads to the hole degree of depth of beating insufficient is solved.

In the present utility model, the length of the distance fixing strip 400 basically determines the distance between two holes, i.e. the hole distance or plant distance, and preferably, the distance fixing strip 400 may be a telescopic fixing strip, and by adjusting the telescopic fixing strip, the hole distance or plant distance of the mark may be adjusted according to different scenes (e.g. different melon varieties and different thickness requirements), after the length of the distance fixing strip 400 is adjusted, the distance fixing strip 400 will not generally change during use, and only needs to be used after the corresponding length is adjusted according to different scenes before each use, thereby further improving the use range and practicality of the seeding hole puncher.

Preferably, the distance marking rod 500 may be a telescopic rod, so as to adjust the different depths of the marks, avoid the poor marking effect due to the shallow marks, avoid the need of large force of staff due to the deep marks, and adjust the length of the distance marking rod 500 according to the actual situation before each use, so that the use range and the practicability of the seeding and punching device are improved.

Further, the end of the distance marking rod 500 facing away from the distance mounting bar 400 is pointed to facilitate insertion into the ground for marking.

Since the arc semicircular tube 620 needs to be continuously inserted into the soil and is easily corroded by moisture in the soil, optionally, the arc semicircular tube 620 is a stainless steel arc semicircular tube, so that the arc semicircular tube 620 is prevented from being rusted and damaged, and the service life of the arc semicircular tube 620 is prolonged.

As a preferred embodiment, the arc-shaped semicircular tube 620 may be provided with a limiting rib 650 near the end edge of the hand-held operation portion 610, when the worker presses down the hand-held operation portion 610 to force the tubular punching portion to be inserted into the ground during punching, the worker is reminded of the insertion depth just right when the worker inserts the limiting rib 650, that is, the limiting rib 650 is used for reminding the worker to ensure the punching depth, so as to avoid the influence on melon planting and growth due to different hole depths, and meanwhile, the limiting rib 650 can also be used for reinforcing the strength of the arc-shaped semicircular tube 620 to play a role of a reinforcing rib. It can be seen that the stop rib 650 can serve a dual purpose.

In order to facilitate the operator to control the hand-held operation portion 610, improve the comfort of hand feeling, and avoid the operator from grinding bubbles on the hand, optionally, a silica gel layer may be disposed on the surface layer of the hand-held operation portion 610.

The technical features of the above-described embodiments may be arbitrarily combined, and all possible combinations of the technical features in the above-described embodiments are not described for brevity of description, however, as long as there is no contradiction between the combinations of the technical features, they should be considered as the scope of the description.

The above examples illustrate only a few embodiments of the utility model, which are described in detail and are not to be construed as limiting the scope of the utility model. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the utility model, which are all within the scope of the utility model. Accordingly, the scope of protection of the present utility model is to be determined by the appended claims.

Claims (8)

1. Melon is planted with seeding puncher convenient to arrange soil, a serial communication port, including first articulated rod (100), second articulated rod (200), articulated shaft (300), distance installation strip (400) and distance mark pole (500), first articulated rod (100) with second articulated rod (200) are passed through articulated shaft (300) are articulated mutually, first articulated rod (100) with second articulated rod (200) all have handheld operating portion (610) that buckle and extend towards the same one end, all are provided with arc semicircle pipe (620) towards the same other end, first articulated rod (100) and/or the middle part of second articulated rod (200) is provided with distance installation department (630), the one end of distance installation strip (400) set up in distance installation department (630), the other end is provided with distance mark pole (500), just distance mark pole (500) are on a parallel with first articulated rod (100) or second articulated rod (200) are towards the same one end, first articulated rod (100) and second articulated rod (200) are in opposite each other the opposite arc form the relative semicircle pipe (620) is in opposite the relative position of second semicircle pipe (620) and is kept away from.

2. The melon planting seeding and punching machine convenient for soil discharge according to claim 1, wherein the first hinge rod (100) and the second hinge rod (200) are provided with positioning blocks (640) in opposite directions, and in the first relative position, the two positioning blocks (640) are in contact, and in the second relative position, the two positioning blocks (640) are separated.

3. The melon planting sowing hole puncher facilitating soil discharge according to claim 2, wherein the positioning blocks (640) are elastic positioning blocks and have a natural length state and a compressed state, the arc-shaped semicircular tube (620) gradually reduces in diameter in a direction away from the handheld operation portion (610) and is in an arc-shaped semicircular frustum shape, two positioning blocks (640) are in contact at the first relative position and are in a natural length state, the first hinging rod (100) and the second hinging rod (200) are further provided with a third relative position, the two positioning blocks (640) are abutted against each other and are in a compressed state, and the two arc-shaped semicircular tubes (620) are enclosed to be in a conical frustum shape.

4. The melon planting hole puncher facilitating soil drainage according to claim 1, wherein the distance mounting strips (400) are telescopic mounting strips.

5. The melon planting hole puncher facilitating soil drainage according to claim 1, wherein the distance marking rod (500) is a telescopic rod, and one end of the distance marking rod (500) away from the distance mounting bar (400) is a tip.

6. The sowing and punching device for melon planting facilitating soil discharge according to claim 1, wherein the arc-shaped semicircular tube (620) is a stainless steel arc-shaped semicircular tube.

7. The melon planting and seeding hole puncher facilitating soil discharge according to claim 1, wherein the arc-shaped semicircular tube (620) is provided with a limit rib (650) near the end edge of the hand-held operation part (610).

8. The melon planting hole puncher facilitating soil discharge according to claim 1, wherein a surface layer of the hand-held operation part (610) is provided with a silica gel layer.