CN219421626U - Garlic sprout harvester - Google Patents

Abstract

The utility model relates to a young garlic shoot harvester, which comprises a handle, an extension bar and a pricking head, wherein the handle and the pricking head are respectively arranged at two ends of the extension bar and are fixedly connected with the extension bar relatively, the pricking head is of a three-fork structure and comprises a base and middle thorns, left thorns and right thorns which are arranged at the front end of the base, the left thorns and the right thorns are arranged at the left side and the right side of the middle thorns, the length of the middle thorns is larger than that of the left thorns and the right thorns, one side of the middle thorns clings to the side surface of a young garlic shoot stalk when the young garlic shoot is pulled out, and the left thorns and the right thorns are used for pricking into the young garlic shoot stalk. The middle thorns are used for supporting, the left thorns and the right thorns can accurately penetrate into the stems of the garlic sprouts, the garlic shoots in the garlic sprouts are broken, and then the garlic shoots are pulled out from the upper ends of the garlic sprouts, so that the harvester has the advantages of simple structure, convenience in use and low cost, and can effectively improve the harvesting efficiency of the garlic shoots and reduce the labor intensity.

Description

Garlic sprout harvester

Technical Field

The utility model belongs to the technical field of farm tools, and particularly relates to a garlic bolt harvester used for manually pulling out garlic bolts.

Background

The young garlic shoots are flower stems extracted from young garlic shoots, and people like one of the vegetables to eat. The young garlic shoots are widely distributed in China, are planted in all places of the south and the north, and are one of the vegetable varieties with the largest storage capacity and the longest storage period in the vegetable refrigeration industry in China. At present, the harvesting work of the garlic shoots mainly adopts a manual mode, and a harvester grabs the upper part of the garlic shoots by hands to pull upwards, so that the garlic shoots are pulled out from the garlic shoots. However, because the garlic shoots are wrapped in the garlic shoots, the bottom ends of the garlic shoots are integrated with the garlic shoots, the garlic shoots can be pulled out from the garlic shoots only by breaking and separating the garlic shoots, and the root parts of the garlic shoots are not easy to break due to wrapping effect of the garlic shoots. Therefore, garlic planting farmers self-control auxiliary tools to break off garlic shoots from roots, common auxiliary tools are to spike iron nails at the front ends of wood strips, operators grasp the upper parts of the garlic shoots by one hand and wave the wood strips by the other hand, the iron nails on the wood strips are pinned into stems at the lower parts of the garlic shoots, the roots of the garlic shoots are pricked to separate the garlic shoots from the garlic shoots and then are extracted, the method effectively reduces the difficulty of pulling out the garlic shoots, improves the efficiency of harvesting the garlic shoots, but the stems of the garlic shoots are thin and difficult to aim, the iron nails cannot be accurately pricked into the stems of the garlic shoots each time when the wood strips are swung, and the iron nails are difficult to prick into relatively thin garlic shoots because of different thicknesses of the stems of the garlic shoots.

Disclosure of Invention

In summary, in order to overcome the defects of the prior art, the utility model provides the garlic shoot harvester which is of a three-fork structure, the middle thorns of the three-fork structure are long and wide, the spines at two sides of the three-fork structure are short and thin, the slot between one side of the middle thorns and the spines at two sides of the middle thorns is a horn-shaped slot with a big slot bottom, when the garlic shoots are harvested, one side of the middle thorns is clung to the side surface of the stem of the garlic shoots, the side surface of the garlic shoots are supported by being supported, one of the spines at two sides of the spines is penetrated into the bottom of the stem of the garlic shoots, the middle thorns can be accurately penetrated into the stem of the garlic shoots, the garlic shoots in the garlic shoots are broken, and then the garlic shoots are pulled out from the upper ends of the garlic shoots.

In order to solve the technical problems, the technical scheme of the utility model is realized as follows:

a garlic bolt harvester, wherein: including handle, extension bar and prick the head, handle and prick the head arrange respectively in the both ends of extension bar to with extension bar relative fixed connection, prick the head be three fork halberd structure, including base and set up in the middle thorn of base front end, left thorn, right thorn, left thorn and right thorn arrange in the left and right sides of middle thorn, middle thorn and left thorn between and between middle thorn and the right thorn form the draw-in groove, the notch of draw-in groove the width of notch be greater than tank bottom width, the length of middle thorn be greater than the length of left thorn and right thorn, when the garlic bolt is pulled out, the side of garlic seedling stalk is hugged closely to one side of middle thorn for support the side of garlic seedling stalk, left thorn, right thorn be used for pricking in the stalk of garlic seedling.

Further, the pricking head is a metal pricking head, the middle thorn, the left thorn and the right thorn of the pricking head are of flat structures or of cylindrical structures, when the pricking head is of flat structures, the width of the middle thorn is larger than the width of the left thorn and the right thorn, and when the pricking head is of cylindrical structures, the diameter of the middle thorn is larger than the diameters of the left thorn and the right thorn.

Further, the width or diameter of the left thorn and the right thorn is gradually increased along the direction from the front end to the base, and when the left thorn or the right thorn is penetrated into the stalk of the garlic sprout, the stalk of the garlic sprout is prevented from being broken by controlling the penetration depth.

Further, the distance between the front end of the middle thorn of the pricking head and the rear end of the base is 12cm, the lengths of the left thorn and the right thorn are 3cm, and the distance between the front end of the left thorn and the front end of the right thorn is 2.5cm.

Further, the extension bar is of a cylindrical structure, and the extension bar is welded and fixed with the binding head or is in threaded fastening connection with the binding head.

Further, the extension bar is a telescopic bar.

The beneficial effects of the utility model are as follows:

1. the utility model is of a three-fork structure, the middle thorns of the three-fork structure are long and wide, the spines at two sides of the three-fork structure are short and thin, the groove between the middle thorns and the spines at two sides is a horn-shaped groove with a small groove bottom, when harvesting garlic shoots, one side of the middle thorns is clung to the side surface of the garlic shoot stems, one of the spines at two sides is used for supporting the side surface of the garlic shoot stems, the bottom of the stem of the garlic shoot is penetrated by one of the spines at two sides, the spines at two sides can be accurately penetrated into the stem of the garlic shoot, the garlic shoots in the garlic shoot are broken, and then the garlic shoots are pulled out from the upper end of the garlic shoot.

2. The left and right sides of the middle thorn are provided with the left thorn and the right thorn for breaking the garlic shoots, so that the left thorn can be used for penetrating into the garlic shoot stalks in actual use, the right thorn can be used for penetrating into the garlic shoot stalks, and operators can select according to the needs.

3. When the utility model is in actual use, as the sizes of the garlic sprout stalks are different, one side of the middle thorns of the utility model is clung to the side face of the garlic sprout stalks, and then the utility model is deflected around the axis of the extension rod, so that the left thorns or the right thorns of the utility model correspond to the middle of the garlic sprout stalks, and the left thorns or the right thorns can be pricked into the garlic sprout stalks by pushing the utility model, thereby being applicable to garlic sprouts with different thicknesses, even if the garlic sprouts with relatively small stalks are not good in growth condition.

4. The extension rod is welded and fixed with the binding head or is in threaded fastening connection with the binding head, when the extension rod is in threaded connection with the binding head, the extension rod and the binding head can be detached, replacement after the binding head is damaged is facilitated, the extension rod is a telescopic rod, and the length of the extension rod can be adjusted according to the needs of operators.

Drawings

FIG. 1 is a schematic diagram of the structure of the present utility model;

FIG. 2 is a schematic view of the structure of the binding head of the present utility model;

FIG. 3 is a schematic view showing the use state of the utility model when the young garlic shoots are pulled out for young garlic shoots with thicker stalks;

FIG. 4 is a schematic view showing the use state of the utility model when the young garlic shoots are pulled out for young garlic shoots with smaller stem diameters;

FIG. 5 is a schematic view showing the correspondence of the left, middle and right thorns of FIG. 4 to garlic sprouts having finer diameters of the stalks.

Detailed Description

The present utility model will be described in further detail with reference to the accompanying drawings.

As shown in fig. 1 and 2, a young garlic shoot harvester comprises a handle 1, an extension bar 2 and a pricking head, wherein the handle 1 and the pricking head are respectively arranged at two ends of the extension bar 2 and are fixedly connected with the extension bar 2 relatively, the pricking head is a metal pricking head, the extension bar 2 is a cylindrical metal bar, the extension bar 2 and the pricking head are fixedly welded, the pricking head is of a three-fork halberd structure, the harvester comprises a base 3 of an integral structure and a middle pricking 5, a left pricking 4 and a right pricking 6 arranged at the front end of the base 3, the left pricking 4 and the right pricking 6 are arranged at the left side and the right side of the middle pricking 5, a clamping groove 7 is formed between the middle pricking 5 and the left pricking 4 and between the middle pricking 5 and the right pricking 6, the width of a notch of the clamping groove 7 is larger than the bottom width of the groove, the middle pricking 5, the left pricking 4 and the right pricking head are of a cylindrical structure or the middle pricking 6 are of a flat structure, the middle pricking 5, the middle pricking 4 and the right pricking 6 are of a diameter of the cylindrical structure, and the middle pricking 5 and the middle pricking 6 are of the middle pricking 5 and the middle pricking 4 and the middle pricking 6, and the middle pricking 6. In this embodiment, the middle thorn 5, the left thorn 4 and the right thorn 6 are all flat structures, the left thorn 4 and the right thorn 6 of the flat structures are gradually enlarged in width along the direction from the front end to the base 3, and when the left thorn 4 or the right thorn 6 is pricked into the stalks of the garlic sprouts, the pricking depth is controlled to ensure that the stalks of the garlic sprouts are not pricked. The distance between the front end of the middle thorn 5 of the pricking head and the rear end of the base 3 is 12cm, the lengths of the left thorn 4 and the right thorn 6 are 3cm, the distance between the front end of the left thorn 4 and the front end of the right thorn 6 is 2.5cm, and the distance of 2.5cm is convenient for the left thorn 4 or the right thorn 6 to prick into the stalk of the garlic sprout. When the young garlic shoots are pulled out, one side of the middle thorn 5 is clung to the side face of the young garlic shoots, and is used for supporting the side face of the young garlic shoots, and the left thorn 4 and the right thorn 6 are used for being pricked into the young garlic shoots.

As shown in fig. 3, the diameter of the stem of the garlic sprout 8 is similar to the size of the opening of the clamping groove 7, when the garlic sprout 8 is pulled out, an operator holds the garlic sprout 8 by one hand and holds the handle of the utility model by the other hand, then the middle thorn 5 of the head of the utility model is tightly attached to the side face of the garlic sprout 8, at the moment, the left thorn 4 or the right thorn 6 of the head of the utility model corresponds to the transverse middle part of the stem of the garlic sprout 8, the utility model is pushed forward, so that the left thorn 4 or the right thorn 6 is penetrated into the garlic sprout 8, then the garlic sprout is pulled out, the lower part of the garlic sprout can be pulled out, the garlic sprout 8 is pulled out, and the operator can select the depth of the left thorn 4 or the right thorn 6 penetrated into the stem of the garlic sprout 8 according to the diameter of the stem of the garlic sprout 8, so that the garlic sprout 8 is ensured not to be broken.

As shown in fig. 4 and 5, when the stem diameter of the garlic sprout 8 is smaller, an operator holds the garlic sprout 8 with one hand and holds the handle of the utility model with the other hand, then the middle thorn 5 of the head of the utility model is stuck to the side surface of the garlic sprout 8, at this time, the front end of the left thorn 4 or the right thorn 6 of the head of the utility model cannot correspond to the transverse middle part of the stem of the garlic sprout 8, at this time, one side of the middle thorn 5 is stuck to the side surface of the garlic sprout 8, then the utility model is deflected clockwise or anticlockwise by taking the axis of the extension bar 2 as a shaft until the front end of the left thorn 4 or the right thorn 6 corresponds to the transverse middle part of the stem of the garlic sprout 8, the utility model is pushed forward, the left thorn 4 or the right thorn 6 is made to be stuck into the garlic sprout 8, and then the garlic sprout can be pulled, so that the lower part of the garlic sprout is separated from the garlic sprout 8, and the garlic sprout can be pulled out.

It should be noted that the above-mentioned embodiments are illustrative rather than limiting, and that those skilled in the art can substitute equivalents or other modifications made according to the prior art without departing from the spirit and scope of the present utility model, and are intended to be included in the scope of the claims.

Claims (6)

1. A garlic bolt harvester, its characterized in that: including handle (1), extension bar (2) and prick the head, handle (1) and prick the head arrange respectively in the both ends of extension bar (2) to with extension bar (2) relative fixed connection, prick the head be three fork halberd structures, including base (3) and set up in the centre thorn (5) of base (3) front end, left thorn (4), right thorn (6), left thorn (4) and right thorn (6) arrange in the left and right sides of centre thorn (5), centre thorn (5) and left thorn (4) between and centre thorn (5) and right thorn (6) form draw-in groove (7), the width of the notch of draw-in groove (7) be greater than tank bottom width, the length of centre thorn (5) be greater than the length of left thorn (4) and right thorn (6), when the garlic stem is planted in the drawing, the side of the stem of garlic stem is hugged closely to one side of centre thorn (5) for support the side of garlic stem (4), right thorn (6) are used for stabbing the stem.

2. The young garlic shoot harvester according to claim 1, wherein: the utility model discloses a prick the head and be the metal prick the head, the middle thorn (5), left thorn (4) and right thorn (6) of prick the head be flat structure or be cylindrical structure, when being flat structure, the width of middle thorn (5) is greater than the width of left thorn (4) and right thorn (6), when being cylindrical structure, the diameter of middle thorn (5) is greater than the diameter of left thorn (4) and right thorn (6).

3. The young garlic shoot harvester according to claim 2, wherein: the width or diameter of the left thorn (4) and the right thorn (6) is gradually increased along the direction from the front end to the base (3), and when the left thorn (4) or the right thorn (6) is pricked into the stalk of the garlic sprout, the stalk of the garlic sprout is prevented from being pricked and broken by controlling the pricking depth.

4. The young garlic shoot harvester according to claim 2, wherein: the distance between the front end of the middle thorn (5) of the binding head and the rear end of the base (3) is 12cm, the lengths of the left thorn (4) and the right thorn (6) are 3cm, and the distance between the front end of the left thorn (4) and the front end of the right thorn (6) is 2.5cm.

5. The young garlic shoot harvester according to claim 1, wherein: the extension bar (2) is of a cylindrical structure, the extension bar (2) is fixedly welded with the binding head, or the extension bar (2) is fixedly connected with the binding head through threads.

6. The young garlic shoot harvester of claim 5, wherein: the extension bar (2) is a telescopic bar.