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  • A pebble-planting technique

       2026-03-29 NetworkingName1550
    Key Point:This technology has made public a pebble-planting incubator, which has fixed the poles to the base through bolts, fixed the links to the u-frame through bolts, placed the planting boxes between the u-frames, supported the support plates at the top of the u-frames, promoted the planting boxes, supported panels and moved along with the planting boxes, so that the support plates were placed between the l-board and the u-frames, and placed in the pla

    This technology has made public a pebble-planting incubator, which has fixed the poles to the base through bolts, fixed the links to the u-frame through bolts, placed the planting boxes between the u-frames, supported the support plates at the top of the u-frames, promoted the planting boxes, supported panels and moved along with the planting boxes, so that the support plates were placed between the l-board and the u-frames, and placed in the planting tanks, as a result of the modularization of the incubators, facilitated the decomposition of the seedlings, re-linked reloading of the springs, pushed through the loops to the limit-sell movement, so that the limit-sells are connected to the card-cards on the side walls of the planting boxes, so that they are limited to the planting boxes, so as to avoid the fall of the planting boxes, and so that, when they need to be removed from the u-sack, the fixed-linked poles are removed from the slides, which are removed from the slides, which they are moved, so that they can be located outside the bumps outside of the。

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    [summary of technical realization steps]

    This technology involves the cultivation of quartz, specifically a culture shelf。

    Technical presentation

    1. The southern boulder can be made of tea and be of medicinal value, but in the process of growing it is growing with poor nutrient activity. The boulder is an adjunct plant, which under natural conditions is grown mainly on some high-challeng humid trunks or limestone, so that it can also simulate the natural environment conditions for planting under artificial breeding conditions, thus requiring artificial cultivation of bream seedlings, which needs to be matched by a shelf。

    Plantation techniques for quarries

    However, in response to the above question, a stone-planting incubator has been proposed。

    Technical realization thinking

    1. The purpose of this technology is to provide a pebble-growing incubator to address the above

    Technical presentation

    Issues raised therein。

    2. To achieve the above, this technology offers the following technical programmes:

    Plantation techniques for quarries

    3. A stone-planted incubator, including a base seat, with a pole mounted at the top of the aforementioned base through bolt anchoring, with multiple u-type symmetry on both sides of the pillar, a fixed connection to the side of the pillar with links to the u-type frame, a fixed link to the side wall of the pillar through bolts, a planting box on the inside of the u-type shelf, a plaster hole at the top of the planting box, a seedling bottle inside the pore, and a stone seedling in the nursery bottle

    Technical protection points

    1. A stone-planted incubator, including a base (1), is characterized by: the above-mentioned base (1) with a pole fixed by bolt (2) at the top, multiple u-form (7) at the pole (2) symmetrical setting, a fixed connection to the side of the pillar (7), a connector (14), a fixed link to the side of the pillar (2), a fixed link (14) through a bolt and a pillar (2) wall, a planting tank (9) at the inner shelf (7), a placement hole (15) at the top of the planting box (9), a seedling bottle (15) at the top, a stone seedling plant (16) within the seedling vessel (16), a symmetric link to the top (7) with a plate l (8), a plate (8) with a steering panel (7), a support panel (17), a support panel (17) and a support panel (14) with a support panel (9) fixed link to the side wall of the planting box (9)。

    2. According to claim 1

    Technical profile summary

    1. A stone-planted incubator, including a base (1), is characterized by: the above-mentioned bottom (1) with a pole fixed by bolt (2) at the top, multiple u-symmetry at the sides (7), a fixed connection to the side of the pillar (2) at the end of the pole (7), a link (14), a fixed link to the side of the pillar (2), a fixed link (14) through a bolt and a pillar (2) wall, a planting box (9) at the end of the frame (7), a placement hole (15) at the top of the plantation box (9), a seedling bottle (15) at the top, a u-symmetric symmetry (16) at the top (7), a steering slot (8), a plate (8) and a u-syll (7), a support panel (17), a support panel (17) at the end of the tree (9), and a support panel at the side of the planting box (9)。

    2. One of the stone-planted incubators described in claim 1 is characterised by: a slide-connected limited sale (23) at the end of the u-form (7) near the pole (2) in question and a card for the symmetrical side wall of the planting box (9). Hole (19), glitter (7) on the inside side of the u shelf at the limit sale (23), glitter (23), slide link in the slide (21) (20), spring (22) on the side of the glitter (20), spring (22) set on the limit sale (23).

    [property technical properties]

    Technology developer: what's wrong

    Plantation techniques for quarries

    The applicant (proprietary) is hou shan county tiger rock biotech, ltd

    Type: new

    Country and city:

    I'm the owner of this patent

     
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