3640 results about "Flowerpot" patented technology

The invention discloses a water-preserving nutrient soil for indoor flowers, which comprises pond sludge, chaff ash, bean curd dross, Attapulgite clay, alta-mud, quartz sand, potassium permanganate, ferrous sulfate, copper sulfate, sulphur, 45% content of azophoska composite fertilizer and high water absorbent resin.

The invention relates to a flower pot (1) made of deep drawn plastic material and provided for a hanging flower pot wherein a suspension part (2) comprises a plurality of strands (5) that are linked via hook clips (3) with the pot rim (4) that has an outer continuous contour. The aim of the invention is to provide a flower pot that, in accordance with the special technical conditions during the deep drawing, is provided with a fixation of the seat (7) of the hook clips (3), while maintaining a good distribution of suspension loads between the pot and the hook clips and safeguarding an appealing yet easy to handle shape. To achieve this aim, the pot rim (4) has tapered sections extending inwards towards a wall contiguous with the bottom. These tapered sections form a seat (7) for the hook clips (3).

The invention relates to a planting method of Dendrobium officinale, and belongs to the technical field of plant cultivation. The invention provides a planting method of Dendrobium officinale which has high survival rate after transplanting tissue culture seedlings, rapid growth, high output, high medicinal value, little pesticide application and fewer pests, and the nutrition ingredients of the Dendrobium officinale are close to those of the wild Dendrobium officinale. The method comprises the following steps of: A, preparing a seed bed; B, preparing a flowerpot; C, field planting; D, watering; E, fertilizing; F, pest controlling and preventing; and G, controlling temperature and humidity. By the method, the survival rate of the Dendrobium officinale can be achieved to above 98%; and the incidence rate of insect pests can be obviously reduced. Through spraying by biogas slurry, the leaf stem of the Dendrobium is fleshy; the nutrition ingredient content is high; the incidence rate of insect pests can be reduced; the pesticide usage amount is reduced; the cost is reduced; and the food safety is improved. The Dendrobium officinale planted by taking the processed sheep manures and rapeseed meal as the top application has higher nutrition ingredient content and better medicinal effect; and the Dendrobium officinale can be harvested after 18 months.

The invention belongs to a planting method of plants, and particularly relates to a method for planting dendrobium candidum through imitating wild hanging trees. The adopted technical scheme is as follows: the method for planting dendrobium candidum through imitating wild hanging trees is characterized by comprising the following steps of: planting 3-5 cm dendrobium candidum large seedlings or domesticated seedlings in plastic flowerpots with a port diameter of 12-15 cm, hanging the flowerpot with dendrobium candidum planted on evergreen tree, applying routine nutrient solution and water on the dendrobium candidum large seedlings or domesticated seedlings, and spreading lime around the evergreen tree, wherein the bottom layer of the medium in the flowerpots is 50% of crushed wood blocks and the upper layer is sawdust mixture. By adopting the scheme, aiming at the defects of the prior art, the invention provides a novel method for planting dendrobium candidum which has a high growth rate and can be cultivated in a large scale through imitating wild hanging trees.

The invention provides an automatic seedling taking manipulator for a plug seedling transplanter. The automatic seedling taking manipulator comprises a seedling taking manipulator and a seedling taking end effector (7), the integral structure is a Cartesian motion system, the seedling taking end effector (7) is driven by a motor (4-7) to shift back and forth along an X-axis in an X-Y plane to align with a hole to be prepared to take a seedling and align with a flowerpot to be prepared to plant the seedling, different air suction and air exhaust modes of the upper end and the lower end of a rodless cylinder (5) drive the seedling taking end effector (7) to slide up and down along a Y-axis in the X-Y plane to take the seedling from a hole dish (1) and plant the seedling in the flowerpot (8). The automatic seedling taking manipulator can replace hand labor of a man, the seedling is taken out from a hole of a source dish and transplanted in a target growing dish or the flowerpot, the integral structure is simple, the performance is reliable, and the automatic seedling taking manipulator is applicable to automatically transplanting the plug seedlings of different specifications.

A method for cultivating plants is described. The method comprises the steps of sowing seeds in the growing medium in sterilised pots (17) using a sowing device (7), allowing the seeds to germinate in a germination device (8), automatically moving the pots through a greenhouse (2) to allow the germinated seeds to grow into plants (43), harvesting the grown plants using a harvester (5), and sterilising the pots with the growing medium in a sterilisation device (6) after harvest in order to provide sterilised pots (17) with a growing medium. An arrangement for performing the method is also described.

Embodiments disclosed herein provide a wireless controller which shows a voice, motion, or an image complying with or not complying with a user's command and controls an external device in accordance with the user's command. According to an embodiment, a wireless controller includes a main body provided in a shape of a flowerpot, and includes a voice recognition unit, a control unit generating a signal for controlling an object to be controlled, which is designated by a voice recognized in the voice recognition unit, in accordance with the voice, and a communication unit outputting the control signal generated in the control unit to the object to be controlled; and an indicator provided at the main body in a shape of at least one of a stem, a leaf, a flower, and a tree, and showing a motion corresponding to the voice recognized in the voice recognition unit.

Disclosed herein are systems and method for facilitating root growth and convenient planting. In an exemplary embodiment of the present invention, the system is provided with a plant pot and a cover, such as a tray, a shrink-wrap, a base, etc. The plant pot has a plant chamber for containing soil, a plant, etc. The plant pot has a pot bottom portion with at least one opening, and can be completely open, such that the bottom portion of the plant pot is at least substantially open to allow root growth from the plant chamber, through the at least one opening and into surrounding soil. The system can be provided with a tray, for example, that securingly receives the plant pot. As other examples, the system can be provided with plastic for wrapping the bottom portion and/or a cover for forming a friction fit with the plant pot.

The invention discloses an intelligent flowerpot which comprises a flowerpot body, an induction device, a control device, a heating device, a lighting device and a spraying device. The control device is located in a closed space on one side of the flowerpot body. The induction device transmits inducted data to the control device, and the control device is used for controlling starting and stopping of the heating device, the lighting device and the spraying device. The invention further provides an intelligentized plant cultivation method based on the intelligent flowerpot. The temperature, humidity and light intensity of the intelligent flowerpot are adjusted through the heating device, the spraying device and the lighting device, and a plant can be in a good growing state. Due to the precision control of a single-chip microcomputer, the intelligent flowerpot can save 70-80% of water compared with an ordinary flowerpot. According to the intelligentized plant cultivation method, plant growing conditions can be detected in real time, heating, humidifying and illuminating operations are carried out through the judgment of the single-chip microcomputer, and the plant can be in an optimal growing state from beginning to end.

This invention is for tracking at least one plant. A method of this invention comprises: putting at least one seed or at least one stem in a corresponding at least one pot; positioning a corresponding at least one RFID tag with respect to the seed or stem in a manner, wherein the RFID tag comprises a strap; packaging a harvested material into a packaged product and attaching the RFID tag from the potted plant, or a product RFID tag that is associated with the plurality of tags to the packaged product; confirming a request for authorization by a RFID buy card; and after confirming ID information, transferring at least one product.

An automatic houseplant watering apparatus for homes and offices to work with existing planter and decorative containers without modification, comprising a programmable timer, a water reservoir, a micro submersible pump, a connecting tube, a soaker line, multiple anchoring stakes, and a siphon tube. The watering schedule can be programmed for any day of the week, any time of the day, and any duration of watering. The water reservoir can be refilled periodically without changing the watering schedule. The siphon can be used to connect an auxiliary water tank to the water reservoir for several months of extended vacation.

The invention discloses an intelligent flower watering system controlled by mobile phone Bluetooth or a PC and a control method of the intelligent flower watering system. The intelligent flower watering system comprises a signal collecting processing module. The input end of the signal collecting processing module is connected with a soil moisture sensor and a parameter control module. The output end of the signal collecting processing module is connected with a watering module. A communication channel of the signal collecting processing module is connected with a terminal control module. The soil moisture sensor is used for detecting a flower and plant soil moisture state. The parameter control module is used for setting a preset watering threshold value. The signal collecting processing module is used for comparing the received flower and plant soil moisture with a water threshold value preset by a potentiometer, and after interaction of the control terminal module and a terminal device, instruction control over turning on or off of watering module is carried out. The moisture of soil in a flowerpot can be obtained through the soil moisture sensor, the watering module can turn on or off a water pump by comparing of the soil moisture and the watering threshold value, and accordingly the state of flowers and plants can be monitored in real time.

An automatic flower transplanting device belongs to the field of automatic seedling transplanting equipment in protected agriculture. A conveyor of original flowerpots and a conveyor of empty flowerpots respectively convey the original flowerpots and the empty flowerpots into a transplanted flower pot positioning device. An earthing device for empty flowerpots is used for earthing the empty flowerpots before the empty flowerpots are conveyed into the transplanted flower pot positioning device. A flowerpot rubbing device is disposed below a position, at which the transplanted flower pot positioning device positions the original flowerpots and is used for rubbing the original flowerpots being positioned. A flower transplanting gripper above the transplanted flower pot positioning device is used for transplanting flowers from the positioned and rubbed original flowerpots to the empty flowerpots. A flowerpot collecting device is adjacent to the back of the transplanted flower pot positioning device and is used for collecting the flowerpots containing the transplanted flowers and arranging and positioning the flowerpots. The automatic flower transplanting device is available for transplanting and the like of various flower plants, and is applicable to various specifications of flowerpots, high in automation level and simple and reliable to operate during transplanting.

The embodiment of the invention discloses an intelligent flowerpot based on wireless Internet of things. The intelligent flowerpot comprises a flowerpot main body, a main control system, a power supply module, a data acquisition module, a liquid level detection sensor, a controller module, an irrigation controller, an illumination controller and a wireless communication module, wherein the main control system, the power supply module, the data acquisition module, the liquid level detection sensor, the controller module, the irrigation controller, the illumination controller and the wireless communication module are positioned inside the flowerpot main body; the data acquisition module comprises the liquid level detection sensor; the controller module comprises the irrigation controller and the illumination controller; the data acquisition module is used for transmitting acquired nutrient solution liquid level data to the main control system. By adopting the intelligent flowerpot, the functions of remotely controlling irrigation and light replenishing operation by a user, updating the plant growth state in real time by a mobile equipment client, and the like are added. A lithium battery-solar panel double-mode power supply way is adopted.

The invention discloses a method for cultivating live glossy ganoderma dish garden which comprises feed proportioning, sacking, sterilizing, inoculating, developing bacterium, carrying out human control modeling through adjusting light rays, temperature, air, moisture and grafting, wherein the growing conditions for the mycelium and fruiting body are controlled, and the spore powder is collected when ejecting, and the modeled live lucid ganoderma is immigrated into the flower bowl.

The invention discloses a self-watering flowerpot, which comprises the following parts: flowerpot container with hole on the upper end to place soil, water reserving container besides the flowerpot container to reserve water, water delivery pipe with pump with one end extended into the water reserving container, controller to connect and control the pump on the water delivery pipe, wherein the soil moisture in the flowerpot container is less than the minimum value, the controller controls the pump to transmit water from the container to flowerpot; a moisture sensor is assembled in the soil of flowerpot container to sense the moisture of soil and transmit the detected signal to the controller, which controls whether to water the flowerpot. The invention improves intelligent degree without influenced by plant and environment, which is beneficial to grow with strong ornamental and decorative effect.

The invention relates to a novel cultivation method for strawberry seedlings. The novel cultivation method for the strawberry seedlings overcomes the shortcomings of seedling cultivation in an open field. According to the novel cultivation method, the seedlings are healthy, the plant diseases and insect pests are reduced, and the yield of the seedlings is high. The novel cultivation method comprises the steps: 1), guaranteeing ventilation and light transmission of a greenhouse, removing weeds outside the greenhouse and arranging drainage ditches around the greenhouse; 2), adopting polyethylene films as greenhouse films, covering each greenhouse chamber with four greenhouse films, adopting two-piece compression joint on the top, arranging head wind ports on the greenhouse chambers, and meeting the requirement for shielding from rain strictly under the condition that the head wind ports are closed; 3), compacting the ground of the greenhouse chamber and covering the ground with ground fabric or a black mulching film; 4), installing an axial flow fan in each greenhouse chamber; 5), planting stock plants of strawberries in seedling cultivation grooves or nutrition pots or flowerpots, wherein the inner diameter of the nutrition pots or the flowerpots is larger than 18cm, and adopting nutrition pots with the inner diameter being 10cm to contain young plants; and 6), adopting a seedling cultivation matrix for the strawberries as a seedling cultivation matrix, or forming the seedling cultivation matrix by mixing turf, vermiculite and perlite according to an appropriate proportion.

A flower pot apparatus adapted for enveloping the base of an umbrella pole in such a manner as to allow the flower pot apparatus to primarily support the umbrella when the flower pot is filled with plant growth media. The flower pot apparatus when coupled with an umbrella functions to shield the contents of the flower pot from precipitation and direct sunlight as needed to nurture the growth and development of a plant contained therein or to protect such other contents as may be contained therein. The flower pot apparatus when coupled with an umbrella secondarily functions as a household decoration.

The invention provides an intelligent indoor plant cultivating device based on the internet of things. The intelligent indoor plant cultivating device comprises a temperature and humidity sensor, a camera, an LED light emitting module, a support rod, a flowerpot, a plant grower, an electric water pump, a power module, a control module, a control panel, a radio-frequency emission module and a WIFI module; nutrient solutions and water needed by plant growth are stored in the flowerpot, the plant grower is arranged above the flowerpot, the lower end of the plant grower is located in the nutrient solutions and water, a water outlet pipe of the electric water pump is communicated with a through hole formed in the upper portion of the plant grower, software of multiple plant growth schemes is installed in the control module, the control module is connected to the LED light emitting module and the electric water pump, and the control panel is connected with the control module. The invention further provides an indoor plant cultivating method by means of the intelligent indoor plant cultivating device. The intelligent indoor plant cultivating device based on the internet of things and the cultivating method have the advantages that the plant growth situations can be visually understood at any time through the internet of things.

The invention relates to a technique for the forestation of Chinese tamarisk on coastal tidal flats. According to the technical scheme of the invention, the technique comprises the following technological steps: (1) cultivating the shoot of Chinese tamarisk on plots with the salt content thereof being 0.3% to 0.6% by using the cutting propagation method; (2) transplanting the shoot of Chinese tamarisk to flowerpots or other containers to cultivate the container seedling of Chinese tamarisk, wherein the salt content of soil in the container is approximately 1.0% and no higher than 1.2%; (3) transplanting the ball-plant container seedling of Chinese tamarisk with the complete root system to the coastal tidal flats by proper density, wherein according to the conditions for selecting the coastal tidal flats, the coastal tidal flats can be immersed in seawater for a short time instead of immersed continuously for a plurality of days, and the salt content of the tidal flat soil is no higher than 3.0%. The invention has the following beneficial effects: by using the container seedling method, the invention guarantees the complete root system of Chinese tamarisk during the transplanting process, thereby avoiding the effect of root cutting and further increasing the survival rate of forestation of Chinese tamarisk under the condition that the salt content is high. Therefore, the technique is particularly suitable for the actual conditions in the area of coastal tidal flats short of freshwater resources.

A stable flowerpot system for holding at least one plant comprising a pot supporter (22), a corresponding pot (23), and a corresponding saucer (24). The pot supporter comprises a hollow shell (22D) whose bottom portion is significantly broader than the top portion of the shell. The top portion of the shell extends in-and-downwardly into the interior region of the hollow shell (22D) to form a pot receiver (22C) into which the corresponding pot (23) is removably secured. The corresponding saucer (24) is removably secured in the predetermined position in the interior region of the shell (22D) by a plurality of saucer-holders (22F) formed on the wall of the shell (22D). The stable flowerpot system further includes a decorative skirt (26) to be clad on the outside of the shell (22D) of the pot supporter (22) and a cushion (27) to be placed under the pot supporter (22) for the decoration of the pot (23) being held in the pot supporter (22).

A rotating base for house plant planters is herein disclosed, wherein said base slowly turns to complete a revolution within a pre-determined period, to urge the plant in the planter to grow in a vertical direction. The planter base is powered by a battery which is charged using a solar panel, thereby providing a completely self-contained and maintenance free rotating base and a light sensor causing rotation of the planter base only when light is present. The planter base is available in multiple sizes to fit all sizes of pots and planters.