38 results about "House plants" patented technology

An intelligent indoor plant environment maintenance and growth monitoring guarantee system is characterized in that a sensing layer is used as an infrastructure layer and is responsible for acquiring data from an environment or a physical world and realizing data acquisition, equipment monitoring and information transmission; the service layer is responsible for processing, storing, integrating and analyzing the data transmitted by the sensing layer and providing various service interfaces; and the application layer and the final user interaction interface layer are responsible for displaying and utilizing data and calculation results provided by the service layer, providing various specific application functions for users, and covering user operation interfaces, data presentation and logic processes related to services. The plant growth environment is monitored in real time and intelligently adjusted, it is ensured that plants grow under the optimal growth condition, the plant growth quality and ornamental value are improved, through intelligent adjustment and data analysis, manual intervention and maintenance cost are reduced, maintenance efficiency is improved, a visual and easy-to-use user interface and personalized maintenance suggestions are provided, and the method is suitable for popularization and application. And the user experience and satisfaction are improved.

The utility model discloses an intelligent plant maintenance tea table which comprises a main frame, and a water storage disc is installed on the bottom face of the main frame. A damp-proof lamp panel is installed on the side face of the main frame, a temperature sensor and a humidity sensor are installed on the damp-proof lamp panel, an air opening is formed in the damp-proof lamp panel, and a lamp strip is arranged on the back of the damp-proof lamp panel; a fan is installed on the main frame and located behind the air opening, and a choke plate capable of blowing is arranged in front of the fan and the air opening. A heating wire is mounted on the outer bottom surface of the water storage disc; a control panel is installed on the main frame and electrically connected with the temperature sensor, the humidity sensor, the fan and the heating wire. The intelligent plant maintenance device has the advantages that the intelligent plant maintenance device is combined with traditional furniture, the problem that indoor plants are difficult to maintain is solved, and meanwhile the function of beautifying the home environment is achieved. The environment needed by plant growth is artificially created, and the problem that household indoor plants are not easy to maintain is solved.

The Specialized Irrigation and Fertilization Device for Plants Accompanied by Thunderstorm Simulation, is within the technical field of smart irrigation systems. Plants' nutritional requirements depend on their species, age, height, season, soil type, weather conditions, and other factors. Many people, however, use the same fertilizer for all of their plants and pots. The proposed solution is an automated irrigation system for houseplants equipped with sensors to indicate each plant's condition. It provides precise information about environmental conditions and the overall status of the device, allowing optimization of watering and fertilization for each individual plant. In the fertilization section, separate fertilizer cartridges contain agents for elements N, P, and K individually, and in another dedicated cartridge, a different specific fertilizer is stored, which is mixed for each plant in specific percentages. In addition, rainy weather with thunder and lightning conditions is simulated through the use of its operators.

Smart Pot Sensor with Automated Soil Additive Spraying and Plant Health Analysis, Indoor plant care can be challenging due to limited knowledge in soil monitoring, nutrient management, and environmental conditions, leading to poor plant health. Current solutions often detect issues too late or fail to provide personalized care for each plant. This invention introduces a smart pot system that integrates AI, sensors, and automated nutrient spraying. It monitors soil parameters and environmental factors in real-time, using predictive algorithms to deliver nutrients precisely when needed. A mobile app provides personalized care recommendations, optimizing plant growth and reducing manual intervention.

The utility model relates to the technical field of plant cultivation, in particular to a novel portable indoor plant cultivation frame. According to the technical scheme, the device comprises a base frame and a frame fixedly installed at the top of the base frame, an adjusting assembly and a planting assembly are arranged on the base frame, the adjusting assembly comprises four supporting plates fixedly installed on the inner side of the frame, a plurality of fixing holes are formed in the inner side of each supporting plate, and a plurality of planting frames are fixed between every two supporting plates in a limiting mode. The base frame, the supporting plates, the planting frames and the supporting blocks are matched with one another, the distance between the planting frames can be freely adjusted according to the requirement of planting varieties, mature cultivation strip products in the market can be utilized, cultivation media and plants can be freely replaced, flowers and green plants can be planted, vegetables, fruits, Chinese herbal medicine and the like can also be planted, and the planting cost is reduced. Planting soil does not need to be replaced, more crops can be planted in a limited space, and operation is more convenient.

The present application relates to a kind of new air system and control method based on plant and personnel metabolism coupling, the method comprises: according to indoor plant state and personnel metabolism design the maximum fresh air volume and minimum fresh air volume of new air system;Based on minimum fresh air volume, the minimum light intensity of pre-set system is corrected plant net photosynthetic rate and respiration rate to new air system debugging;Based on pre-set minimum light intensity, the plant net photosynthetic rate and respiration rate of corrected, and personnel quantity fluctuation dynamic adjustment fresh air volume;Combining the real-time fresh air volume of new air system carries out feedback type minimum light intensity adjustment, plant net photosynthetic rate and respiration rate back calculation, and dynamic adjustment of fresh air volume.The new air system and control method of the present application, according to indoor CO2 concentration, photosynthetic active radiation intensity and personnel quantity are comprehensively regulated as needed, and carry out feedback type plant net photosynthetic rate analysis and fresh air volume as needed calculation, real-time control new air system, accurate regulation of new air system is realized.

The invention provides a household plant lamp which comprises a base used for placing a planting pot, and the planting pot is used for planting plants; the first end of the bracket is mounted on one side of the base and extends towards the upper part of the planting plate; the mounting seat is mounted at the second end of the bracket; the lamp main body is mounted on the mounting seat, extends from one side of the mounting seat to the other side of the planting pot, and is arranged around the plant; the lamp body is provided with a light-emitting face and has a first installation state and a second installation state, and when the lamp body is in the first installation state, the light-emitting face faces upwards. When the lamp body is in the second installation state, the light-emitting face faces downwards. The technical scheme provided by the invention is used for solving the problem that an existing indoor plant light supplementing lamp cannot meet the application requirements of family small-amount planting in the aspects of illumination adjustability, space adaptability and the like.

The invention relates to a three-dimensional greening light supplementing device based on pedestrian stepping power generation in a subway station. The device comprises a power generation module and a planting module, the power generation module comprises a rubber shell composed of rubber plates, a piezoelectric material is arranged in the rubber shell, and the piezoelectric material deforms under pressure to generate electric energy and outputs the electric energy through an electric wire; the planting module comprises a plurality of planting grooves which are vertically arranged, a light supplementing lamp strip is arranged at the bottom of each planting groove, the light supplementing lamp strips supplement light for green plants in the planting grooves below, and the light supplementing lamp strips are connected into the electric wire. The power generation module is directly laid on an existing floor tile, the power generation mode of an existing light supplementing device is optimized through the stepping power generation floor tile, the stepping power generation floor tile can be suitable for being used in different bad natural illumination scenes, on one hand, the indoor plant growth problem is effectively relieved, and on the other hand, the landscape greening effect can be improved on the existing basis.

The invention discloses an indoor plant intelligent culture system which comprises a culture frame and a culture device, and the culture frame is further provided with a position sensor used for detecting the position of the culture device, a positioner used for fixing the culture device to a rail and a plant growth lamp located over the culture device. The indoor plant intelligent culture system further comprises a water and fertilizer supply system. The indoor plant intelligent culture system can automatically supplement water and fertilizer to the culture device, and can avoid the technical problems that forgetting is easy to occur when water and fertilizer are manually supplemented, and the water and fertilizer supplementing amount is not easy to accurately control. The flow divider in the indoor plant intelligent culture system can be in butt joint with and separated from the branch pipe of the water and fertilizer supply system, and the fork hole formed in the culture device can be in butt joint with the fork of the forklift, so that when the photosynthesis efficiency of the cultured plant needs to be detected, the time is shortened; and the incubator and the flow divider on the incubator can be integrally transferred into the photosynthesis detection box through a forklift, so that the detection working efficiency is improved.

A wrist-worn gardening tool system for aerating soil for a household plant includes a band having an inner surface opposite an outer surface. The band can fit around a wrist of a user. The system further includes a gardening tool and a fastener releasably securing the gardening tool to the band. The gardening tool may include a soil manipulator that generally includes a body that can be gripped by a hand of the user. The body may be curved whereby the body is configured to complement a curvature of the wrist of the user. A plurality of tines is attached to and extends from an end of the body. The plurality of tines can be used to break up soil.

This utility model discloses an indoor plant cultivation rack, belonging to the technical field of indoor plant cultivation devices, solving the problems of inconvenient movement and water pollution in traditional plant racks. The utility model includes a base with casters at the bottom for free movement; a support rod vertically fixed to the base; multiple plant cultivation trays arranged in layers on the support rod via a central sliding sleeve, with grooves containing drainage outlets on the surface of the rigid plate to hold flower pots, the drainage outlets covered with filter screens; a water collection tank located at the bottom of the cultivation trays connected to the drainage outlets, and its bottom connected to a wastewater collection tank placed on the base via a water pipe, forming a closed-loop drainage system to prevent wastewater overflow. This cultivation rack is mainly used for layered cultivation of potted plants in homes and offices, offering advantages of high space utilization and convenient maintenance and cleaning.

The invention discloses a visual-olfactory interaction strengthening method for improving indoor comprehensive health benefits of a public building, and relates to the technical field of indoor environment improvement, and the method comprises the following steps: selecting plants for collocation; an indoor space optical fiber illumination system is arranged, and natural light is guided into a room; through a computer simulation technology, the diffusion and distribution conditions of aromatic substances and negative ions released by plants in an indoor space are simulated, and the layout and site selection of the plants are optimized according to a simulation result; and building ventilation system design and plant layout optimization are combined. By introducing the efficient indoor space optical fiber illumination system, a good illumination environment is provided for the interior of a room, the growth state of plants is improved, indoor plants can be effectively promoted to release aromatic substances, the concentration of negative ions can be effectively increased, an indoor rehealing environment can be created, and meanwhile visual fatigue of indoor crowds is relieved visually; and thus, better health benefits are brought to indoor people.

The invention relates to the technical field of indoor plant maintenance, and provides an agricultural-chemical-free pet-harmless indoor plant maintenance spray and a preparation method thereof.The spray is prepared from composite plant fermentation broth, plant raw materials are selected from dandelion, chrysanthemum, mint, honeysuckle, purple perilla and other varieties harmless to pets, and the plant raw materials are selected from natural plant raw materials. The composite strains comprise disease-resistant and insect-proof strains, nutrition conversion strains and growth promotion strains, and through the synergistic effect of a reasonable mass ratio, triple effects of expelling insects, killing pathogenic bacteria and applying fertilizer are achieved. The preparation method comprises the steps of plant raw material treatment, strain activation, fermentation treatment and post-treatment, and the spraying agent meeting the requirements is prepared by fermenting a single plant or respectively fermenting mixed plants and then mixing according to a proportion under the conditions of proper temperature and pH. The problems that a traditional product is single in function, contains agrochemical components and is harmful to pets are solved, and the pet food is suitable for the indoor environment with pets and children and has high safety and practicability.

To remove difficulties of judgment about watering or a growth environment which arise when a user starts growing foliage plants or vegetables at home.SOLUTION: A system for proposing methods of growing foliage plants or vegetables at home includes: means for using plant information for learning data, classifying photographs by pattern, and giving advice for a cultivation method; and means for coordinating with an online shopping site in order to propose related commodities.SELECTED DRAWING: Figure 1

The invention discloses a residential building rehealing space optical fiber illumination method and device, and relates to the technical field of indoor environment improvement, and the method comprises the steps of selecting and matching indoor plants, building an indoor space optical fiber illumination system, illuminating the indoor space, providing an illumination environment for plant growth, and building an energy regeneration system. Light energy power generation is carried out through the indoor space optical fiber lighting system, the indoor rehealing environment is simulated, indoor light energy is regulated and controlled, and the indoor rehealing environment effect is discussed and result output is carried out based on indoor plant selection and matching, the indoor space optical fiber lighting system and an established energy regeneration system. An indoor space optical fiber illumination system is introduced, a good illumination environment is provided for the interior of a room, the growth state of plants is improved, the indoor green vision rate is increased, effective aroma factors which are scientifically proved according to evidences are increased, and therefore better health benefits are brought to indoor crowds; sunlight collected by the sunlight collector can be reused, so that the utilization efficiency of energy is improved.

The intelligent plant maintenance tea table comprises a main frame, and a water storage disc is installed on the bottom face of the main frame; a damp-proof lamp panel is installed on the side face of the main frame, a temperature sensor and a humidity sensor are installed on the damp-proof lamp panel, an air opening is formed in the damp-proof lamp panel, and a lamp strip is arranged on the back of the damp-proof lamp panel; a fan is installed on the main frame and located behind the air opening, and a choke plate capable of blowing is arranged in front of the fan and the air opening. A heating wire is mounted on the outer bottom surface of the water storage disc; a control panel is installed on the main frame and electrically connected with the temperature sensor, the humidity sensor, the fan and the heating wire. The intelligent plant maintenance device has the technical effects and advantages that the intelligent plant maintenance device is combined with traditional furniture, the problem that indoor plants are difficult to maintain is solved, and meanwhile the effect of beautifying the home environment is achieved. The environment needed by plant growth is artificially created, and the problem that household indoor plants are not easy to maintain is solved.

The utility model relates to a kind of indoor plant carbon isotope continuous marking device, belong to isotope tracer device technical field.The device includes marking box, gas mixing temperature and humidity device, reaction device, light supplementing device and connecting pipe.Mark box is made of box and base, gas mixing temperature and humidity device includes ordinary fan, air conditioner fan, dehumidification bag and ice box, reaction device includes control type infusion set, magnetic stirrer and reaction bottle, for continuously and stably generating 13 CO2, light supplementing device is divided into two parts plant light supplementing lamp in marking box, monitoring connecting pipe penetrates marking box body and is connected with high-precision carbon isotope analyzer, realizes the real-time monitoring of CO2 concentration and 13 C abundance.The utility model effectively overcomes the adverse effect of outdoor environment fluctuation on marking process, realizes continuous, stable, controllable carbon isotope marking, significantly improves experimental precision and efficiency, provides strong technical support for accurately revealing plant photosynthetic carbon allocation and turnover rule.

A potted plant grounding system that employs conductive wire and grounding rods to establish a stable electrical ground for indoor plants is disclosed. The system is intended for environments where traditional grounding is inaccessible such as in a potted plant using a non-conductive container, the system uses a conductive wire attached to a metal rod embedded in the plant's soil, connecting to a grounded source, such as an outlet or grounding rod. The rod transfers excess electrical charge from the plant to the ground, maintaining a balanced charge that benefits plant health by simulating natural outdoor grounding conditions. This approach helps reduce electrical stress on indoor plants caused by artificial environments, potentially enhancing plant growth and resilience. This grounding system offers a practical solution for plant care enthusiasts, particularly in urban and indoor settings.

The broken lines depict portions of the air conditioner that form no part of the claimed design; as shown in reproductions 1.7 to 1.9, the lower cover can be separated from the claimed design, and separate parts can be combined at the lower part to use the space as a shelf, plant cultivator, showcase, etc. according to the needs of the user; reproduction 1.4 is a left view where the right view is a mirror image; reproduction 1.7 is a reference view showing the state of use where an indoor plant cultivator is combined with the lower part; reproduction 1.8 is a reference view showing the state of use where a shelf is combined with the lower part; reproduction 1.9 is a reference view showing the state of use where a transparent panel is combined with the lower part to use as a showcase.

The utility model relates to the technical field of soil sieves, in particular to a soil sieving device for indoor plant cultivation. The soil screening device comprises a bottom frame, a soil screening box is arranged at the upper end of the bottom frame in a sliding mode, a feeding opening is formed in the upper end of the soil screening box, a plurality of screens are rotationally connected to one side wall of the soil screening box, two rotating mechanisms are arranged above the screens, each rotating mechanism comprises a fixing plate, a winding drum and a pulling rope, and the fixing plate is fixedly connected to the upper end of the soil screening box; the traction rope is fixedly connected to the circumferential side of the winding drum, the winding drum is rotationally connected to one side of the fixing plate, the multiple screens are fixedly connected to the circumferential side of the traction rope, a discharging opening is formed in one side wall of the soil screening box, one side of each screen can be driven to be downward, the screened soil is poured out of the soil screening box from the discharging opening, and material pouring and material taking are more convenient.

The invention discloses a method for analyzing spatial distribution and morphological change of heavy metals in a plant rhizosphere region, and belongs to the technical field of ecological environment. The method comprises a plant planting procedure, a fluid replacement drying procedure and a resin immersion procedure. Wherein in the fluid replacement drying procedure, graded ethanol is adopted for fluid replacement according to gradients; a mixed solution of ethanol and Surr resin is used as a replacement liquid in the resin immersion procedure. According to the method, indoor plant cultivation, fluid replacement drying and resin immersion embedding technologies are innovatively combined for the first time, and the method is applied to in-situ preparation of the plant rhizosphere region sample. The method can be used for accurately researching the behavior of the heavy metal in the rhizosphere region, especially the spatial distribution and morphological change of the heavy metal near the plant root in the soil.

The utility model relates to air treatment equipment, in particular to a vertical air treatment machine for a plant isolation negative pressure cultivation room. The air conditioner structurally comprises an aluminum alloy frame, the interior of the aluminum alloy frame is divided into an upper space and a lower space, a surface air cooler and a fresh air system are arranged in the lower space, the lower space is divided into a front area and a rear area by the surface air cooler, and a ventilation panel is arranged on the aluminum alloy frame in front of the front area. The rear area is communicated with the upper space, a circulating fan and a humidifier are arranged in the upper space, an air outlet of the circulating fan is connected with a silencing treatment box arranged at the top of the upper space, and the top of the silencing treatment box is communicated with an adjustable shutter air opening formed in the top of the aluminum alloy frame. The plant isolation negative-pressure cultivation room can guarantee lighting of plants in the plant isolation negative-pressure cultivation room, the occupied area of equipment is reduced, and installation is simple and convenient.

An indoor plant suggestion system 1 comprises a heartbeat sensor 21 that measures the heartbeat of a user, a display unit 16 that shows questions about indoor plants to the user, an input unit 15 for inputting answers to the questions, and control units 11, 31. The control units 11, 31 generate suggestion information that includes at least one of placement positions for indoor plants and types of indoor plants on the basis of at least an output signal from the heartbeat sensor 21 and answers inputted from the input unit 15, and the display unit 16 displays the suggestion information generated by the control units 11, 31. The present invention thereby makes it possible to appropriately suggest placement positions for indoor plants and types of indoor plants.

1. The name of the product of this design: Graphical user interface of indoor planting control system with display screen panel. 2. Purpose of this design product: This design product is used to control planting condition parameters. 3. The design highlights of this appearance design product are: to display the interface content of the graphical user interface in the screen panel. 4. The picture or photo that best illustrates the key points of the design: main view. 5. Purpose of the graphical user interface: This graphical user interface is used to adjust the spectrum and light intensity, lighting time, and control the temperature and humidity of the planting environment, CO2 supplementation, nutrient solution supplementation, etc. in indoor plant cultivation. 6. The area of ​​the graphical user interface in the product: within the display screen of the display screen panel. 7. Human-computer interaction mode of the graphical user interface: In the main view, click the second button on the right side of the interface to adjust the value in the center of the interface to 80%, and enter the interface shown in the change state diagram 1. At this time, the values ​​of the four channels "CH1", "CH2", "CH3", and "CH4" are all 80, and the brightness value of all lights is 80; in the change state diagram 1, click the button at the bottom right side of the interface to enter the interface shown in the change state diagram 2. At this time, the values ​​of the four channels "CH1", "CH2", "CH3", and "CH4" are all 00, and all lights are turned off; in the change state diagram 2, click the button at the bottom right side of the interface. Enter the interface shown in Figure 3; in Figure 3, click the top button on the right side of the interface to adjust the ON (time when the lights are turned on) to 09:31 and the OFF (time when the lights are turned off) to 20:00, and enter the interface shown in Figure 4. At this time, the lights are turned on at 09:31, and all lights are turned on; in Figure 4, click the second button on the left side of the interface to enter the device control interface shown in Figure 5. At this time, the device normally open SETTING value is "06"; in Figure 5, click the top button on the right side of the interface to adjust the device normally open SETTING value is "10", enter the interface shown in the changing state diagram 6; in the changing state diagram 6, click the button at the bottom of the interface to enter the interface shown in the changing state diagram 7, at this time the device normally closed SETTING value is "00"; in the interface shown in the changing state diagram 7, press the top button on the right to adjust the device normally closed SETTING value to "02", enter the interface shown in the changing state diagram 8; in the changing state diagram 8, click the button at the bottom of the right to enter the interface shown in the changing state diagram 9, at this time the SETTING value is "OFF"; in the changing state diagram 9, press the top button on the right to adjust the device normally closed SETTING value to "02". Press the button to adjust the trigger temperature SETTING value to 29°, and enter the interface shown in Change State Figure 10. At this time, the trigger temperature is higher than the sensor value of 28°, the device value is 0, and it is not started; in Change State Figure 10, press the middle button on the right to adjust the trigger temperature SETTING value to 26°, and enter the interface shown in Change State Figure 11. At this time, the trigger temperature is lower than the sensor value of 28°, the device value is 10, and the device is started; in Change State Figure 11, click the bottom button on the far left of the interface and the bottom button on the far right of the interface at the same time to enter the factory reset interface shown in Change State Figure 12.

1. The name of the design product: irrigation device (indoor plant). 2. The use of the design product: the design is used for the irrigation device of plant. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The invention discloses a wall-mounted semi-self-service indoor plant maintenance frame which comprises a frame, a back plate and a water storage box. The frame is an annular frame matched with a picture frame, the back face of the frame is provided with the back plate, the bottom of the frame is provided with a connecting part protruding downwards, the connecting part defines a containing groove with the upper side open, and the water storage box is provided with a water storage groove with the upper side open. The connecting part extends into the water storage tank and is detachably connected with the water storage box in a clamped mode, and a water passing hole communicated with the water storage tank is formed in the inner wall of the containing tank. According to the device, functionality (water storage, water retention and easy maintenance) and decoration (picture frame type suspension and simple modeling) are combined, the two pain points of'insufficient aesthetic property 'and'complex maintenance' in indoor plant maintenance are solved, and the device is particularly suitable for users pursuing space aesthetics and low maintenance requirements.

Plant pot (1) for plants, comprising a base body with a base plate (1a) and with a side wall (1b) extending substantially perpendicularly away from the base plate (1a), wherein the side wall (1b) is closed and formed integrally with the base plate (1a), such that the base body forms a receiving space open on one side for receiving at least one plant with a planting substrate, characterized in that the plant pot has at least one sleeve (2) for inserting a planting device, in particular a planting stake (4) for supporting the houseplant, watering, lighting, etc., wherein the sleeve (2) can be fixed or fixed at a first fixing point formed by a first end of the sleeve (2) directly on the base plate (1a) and at a second fixing point arranged between the first end and a second end of the sleeve (2) opposite the first end, by means of a fixing device (3) directly on the side wall (1b).

1. The name of this design product: plant lighting. 2. Purpose of this design product: Plant lighting lamp used to provide light for indoor plant growth. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the key points of the design: combined usage status diagram 1.

1. Name of the product in this design: Wall-mounted semi-self-service indoor plant care frame. 2. Purpose of this design: This design is used for the maintenance of indoor plants, providing hanging planting and semi-automatic water supply functions. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D view of the assembled state. 5. Other situations requiring explanation: Component 1 is the plant cultivation area, a medium box for holding plants and growing medium; Component 2 is the water receiving / storage area, a water storage box for plants to absorb water. The combined state is the entire plant care frame, which is a usage diagram of Component 1 and Component 2 combined together.