10 results about "Water particle" patented technology

1. Name of the product in this design: Nano Bath Therapy Device. 2. Purpose of this design: A nano-bath therapy device for cleansing the human body with nano-water particles. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. The top surface of the product is already shown in perspective view 1 and perspective view 2, so the top view is omitted; the bottom surface of the product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The utility model relates to hair styling device technical field especially is with water particle generator's hair styling device, including hair styling device and install in the water particle generator of hair styling device handle end, and the styling end is equipped with at least one spray avoidance through -groove, and the handle end has the installation cavity and the jet exit that communicates installation cavity and spray avoidance through -groove, is equipped with the air blower in the installation cavity, and the jet exit, water particle generator and air blower are set from front to back in proper order, and the air blower is used for blowing the atomized water particle that water particle generator produces from the jet exit to spray avoidance through -groove. Compared with prior art, through the optimization of gas flow dynamics, the temperature difference existing when the styling end and the handle end are shaped is solved, so that the atomized water particles cannot be evenly spread to the styling end, thereby enabling the hair clamped in the styling end to be evenly covered with atomized water particles for assisting hair styling.

This invention proposes a particle detection device for backwash water in water plant filters, relating to the field of water particle size detection technology. It includes a particle size analyzer body and a transparent detection tube. Two connecting pipes are installed on the particle size analyzer body, and both ends of the transparent detection tube are connected to the two connecting pipes respectively. Two sealing installation mechanisms are provided on the transparent detection tube to fix and seal both ends of the transparent detection tube to the two connecting pipes respectively. This invention provides a particle detection device for backwash water in water plant filters. Through the particle size analyzer body, transparent detection tube, connecting pipes, sealing installation mechanisms, detection module, and cleaning mechanism, it can automatically and periodically clean the inner wall of the detection section of the transparent detection tube, ensuring the accuracy of water particle size detection results. Furthermore, the cleaning mechanism can perform self-cleaning, ensuring multiple cleanings of the inner wall of the detection section, guaranteeing the cleaning effect each time, and reducing the need for disassembly and cleaning.

The embodiment of the utility model discloses an atomization type ice maker, and relates to the technical field of ice making. The atomization type ice maker comprises an atomizer, a condensed ice tank and a cold conveying device; the cold conveying device is attached to the condensed ice tank; the atomizer is arranged on one side of the condensed ice tank and is used for conveying water mist into the condensed ice tank; wherein the atomizer conveys water mist into the condensed ice tank, and the water mist is condensed into ice in the condensed ice tank. After the water is atomized into the water mist, the form of the water in the water mist is about 0.01-0.15 mm of water particles, so that compared with a mode of directly conveying liquid water flow, the heat exchange area between the tiny water particles and the condensed ice tank is larger, and the ice making efficiency can be greatly improved.

The present invention relates to a system (100) for water recycling in an air conditioner (150) comprises a water tank (110) connected to the air conditioner (150) water output, incorporating a jamun wood base to purify stored water. Inside the water tank (110), multiple water level sensors monitor water levels, while a piezoelectric ultrasonic transducer (120) at the bottom converts water into mist at variable capacities based on sensor signals. At the tank's output, a mist filter (130) removes excess water particles, allowing cool, purified air to be cycled back into the air conditioner (150). This configuration effectively recycles water, reduces waste, and minimizes environmental discharge. The integration of sensor-controlled mist production optimizes water usage, while the jamun wood base further enhances water quality, making the device an efficient, eco-friendly solution for managing water output in air conditioners.

The utility model discloses a gun type snow making machine 2 valve control gun head, including spray head assembly, water segregator assembly and nuclear device assembly, spray head assembly includes the spray head, and eight water nozzles are installed on one side of spray head, and eight water nozzles are divided into four groups, wherein horizontal direction two water nozzles are a group, and horizontal direction two water nozzles intercommunicate, water segregator assembly includes the base, and two normally open waterway pipelines, two waterway pipelines and an air pipeline are installed on the base, nuclear device assembly includes the aluminum shell and the snow making nuclear device in the aluminum shell, and six holes are evenly distributed on the aluminum shell, and the snow making process is ejected from six holes tiny water particles, and nuclear device nozzle and water nozzle are set up at the included angle. The utility model is used for the narrow snow way, and the small space snow making uses, can conveniently guarantee that the water mist that water nozzle sprays can be more fully combined with the "snow core" that nuclear device produces, and the snow making effect is good, and has the cost performance.

This utility model relates to the field of atomization device technology, and in particular to a water particle generating device and a hair styling device, including a condenser rod, a cooler, and an atomizing electrode. The condenser rod has at least one first contact surface on its peripheral side, and the cooler has a cooling surface. The first contact surface of the condenser rod can be in contact with the cooling surface. Compared with the prior art, firstly, by providing a first contact surface on the peripheral side of the condenser rod, and allowing the first contact surface to contact the cooling surface of the cooler, the contact area between the cooling surface and the condenser rod can be increased, thereby improving the cooling efficiency of the cooler on the condenser rod. Under the same power consumption cooling operation, the condensation efficiency can be increased by 30%-50%. Secondly, by providing a first contact surface on the peripheral side of the condenser rod and allowing it to contact the cooling surface, the cold energy transfer path can be shortened, thereby accelerating the cooling process of the condenser rod and further improving the cooling efficiency of the cooler on the condenser rod.

The present invention provides an oil filter that allows for miniaturization of the device configuration and improves the ability to remove moisture contained in the oil. [Solution] The oil filter 100 comprises a water absorption section 110 for absorbing moisture contained in the oil, a filter section 120 for filtering the oil and removing foreign matter, and a case 101 for housing these. The case 101 has an inlet 105 for introducing oil and an outlet 104 for discharging the oil supplied to the filter section 120. The water absorption section 110 comprises a plurality of water-absorbing particles 111 formed in granular shape to absorb moisture contained in the oil, and a water-absorbing particle holder 112 which is composed of a ring and forms a housing section 113 that houses the plurality of water-absorbing particles 111 along the circumferential direction of the ring. The water-absorbing particle holder 112 has flow holes 117 formed on the outer or inner surface of the ring for circulating oil to the housing section.

This invention relates to the field of packaging paper technology, and discloses a multi-layer moisture-proof packaging paper, comprising an inner layer, a barrier layer, and an outer layer, both of which are made of breathable materials. The barrier layer is made of a plurality of hydrophobic particles and a plurality of hydrophilic particles. The hydrophobic particles form a three-dimensional network support structure with a plurality of open pores, and the hydrophilic particles are embedded in the open pores. The hydrophilic particles have water absorption and swelling properties. After absorbing water and swelling, the hydrophilic particles squeeze and contact each other to form hydrophilic channels that penetrate the barrier layer. The ratio of the area of ​​the hydrophilic particles on the inner surface of the barrier layer to the area of ​​the hydrophilic particles on the outer surface is 30 to 1000. This multi-layer moisture-proof packaging paper, with its unique barrier layer structure and precise ratio design of hydrophilic particles on its inner and outer surfaces, achieves automatic and efficient one-way moisture permeability, solving the problem that existing paper-based packaging materials, while providing moisture protection, are unable to simultaneously achieve moisture permeability, breathability, environmental friendliness, and long-term preservation of the contents.