8results about How to "Attractive" patented technology

The utility model discloses a kind of wire pull joints and its pterodactyl toys, it includes first limiting device, second limiting device, several groups of ball joints and wire pull transmission assembly, several groups of ball joints are located between first limiting device and second limiting device, each group of ball joints includes shell, movable rod, spherical joint head and cup-shaped joint socket, shell is covered in movable rod outside, spherical joint head is located movable rod one end, cup-shaped joint socket is located movable rod other end, cup-shaped joint socket of previous group of ball joints can be rotatably covered on spherical joint head of next group of ball joints, wire pull transmission assembly includes wire pull driving device and transmission line rope, wire pull driving device is located second limiting device side, transmission line rope one end is connected with wire pull driving device transmission, transmission line rope other end passes through second limiting device and shell and is fixedly connected with first limiting device.The wire pull joint of the application multidirectional rotation swings, so that pterodactyl toy simulation degree is higher, increase product attraction.

The utility model relates to the technical field of termite trapping equipment, in particular to a termite trapping and killing integrated device which comprises an outer cylinder, a trapping cavity used for collecting termites is formed in the outer cylinder, a cover plate is installed on the top of the outer cylinder, and a plurality of trapping openings allowing the termites to enter are formed in the outer side of the cover plate. The inner wall of the trapping cavity is provided with a plurality of ultraviolet lamps capable of killing termites, the ultraviolet lamps are externally connected with a control switch through wires, the control switch controls the ultraviolet lamps to be turned on and turned off, and the inner side of the bottom of the outer cylinder is provided with a termite trapping agent used for trapping the termites. According to the termite trapping and killing integrated device, through multiple trapping design, the attraction effect on termites is remarkably improved. The termite trapping agent arranged on the inner side of the bottom of the outer cylinder can emit specific smell and generate strong attraction to termites; and a sweet coating is arranged on a pine plate of the bait assembly in the middle of the trapping cavity, so that the attraction to the termites fond of sweet food is further enhanced.

The utility model discloses belong to cowpea thrips prevention and treatment technical field, concretely is a kind of attractant device for preventing and treating cowpea thrips, including the rope that is placed horizontally on cowpea support, the rope is equipped with the several imitated cowpea flower of one character shape arrangement by connecting assembly, the rope is placed with the shielding cloth, and the shielding cloth is V-shaped arrangement, the inner chamber of the shielding cloth is equipped with several imitated cowpea flower. The imitated cowpea flower used in the utility model has three colors of white, blue and white-blue mixed color, by imitating the structure of natural petal, can maximize the visual temptation of thrips.

This invention relates to the field of membrane separation technology, and discloses a method for preparing a reduced graphene oxide separation membrane intercalated with heteropolyacid molecular clusters and its application. The membrane comprises a substrate and a functional layer deposited on the substrate, wherein the functional layer is a reduced graphene oxide layer intercalated with heteropolyacid molecular clusters. A graphene oxide solution, a heteropolyacid solution, and isopropanol are mixed; the mixed solution is deposited on the surface of the substrate to form a film; the heteropolyacid-graphene oxide film is subjected to in-situ photoreduction to obtain a reduced graphene oxide composite membrane. This invention is the first to use heteropolyacid molecular clusters as intercalating agents. These clusters are uniform in size, structurally stable, and readily soluble in water. After being combined with graphene oxide, they can form uniform and ordered two-dimensional channels, which is crucial for the selective separation of the composite membrane. This invention effectively avoids the problems of poor mass transfer, poor separation, and easy swelling caused by particulate matter filling into two-dimensional materials.

This application relates to the field of digital human technology, providing a method, apparatus, device, medium, and product for generating digital human video ringback tones. The method includes: determining a reference video based on reference audio; obtaining the motion trajectory of a reference figure in the reference video; filtering target videos from a video library based on the motion trajectory of the reference figure; determining at least one keyword in the lyrics of the reference audio; filtering each video in the video library based on the keyword to obtain motion change information of the figure in the video frame corresponding to the keyword; determining the motion trajectory of the digital human based on the motion change information; and merging the reference audio, target video, and digital human into a digital human video ringback tone. This allows for the combination of reference audio and target video, and through the motion performance of the digital human, makes the final generated digital human video ringback tone more interesting and attractive, providing users with a more personalized and innovative calling experience.

The invention relates to the technical field of pet food processing, and discloses a nutritional pet food based on a low-value seawater product and a preparation method thereof, and the preparation method comprises the following steps: desalting raw materials, and mechanically separating into a meat soft component and a hard calcium component; adding antioxidant such as rosemary extract into the soft meat component for pulping, and performing constant-temperature enzymolysis with compound protease to obtain enzymolysis meat pulp; the hard calcium component is subjected to high-temperature and high-pressure steaming and softening and multi-stage crushing to obtain ultramicro bone paste with the particle size D90 smaller than 50 [mu] m; and taking 60-80 parts of slurry and 15-30 parts of bone paste, adding sodium alginate and other structural stabilizers and nutrient supplements, mixing, and carrying out high-pressure homogenization, vacuum freeze-drying and nitrogen-filled packaging to obtain the bone paste. The processing contradiction of hard bones and soft meat of low-value marine products is solved through split-flow modification and texture structure recombination; the bioavailability of calcium is greatly improved by the micron-sized bone paste; in-situ antioxidation is combined with a freeze-drying technology, so that lipid rancidity is effectively inhibited, and the product is endowed with a crisp porous structure and excellent rehydration and palatability.

A light emitting diode (LED) filament lamp (100) is provided, the light emitting diode (LED) filament lamp (100) being configured to provide, in operation, LED filament lamp light. The LED filament lamp comprises a plurality of LED filaments (110), a first electrode (170) and a second electrode (180) arranged at respective end portions of the LED filaments, and an envelope extending along a main axis A. The envelope comprises a reflective base portion (210), a reflective sidewall (220), a light exit window (230), and a plurality of electrical contacts (240). Each LED filament is connected to a respective pair of electrical contacts, wherein the envelope encloses the plurality of LED filaments and defines a mixing chamber (300) for the LED filament light, wherein the elongated encapsulation of each LED filament is arranged at least a first minimum distance D1 from the base portion and at least a second minimum distance D2 from the sidewall.

The application discloses a kind of four-wheel engineering vehicle parking brake methods of corner module structure, comprising the following steps: after whole vehicle control MCU receives parking brake command, direction information is sent to the steering MCU in the corner module of vehicle respectively, and steering MCU controls steering motor to drive wheel steering;The steering MCU in one or more corner modules controls relay to close, and then make the clutch in this corner module close;Each steering MCU controls steering motor to rotate, and makes the four wheels of vehicle steering 45 °;When steering motor rotates, the clutch in corner module rotates, so that brake cable is wound and shrunk on clutch, brake cable pulls brake lever, and completes braking.The application solves the problem of existing corner module structure engineering vehicle long-time parking pressure relief and the efficiency and risk problem of traditional manual parking, and the application can automatically and effectively park brake on corner module after obtaining parking brake command signal.