43 results about "Fountain effect" patented technology

The invention discloses a fountain ascending and descending device. The fountain ascending and descending device comprises a water return pipe, a centrifugal pump, a water supply pipe, a fountain pipeline and a spray nozzle which are connected and communicated in sequence. The centrifugal pump is installed on the ground outside a performance pool. The end, not connected with the centrifugal pump, of the water return pipe and the end, not connected with the centrifugal pump, of the water supply pipe enter the performance pool through the pool wall of the performance pool. A folded water supply pipe is connected between the water supply pipe and the fountain pipeline. The folded water supply pipe comprises a fixed pipe connected with the water supply pipe, two or more folded pipe bodies and rotating joints (111), wherein the rotating joints (111) are arranged between the folded pipe bodies and between one folded pipe body and the fixed pipe, and the rotating joints (111) form revolute pair components. According to the fountain ascending and descending device, the movement track of the folded water supply pipe is fixed, and the management of equipment in the pool is facilitated; meanwhile, the strength is high, the pipe diameter is large enough, and complex or amazing fountain effects on a lifting platform can be achieved.

An apparatus for creating a water disk effect without water. The apparatus includes first and second disks, each having a first side with a substantially planar surface and a second side with a surface textured with a three dimensional (3D) pattern or topography including raised, arcuate ridges in a whirlpool or spiral arrangement. The apparatus includes a housing that supports the first and second disks for independent rotation about a common axis. The disks are positioned such that the first sides are proximate but spaced apart to avoid contact, such that the 3D patterns face outward toward viewers of the apparatus. The apparatus includes a drive assembly rotating the first disk in a first direction and concurrently rotating the second disk in a second direction opposite the first direction. A water disk effect is created during counter rotation when light from the Sun or other source strikes the disks.

The invention discloses an automatic water feeding fountain type brewing device. Comprising a machine body, the machine body is provided with a brewing container and a brewing frame, the brewing frame is internally provided with a main flow channel and a branch flow channel, the brewing frame is provided with a brewing basket, the portion, located above the brewing basket, of the brewing frame is provided with a flow guide rod, the flow guide rod is provided with a flow guide cavity communicated with the branch flow channel, and the flow guide cavity is communicated with the branch flow channel. A water pump is arranged in the machine body, a water inlet of the water pump is arranged in the brewing container, and a water outlet of the water pump is communicated with the main flow channel through a drainage connector. The two water outlet channels are formed, the water outlets are opposite to each other, under the action of the water pump, water discharged by the two water outlet channels can be sprayed into water columns, the water columns collide with each other to form a water spraying face in the horizontal direction, the fountain effect is generated, the water can be evenly sprayed into the brewing basket, and the brewing effect is improved. Therefore, the fountain type uniform brewing effect is achieved.

The invention relates to a bean powder material package, a method and a device for manufacturing soyabean milk. A backwash area is formed on the bottom wall of the bean powder material package. The method for manufacturing the soyabean milk comprises the following steps: (a) pre-dissolving stage: an injection head is provided for injecting liquid to the material package through a membrane, and the liquid penetrates a bean powder layer to the backwash area with a flat surface or a concave surface on the bottom wall of the material package to form a liquid flow channel; and (b) dissolving stage: the liquid is continuously injected to the material package by the injection head and is splashed reversedly through the backwash area to dissolve the bean powder upwards from the bottom of the material package layer by layer until the bean powder is completely dissolved, a leading-out hole is provided, and the soyabean milk in the material package is extruded to be discharged through the leading-out hole. With the adoption of the bean powder material package, the method and the device for manufacturing the soyabean milk, the liquid is injected to penetrate the bean powder layer to the backwash area on the bottom wall of the material package to form the liquid flow channel by the injection head, and the liquid is blocked and backwashed through the backwash area to form a fountain effect, so that the liquid is fully diffused to increase the dissolving area, and the agglomeration phenomenon of the bean powder is not easy to occur in a bean powder dissolving process, so that the prepared soyabean milk is uniform in concentration and better in mouth feel.

A decorative light comprises a peafowl supporting base, a heat dissipation peafowl screen, multiple heat dissipation feathers and an LED assembly. The peafowl supporting base comprises supporting legs and a supporting body. A drainage pipe is arranged inside the peafowl supporting base and provided with a water inlet and a water outlet. The heat dissipation peafowl screen comprises a screen body and a plurality of drainage assemblies. Each heat dissipation feather comprises a feather body, an installation base and arc heat dissipation pipes. The multiple feather bodies are arranged at the edge of the screen body; the installation bases are embedded into the feather bodies; the arc heat dissipation pipes are contained inside the installation bases; the first end of each arc heat dissipation pipe and the second end of a corresponding liquid inlet pipe are communicated; the second end of each arc heat dissipation pipe is communicated with the second end of a corresponding liquid outlet pipe. The lateral walls of the arc heat dissipation pipes expand and protrude outwards to form multiple heat dissipation bubbles. The decorative light can spray water flow with the fountain effect through the peafowl supporting base, the heat dissipation peafowl screen, the multiple heat dissipation feathers and the LED assembly, and has higher ornamental value. Meanwhile, water flow can be used for taking away heat generated by the LED assembly, and the heat dissipation effect is better.

A peacock-shaped lamp comprises a peacock-shaped supporting base, a peacock-shaped cooling screen, a plurality of cooling feathers and an LED assembly. The peacock-shaped supporting base comprises supporting legs and a supporting body. Drainage pipes are arranged in the peacock-shaped supporting base and each provided with a water inlet and a water outlet, and the water inlets are used for leading in external water sources. The ends, away from the supporting body, of the supporting legs extend to be provided with a plurality of supporting claws, wherein the supporting claws are located in the same plane. The peacock-shaped cooling screen comprises a screen body and a plurality of flow guiding assemblies. Each cooling feather comprises a feather body, an installation base and an arc-shaped cooling pipe. A plurality of LED lamps are arranged on the installation bases in a one-to-one correspondence manner. The arc-shaped cooling pipes surround the LED lamps. The peacock-shaped lamp can spray out water flow with the fountain effect through the peacock-shaped supporting base, the peacock-shaped cooling screen, the cooling feathers and the LED assembly, and has high ornamental value. Heat generated by the LED assembly can be brought away through the water flow, and the cooling effect is good.

The invention relates to a household appliance for a kitchen, in particular to a soy milk grinder, comprising a grinder head, a cup body and a base, wherein the grinder head is arranged above the cup body, and the base is arranged below the cup body. The soy milk grinder is characterized in that a hollow cavity is formed between the cup body and the base, and the hollow cavity is internally provided with a heating body. Using the heat body or a light-reflecting sheet arranged there below, the light and the heat of the heating body are evenly concentrated on a smaller heating area at the center of the cup body to have fountain effect. When boiling, beverage completely flows in the cup body, thereby having better boiling effect, better smell, good alcoholization effect and high yield; and fast circular flow can effectively prevent the bottom from being glued and scorched.

The invention discloses a fountain lamp. The fountain lamp comprises a peacock support base, a cooling peacock screen, multiple cooling plumes and an LED component. The peacock support base comprises support legs and a support body. A drainage pipe is arranged in the peacock support base, and has a water inlet and a water outlet. The cooling peacock screen comprises a screen body and multiple guide components. Multiple water spraying holes are formed in the screen body. The guide components comprise liquid inlet pipes and liquid outlet pipes; first ends of the liquid inlet pipes are communicated with the water outlet; and first ends of the liquid outlet pipes are communicated with the water spraying holes. An included angle is formed between the extending directions of the water spraying holes and the outer surface of the screen body. The cooling plumes comprise plume bodies, mounting bases and arched cooling pipes. The LED component comprises LED lamps; and the multiple LED lamps are correspondingly arranged on the multiple mounting bases one to one. The fountain lamp can spray out water currents with a fountain effect through the peacock support base, the cooling peacock screen, the multiple cooling plumes and the LED component, and is higher in ornamental value. The fountain lamp can take away heat generated by the LED component by using the water currents, so that the cooling effect is better.

The invention discloses an electronic street lamp for festival celebration. The electronic street lamp for festival celebration comprises a lamp rod, an illumination cylinder, a rotating column, an LED lamp cap, a lifting groove, a base, a high-pressure nozzle, a hinge, a lifting block, a collecting port, a motor, a rotating shaft, a chute, a lamp cover, a slide block, a water pipe and a water storage tank. The electronic street lamp for festival celebration has the following beneficial effects: the collecting port with an arc structure is formed in the top of the lamp rod, and the water storage tank is formed in a lamp tube, so that the device can collect and store rainwater in the water storage tank through the collecting port in rainy days. The high-pressure nozzle is arranged on one side of the lifting block through the hinge, so that the device can spray out the collected rainwater during celebrating of festivals to achieve a fountain effect. The rotating column is arranged on theother side of the lifting block, and the illumination cylinder is clamped at the external of the rotating column through the chute inside, so that the illumination cylinder can be rotated in use to improve the festival atmosphere. The device has the characteristics of various functions and better use effect.

The invention discloses an art lamp. The art lamp comprises a peacock support base, a cooling peacock screen, multiple cooling plumes and an LED component. The peacock support base comprises support legs and a support body. A drainage pipe is arranged in the peacock support base, and has a water inlet and a water outlet. The cooling peacock screen comprises a screen body and multiple guide components. The cooling plumes comprise plume bodies, mounting bases and arched cooling pipes; the multiple plume bodies are arranged in the edge position of the screen body; the mounting bases are embedded in the plume bodies; the arched cooling pipes are accommodated in the mounting bases; first ends of the arched cooling pipes are communicated with second ends of liquid inlet pipes; and second ends of the arched cooling pipes are communicated with second ends of liquid outlet pipes. The plume bodies have elliptic structures; and multiple cooling ratchets are projected on the edges of the plume bodies. The art lamp can spray out water currents with a fountain effect through the peacock support base, the cooling peacock screen, the multiple cooling plumes and the LED component, and is higher in ornamental value. The art lamp can take away heat generated by the LED component by using the water currents, so that the cooling effect is better.