33 results about "Coral calcium" patented technology

The invention discloses an acidification preventing and coral calcification and reef formation accelerating method for a marine scleractinian coral sea area. An alkali solution is put to a coral reefarea in an acidified sea area. An intelligent switch valve is adopted, and putting of the alkali solution is adjusted automatically according to the sea pH and the flow direction. By adopting the method of the invention, the alkalinity and the pH can be promoted, and corals and other organisms can grow in a healthier water body. An ideal marine environment can be provided for marine reef-buildingorganisms, calcification of corals into reefs is accelerated, and the coral calcification speed is increased by one to three times.

The invention relates to an application of a hydrogen molecule solid carrier in preparation of obesity inhibitory health-care products and medicines. The application is characterized in that the hydrogen molecule solid carrier has the inhibitory effect on obesity induced by unbalanced dietary pattern, wherein the hydrogen molecule solid carrier which is mainly based on carbonate of calcium and magnesium accounts for over 50% of the content of solid matters and is in a solid form of powder, granules and amorphous state. The matters dissolved or suspended in a liquid can release hydrogen molecules in the solution. The content of hydrogen in the solution is over 0.1ppm, and below saturation concentration. The matters comprise but not limited to hydrogenated coral calcium. Under a condition of a normal diet, the hydrogen molecule solid carrier is ingested and encounters water to release hydrogen molecules which are diffused to different parts in a targeted manner in the body, so that the purpose of eliminating reactive oxide species and relieving oxidative damage to prevent and treat diseases is realized.

The invention discloses a floating box-type coral seabed cultivation device powered by waves and beneficial to coral growth, which is composed of a coral cultivation module and a wave energy conversion module; the main structure of the coral cultivation module is a coral cultivation box; the bottom is provided with a floating body for coral cultivation A coral transplantation board is arranged horizontally inside the box; the wave energy conversion module is connected with the coral cultivation module through a tether, and the wave energy conversion module includes a base, a generator set and a hydraulic cylinder. Under the action of waves, the coral incubator oscillates up and down through the tether to drive the piston to reciprocate, and finally realizes the conversion of wave energy-mechanical energy-electric energy through the generator set. On the one hand, the generated electric energy supplies the internal light source of the coral incubator to promote the photosynthesis of symbiotic algae on the coral surface. On the one hand, it supplies graphite electrodes to electrolyze seawater to reduce the acidity of seawater, increase the rate of coral calcification, and promote coral growth in multiple directions. The invention is novel in design, friendly to the environment, and has very important economic value and ecological significance.

The invention relates to the technical field of health care products, and specifically discloses a solid hydrogen-rich food and its application. The preparation method of the solid hydrogen-rich food at least includes the following steps: step a, calcining coral calcium to obtain refined calcium, wherein the calcining conditions are 200-500°C, 50-70min; step b, refining the refined calcium in a hydrogen atmosphere without oxygen calcined under the conditions of 500-600°C, 40-60min, hydrogen pressure of 1MPa-2MPa, calcined and ground to obtain hydrogen-rich refined calcium; step c, drying the mineral solution to obtain mineral components; Step d, mixing solid food, mineral components, hydrogen-rich refined calcium to obtain solid hydrogen-rich food. The preparation method of the invention is simple, and the solid hydrogen-rich food obtained by the method has high hydrogen content.

The invention relates to a preparation method of coral hydroxyapatite artificial bone with adjustable absorption speed. The hydroxyapatite artificial bone prepared from coral has excellent biocompatibility and bone affinity, and has a three-dimensional structure with pores connected to human bones, and its solubility in the human body is extremely small; the composition of coral is carbonic acid Calcium has relatively high solubility in the human body. If the orthopedic implant material is resorbed too quickly, new bone defects will be formed, and if the resorption is too slow, the growth rate of new bone will be retarded. The hydroxyapatite artificial bone prepared from coral possesses the respective advantages of the two, but so far there is no feasible preparation method. The method adopted in the present invention is that the selected corals are uniformly soaked in the soluble phosphate solution, and then put into a reaction kettle to heat and react with water vapor under temperature and pressure. The invention makes it possible for the coral hydroxyapatite artificial bone with adjustable absorption speed to be put into clinical application.

The invention relates to the technical field of skin care products, and specifically discloses a hydrogen-rich raw material and a hydrogen-rich skin care product. The preparation method of the hydrogen-rich raw material includes at least the following steps: drying the mineral solution to obtain the mineral component; mixing coral calcium and the mineral component to obtain a mixed raw material, the mixing condition is in a hydrogen atmosphere and an oxygen-free condition, and the hydrogen gas The pressure is 1MPa‑1.5MPa, the mixing time is 50‑70min; the mixed raw materials are calcined to obtain hydrogen-rich raw materials, the calcining conditions are 400‑600°C, hydrogen atmosphere, the hydrogen pressure is 0.3‑0.5MPa, and the calcination time is 60‑100min. The hydrogen-enriched skin care product contains the above-mentioned hydrogen-enriched raw materials. The preparation process of the hydrogen-rich raw material provided by the present invention is simple, and the prepared skin care hydrogen-rich product has a high hydrogen content, wherein the hydrogen release amount can reach more than 800 ppb, and its negative potential is -400mV~-500mV.