3084 results about "Petal" patented technology

A process for simultaneously extracting, saponifying, and isolating lutein and zeaxanthin, and a mixture of several rare carotenoids in high purity from plants without the use of harmful organic solvents. Lutein crystals containing 5% zeaxanthin were obtained from the dried petals of Marigold flowers Tagete erecla while zeaxanthin was isolated and purified from the berries of Lycium Chinese Mill (LCM berries). Similarly, this process has been employed to isolate and purify a mixture of lutein, beta-carotene, neoxanthin, violaxanthin, and lutein epoxide from green plants, preferably, kale, collard green, and spinach. These plants, to a lesser extent, also serve as a source of several rare carotenoids such as alpha-cryptoxanthin (Marigolds) and beta-cryptoxanthin (LCM berries). The purified carotenoids isolated by this process are free from impurities and serve as a safe source of nutritional supplement for human consumption as well as providing a suitable and effective color additive for human foods.

A mitral valve implant includes a force-expanding mitral valve lattice having an interior orifice and a self-expanding valve trampoline attached at the interior orifice of the force-expanding mitral valve lattice. The mitral valve lattice is self-expandable to a first configuration and force expandable from the first configuration to a second configuration. The configurations can be circular or D-shaped. The mitral valve lattice comprises jack screws adjusting configurations of the mitral valve lattice. The valve trampoline has a cylindrical central region comprising valve leaflets. An outwardly flaring implant skirt is attached to the mitral valve lattice exterior. Wall-retaining wires are attached to the mitral valve lattice, are petal-shaped, and have a pre-set, radially outward, memory shape. The wires and skirt impart a force on a respective side of the native mitral valve when the mitral valve lattice is expanded within an annulus of the native mitral valve.

A packer for downhole use features interacting elements of swelling material. Preferably the elements are in contact for relative movement from an initial diameter for run in. As the elements swell, they move with respect to each other to enlarge the diameter of the assembly so that a sealing contact is made. Each element exerts a residual force on the adjacent element to enhance the seal. Each element is preferably coated with a material that allows well fluids to reach the swelling material and then later to stiffen and become impervious from exposure to such fluids. The assembly can be covered for run in to delay the onset of expansion until the target depth is reached for the packer to be set.

A mechanical handheld type deposit sampler consists of a knife pot assembly and a bush assembly. The knife pot assembly includes the hand bar, the upper end cover, the knife pot and the inserting tube. The bush assembly installed in the knife pot assembly includes the brush cover, the filter screen and the bush, and the claw petal. The manipulator grasping the T type hand bar inserts the sampler down into the marine deposits vertically. In the inserting procedure, the seawater through the filter screen and the drain hole is discharged outside. With the deposit touching the cover of the bush, the bush is brought to move upwards. When the cover touching the locknut, the claw petal is closed to cut off the deposit, sealing the opening so as to complete the sampling operation.

A bifurcated stent that uses turning segments to reduce the strain at regions which bend at extreme angles. The turning segments can be placed on side branch petals or on connectors connecting the petals to the stent body. Combining the turning segments with connectors of different length and tethers provides for a stent with high flexibility that can accommodate various shaped body vessels. This design allows the bifurcation branch to extend easily, to a useful distance, and to be deployed along oblique angles. Best of all, this design avoids the problems of angularly strained side branch.

A stent may include a side branch cell comprising a plurality of petals. When deployed in a bifurcated vessel, petals located near the inside of the bifurcation may experience high amounts of bending. A petal may include a predetermined bending region in which the petal is treated and may have less bending strength. Therefore, the petal will bend at the predetermined bending region in a predetermined fashion. A bending region may be heat-treated to reduce strength, may comprise less cross-sectional area than other portions of the petal, etc.

A compression assembly (500) for actuating packing elements of a through tubing bridge plug in a casing string of a wellbore. The compression assembly (500) includes a support assembly (502) and an anti extrusion assembly (504). The support assembly (502) has a running configuration in which link arm assemblies are substantially longitudinally oriented and an operating configuration in which short arms (514) are pivoted relative to long arms (520) of link arm assemblies such that the short arms (514) form a support platform. The anti extrusion assembly (504) is operably associated with the support assembly (502). The anti extrusion assembly (504) has a running configuration in which petals (536) are substantially perpendicular to a base member (534) and nested relative to one another and an operating configuration in which the petals (536) are radially outwardly disposed substantially filling gaps between the short arms (514).

The invention discloses a preparation method of jasmine tea. Tea leaf buds and flowers (dry pedals or fresh pedals) are intensively wrapped to be a ball with the diameter being 20-30mm, a flower formed by the threading of lines is arranged at the center of the ball threaded by lines. The tea leaf is wrapped outside the ball, the lower end of the ball is bound firmly by lines, the upper end of the ball is folded, then the whole ball is wrapped by cloth, then is dried at the temperature being 60-80 DEG C, and the heating is stopped after 25-30min, then the cloth is removed, the ball is placed in a tea tank, thus obtaining the product. When the tea is brewed, the tea leaf at the outer layer is scattered by absorbing water, the dry pedal at the inner layer is exposed and scattered by absorbing water, the fragrant is emitted in tea water, so that the flower fragrant in the teat water is enhanced, and dry pedals are scattered in water so as to improve the artistic feeling.

A packer for downhole use features interacting elements of swelling material. Preferably the elements are in contact for relative movement from an initial diameter for run in. As the elements swell, they move with respect to each other to enlarge the diameter of the assembly so that a sealing contact is made. Each element exerts a residual force on the adjacent element to enhance the seal. Each element is preferably coated with a material that allows well fluids to reach the swelling material and then later to stiffen and become impervious from exposure to such fluids. The assembly can be covered for run in to delay the onset of expansion until the target depth is reached for the packer to be set.

The invention relates to a method for extracting rose damascana and rose flower water from roses, belonging to the technical field of natural product chemistry. In the invention, the picked fresh roses and saline solution are placed into a pulp refiner with a certain ratio of material to liquid for homogenization and crushing after the stamens of the roses and impurities are removed, the sample is poured into a distillation still for dipping, a vent valve is opened, water steam flow rate is adjusted to carry out steam distillation, the temperature of a condenser is adjusted, oil-water mixed steam is condensed, the flowing-out liquid is collected until the volume of the flowing-out liquid and the weight of rose leaves form a certain proportion, the flowing-out liquid is placed still and layered at low temperature, rose damascana dehydrating agents are added in an upper layer of oil, and then the rose damascana is obtained after being dehydrated; the solution at the lower layer is the rose flower water. Compared with the prior art, the method has the advantages of little loss of top note of the extracted rose damascana, high product quality, simple operation and low production cost.

The invention discloses a production method for honey pomelo preserved fruit, which comprises the following steps: preprocessing fresh honey pomelo, clearing and sterilizing, cutting the honey pomelo into petals of fresh fruit and separating peel from pulp; dicing the honey pomelo peel by a machine, grading to obtain qualified honey pomelo fruit dices; debittering the fruit dices under vacuum condition; surging and separating under vacuum to obtain sugared honey pomelo preserved fruit dices; blanching the sugared honey pomelo preserved fruit dices in a blancher; drying the honey pomelo preserved fruit dices and cooling quickly; sterilizing and polishing; and packaging. In the invention, honey pomelo fruit dices are debittered and sugared under a vacuum condition, thus shortening debittering and sugaring time, reducing debittering and sugaring temperature, having good debittering and sugaring effects; the honey pomelo preserved fruit contains low content of naringin, the sugaring on the surface and in the inner part of finished products is even, the original state of the organizational structure and natural color of honey pomelo peel can be maintained, the appearance is bright without cementation; and the honey pomelo preserved fruit has proper chew flexibility and good taste, and the original natural flavor of honey pomelo peel can be smelt.

A peony flower tea for preventing and treating cancer, decreasing blood fat and blood sugar, and treating diseases including menoxenia, menalgia, etc is prepared from the peony flower petals with various shapes and pollen of peony flower through dewatering and mixing.

The invention belongs to the field of plant extraction, and particularly discloses a method for extracting peony fresh flower cell water from peony fresh flowers. The method includes the following steps that 1, the peony fresh flowers are picked; 2, squeezing is conducted; 3, ultrasonic rotary evaporation is conducted; 4, enzymolysis is conducted; 5, cell water juice is merged. With the picked peony fresh pedals being raw materials, a fragrance component, thermosensitive substances and other active components in the peony pedals are kept to a large degree, when the cell water is extracted, natural preservative treatment is conducted, therefore, the shelf life of the cell water is prolonged, and the pure natural activity of the cell water is improved; desensitization treatment is conductedto avoid that part of people have pollen allergy. Meanwhile, the defects are overcome that since an organic solvent is adopted for extraction, harmful substances have residues, and the organic solventneeds to be treated and recovered, environmental pollution is reduced, and energy consumption is lowered.

The invention belongs to the technical field of food with homology of medicine and food, and particularly relates to a preparation method of rose ferment. The method comprises the steps of separating petals, sieving, protecting color, carrying out superfine grinding, carrying out fermentation pretreatment, planting bacteria for the first time, planting bacteria for the second time, planting bacteria for the third time, finely filtering and feeding collagen to obtain rose ferment liquid. According to the method, probiotic strains which are good for the intestinal tract of a human body are selected for use, and the fermentation temperature is strictly controlled, so that the loss of effective components in roses can be effectively reduced, and the activity of the rose ferment is maintained to the utmost extent; the dominant bacteria are implanted for three times, so that the growth of other bacteria can be effectively inhibited, and the product quality is stable; lactobacillus acidophilus, lactobacillus thermophilus and lactobacillus plantarum are selected, have symbiosis performance and can be planted in the intestinal tract after being fermented in a mixed way; furthermore, the comprehensive activity of ferment products can be better improved. The prepared rose ferment has a certain prevention function for chronic diseases such as heart disease and liver disease, and has the effects of soothing the liver and activating the spleen. After being eaten for a long time, the rose ferment also has the functions of smoothing the skin, whitening the skin and beautifying the face.

A hummingbird feeder having one or more soft petal feeding ports, each port having a three-dimensional simulated flower made of a soft, flexible plastic or rubber-type material having a durometer reading not to exceed 50A based on ASTM standard D2240 is provided. The petals are pliable so as to be easily manipulated by a hummingbird coming into contact with them, and provide a texture and resistance comparable to that of natural flower petals.

The invention discloses a method for breeding a mung bean flowering pollination mutant based on CRI SPR / Cas9 gene editing technology and a special gRNA. The method comprises the following steps of: transferring the CRISPR / Cas9 plasmid of a plant containing a gRNA sequence into a mung bean, and thereby, editing the ORF region of the Cha gene of the mung bean shown in SEQ ID NO. 1, wherein the DNA sequence corresponding to the gRNA is shown in any one of SEQ ID NO. 2 to SEQ NO. 21. According to the invention, a gene for coding the YUCCA protein of the mung bean is edited by using the CRISPR / Cas9gene editing technology, and a new mung bean germplasm with missing keel petals and exposed stigmas and anther is obtained, thus providing a basis for cross breeding of mung beans.

The present invention relates generally to a trimming machine used to cut flowers or other plant material into small sized fragments or to prune unwanted thorns or leaves off of plants and flowers. This machine trims flower petals into small pieces which can be used in potpourri or other displays. This machine enables the user to generate a greater volume of flower petals then the traditional method of hand trimming with a scissors. This machine can also trim the unwanted leaves, buds or thorns off plants and flowers.

An implantable, flat-woven multi-petaled graft includes (i) a hollow tubular woven portion having opposed first and second tubular ends, the woven portion having a number of warp yarns interlaced with a number of fill yarns in a flat-woven tubular woven pattern to define a flat-woven tubular diameter, and (ii) a bulbous woven portion having opposed first and second ends, the first bulbous end having a greater number of warp yarns interlaced with the fill yarns in a flat-woven tubular bulbous pattern contiguously woven from the second tubular end to provide a seamless woven, wherein the greater number of warp yarns are threadingly engaged with the fill yarns to define a flat-woven bulbous diameter; wherein the second end of the bulbous portion is scalloped with a plurality of petal-like projections seamlessly woven from the first bulbous end. The graft may include three petal-like projections. The bulbous woven section may be truncated, i.e., hemispherically or hemibulbously shaped

Belonging to the technical field of plant breeding, the invention relates to a pepper inbred isolation method, which comprises the steps of: 1) plant selection: obsoleting substandard heterologous strains; 2) blend solution preparation: preparing a blend solution with a sodium alginate concentration of 5-10% and a carboxymethylcellulose sodium concentration of 0.5-2% with deionized water; 3) petal selection: selecting petals about 6-12h before flowering; 4) petal treatment: taking the petals to be treated on one hand lightly and taking the blend solution on the other hand, and soaking the petals in the blend solution till the joint of a calyx and a flower stalk, and making a mark with a color line; 5) management after treatment: identical with the routine field management method of pepperproduction. The pepper inbred isolation method of the invention isolates petals through a flexible film generated by the blend solution, and conducts geitonogamy to a gynoecium and a stamen of a sameflower. Being simple and rapid, the method of the invention can save the labor cost and has high?fruiting rate. Besides, the method in the invention causes no pollution to the environment and agricultural products, and can realize good application effect.

The present invention relates to an ablation catheter (1) for the ablation of tissues comprising: a telescopic tubular body (4) in turn comprising an external tubular body (4a) and an internal tubular body (4b) concentric with each other, and a rod-like guiding element (5) at least partly housed in the internal tubular body (4b) with at least one free end (5a) protruding from the internal tubular body (4b) in correspondence with a distal end of the telescopic body (4); a positioning head (2, 2″, 2′″, 2°, 2*, 2̂) and an ablation head (3) in correspondence with the distal end of the telescopic body (4), the positioning head (2,2″,2′″,2′,2*,2̂) being situated in the proximity of the free end (5a) of the rod-like guide, and the ablation head (3) in the proximity of the positioning head (2, 2″, 2′″, 2°, 2*, 2̂), in a remote position with respect to the free end (5a); a control handpiece at a proximal end of the telescopic body (4) coupled with the guiding element (5), the ablation head (3), the positioning head (2, 2″, 2′″, 2°, 2*, 2̂) and the telescopic tubular body (4); wherein the ablation head (3) comprises at least two ablation elements or petals (3a) that can be moved from a rest position in which they are housed in the external tubular body (4a) and an operating position in which they protrude from the external tubular body (4a) like a petal; wherein each of the ablation elements or petals (3a) comprises: a continuous ablation electrode (3b) which extends without interruption over a circumferential peripheral portion of each petal (3a), substantially along an arc of circumference having a longitudinal axis of the rod-like guiding element (5) as its centre; two side portions (3c) of the petal (3a), each connected to an end of the ablation electrode (3b), in correspondence with a curved section, the side portions (3c) and the ablation electrode (3b) being integral with each other, formed by means of the same folded metallic conductor, each ablation petal (3a) being separate and distinct from another ablation petal (3a) of the ablation head, all the ablation petals (3a) of the ablation head being separately connected to a distinct electric energy generator to cause a radiofrequency ablation in a powered ablation electrode condition (3b).

The invention relates to a nerve ablation catheter and device for a nerve ablation in a cavity-passing and wall-penetrating mode and a method for the nerve ablation. A catheter body comprises a far-end portion, a middle portion and a near-end portion. A catheter-wall-penetrating ablation electrode is arranged at the far end of the catheter body. A catheter-wall-penetrating structure is arranged at the front end of the catheter-wall-penetrating ablation electrode and capable of penetrating into and / or penetrating through the wall of the catheter cavity so as to act on a target tissue. Measurement on volume impedance is carried out on an ablation portion, the conditions of nervous tissue distribution and strength is detected through a special petal-shaped electrode. The petal-shaped electrode can also offer impedance changes generated before the ablation and after the ablation, the changes after the ablation of nervous tissues are reflected, control and mastering of a nerve ablation degree are guided, treatment accuracy and clinical effects are improved, and complications are prevented from happening.

The invention discloses cellular fluid of fresh flowers of roses and a preparation method thereof, belonging to active ingredients of a plant, which are extracted in a cracking process, and an extracting method thereof, especially active ingredients of the roses, which are extracted in the cracking process, and an extracting method thereof. The invention discloses a preparation method of the cellular fluid of the fresh flowers of the roses by using a heated air circulation drying apparatus to dry leaves of the roses under the condition of inferior vacuum at a low temperature in heated air, and provides a novel method for furthest preserving the extracted active ingredients of the fresh flowers of the roses, and a novel product for developing the roses. The cellular fluid of the fresh flowers of the roses can be used as the raw material for preparing foods, cosmetics and health products.

The invention discloses pumpkin flower eyesight-improving soymilk tea powder. The pumpkin flower eyesight-improving soymilk tea powder is prepared from the following raw materials in parts by weight: 10-20 parts of pumpkin flower petal powder, 50-60 parts of fresh milk, 25-35 parts of purple sweet potato soybean milk, 3-4 parts of purple sweet potato puffed bean dreg powder, 10-20 parts of traditional Chinese medicine extracting solution, 1-2 parts of fish liver oil, 4-6 parts of snow pear and 4-6 parts of coarse rice powder. The pumpkin flower eyesight-improving soymilk tea powder is mellow in taste, unique in formula and simple in preparation process, and the produced milk tea powder has strong milk bean flavour after being brewed with water or honey water and also has certain effects of removing heat from the liver and improving eyesight.

A process for preparing the loquat flower petal tea for preventing the diseases in respiratory tract includes such steps as picking up fresh flower, washing, carefully choosing, removing receptacle and down, drying and quantitative packing.

An implantable, flat-woven multi-petaled graft includes (i) a hollow tubular woven portion having opposed first and second tubular ends, the woven portion having a number of warp yarns interlaced with a number of fill yarns in a flat-woven tubular woven pattern to define a flat-woven tubular diameter, and (ii) a bulbous woven portion having opposed first and second ends, the first bulbous end having a greater number of warp yarns interlaced with the fill yarns in a flat-woven tubular bulbous pattern contiguously woven from the second tubular end to provide a seamless woven, wherein the greater number of warp yarns are threadingly engaged with the fill yarns to define a flat-woven bulbous diameter; wherein the second end of the bulbous portion is scalloped with a plurality of petal-like projections seamlessly woven from the first bulbous end. The graft may include three petal-like projections. The bulbous woven section may be truncated, i.e., hemispherically or hemibulbously shaped.

The invention provides a flower stuffing and a preparation method thereof. The flower stuffing contains edible flower petals, extractives and auxiliary materials; and the preparation method comprises the steps of taking the fresh edible flower to be screened, sterilized and dehydrated; uniformly stirring and mixing the flower petals and the auxiliary materials or the flower petals, the extractives and the auxiliary materials according to a certain proportion; placing at a normal temperature and a normal pressure for a plurality of days; and then filtering to obtain the flower stuffing. The flower stuffing obtained by using the invention has the advantages of natural property, high nutrition and health-keeping value, better taste, long shelf life and well preserved flower color and fragrance at a low temperature and a high temperature, and is especially suitable for the baking industry. The preparation method provided by the invention is simple and convenient to operate and easy for large scale production.

There is provided a tampon applicator having a plunger and a barrel with a tapered insertion, which provides enhanced insertion comfort to a user. The taper of the insertion tip is defined by a ratio of the length of the taper projection along a longitudinal axis of the barrel to the length of the taper projection along a radius of the barrel at a base region of the insertion tip. The insertion end of the barrel preferably has two or more petals for enhanced user comfort. Preferably, the petals have a substantially uniform thickness. The barrel may also have a fingergrip for ease of use of the applicator during insertion, expulsion of the pledget, and removal from the vagina.

The invention relates to milk chrysanthemum (chrysanthemum rice) tea and a processing method thereof. The milk chrysanthemum (chrysanthemum rice) tea is characterized in that the raw material of the chrysanthemum tea is the flower buds of chrysanthemum which are already formed and are not open. The processing method is characterized by comprising the following steps: picking the flower buds of the chrysanthemum which are already formed and not open as the raw material, sieving the raw material, classifying according to the size, cleaning by clear water, steaming by the steam of a circular disk bamboo steamer, fixing, afterwards drying twice, taking out after drying once, and putting at room temperature for 30-48 hours and then secondary drying after softening. Because the chrysanthemum in early puberty is adopted as the raw material, the invention has the following advantages: (1) fruits are fresh and tender, nutritional components are high, and the mouth feel is better than that of the chrysanthemum with opening flower buds and completely opened petals; (2) the raw material is not easily polluted by dust in air, pesticide and harmful chemical components in the face of opening or florescence; and (3) the drying of the processing method is carried out by two sections, and the phenomena of softening, easy discoloration, yellowing and mouldy change of a finished product of tea in the prior art are overcome.