40results about How to "Lifelike shape" patented technology

A bionic mechanical fish is composed of casing consisting of upper and lower halves, chest fins driven by step motor, tail unit consisting of tail fin, skin, frame, and fixing plate, and driven by linear motor, detecting unit consisting of miniature camera head, infrared sensor and pressure sensor, control unit comprising microcontroller, information acquisition module, motor driver and communication module, and float regulating unit consisting of linear motor and piston-cylinder reciprocating unit.

The invention relates to a pseudo-classic building and relative method, wherein the eave is formed by cylinder tile, sheet tile, roof panel, flying eave, eave edge, and post head; the post head is formed by eave edge, eave sheet and eave beam; the roof panel and post head are poured integrated; the bottom eave open of concrete roof panel has two steps; the outer step is fixed with wooden flying eave; the inner step is fixed with wooden eave edge; each step has at least tow rows of pre-embedded flat iron; the pre-embedded flat iron is connected to the bolt rod; the bolt rod is through the wooden flying eave or wooden eave edge; the nut fixes the wooden flying eave and wooden eave edge on the bottom of eave open; the nut is sealed with pastern ash; the concrete post head is fixed with one ring of wooden keel via expanding bolt; the wooden box in post head shape is arranged on the wooden keel, to be fixed integrated via nails. The invention has better simulate effect and short construction time.

A hopper for a paintboll gun is disclosed. The hopper is a gravity feed hopper and has a lower profile than those in the previous art. The hopper fits closely to the profile of the paintball gun and may have multiple chambers along with unidirectional gates to control the flow between chambers and within chambers as well. This invention may take the form of a hopper mounted onto a previous type of paintboll gun as an aftermarket add-on or it may be built into the paintball gun itself as part of its construction.

The invention discloses a floatable and sinkable micro robot fish which relates to the technology of bionic robots; the robot fish is used for amusement and comprises a fish body, a fish tail and a floating and sinking propeller. A fixed skeleton is arranged in the fish body; a control module, a communication module, a rechargeable battery, an infrared sensor, a tail motor, a filler and other components are fixed on the skeleton; the skeleton is wrapped with a whole-fish-shape fish skin; the tail motor is connected with a swinging joint and used for the forward boosting and the direction control of the robot fish; the infrared sensor provides information about the obstruction in front of and below the robot fish; the filler is beneficial to keep the outer appearance of the robot fish; the fish tail is essentially composed of tail fins; the floating and sinking propeller is used for controlling the floating and sinking of the robot fish. The floatable and sinkable micro robot fish can be set in a plurality of sports modes including remote control, obstacle avoidance, preset programming and has the advantages of simple production, lifelike outer appearance and strong appreciation quality.

The invention relates to a method for producing light pseudo-classic building, which comprises: (1), using steel plate or iron steel as foundation; (2), mounting upright post on it; (3), using metallic support to install the roof truss support and mounting roof truss support on the upright post; (4), mounting wall, door, and window between iron plate or steel plate, and roof truss support and upright post; (5), using magnesite composite pulp with yellow, green or black color to produce the pseudo-classic roof truss; (6) mounting pseudo-classis roof on the roof truss support, to obtains final building. The invention has simple process, high reality, and better pseudo-classis effect.

A high-density pedestrian detection method includes the following steps: first building pedestrian head models according to the head shapes and the texture features of pedestrians; processing images of each frame and transmitted by a camera according to the head models, building a queue for information of each pedestrian head in the images of a first frame, and judging whether the information of the pedestrian heads in following images of each frame and the images of a previous frame is the information of the same pedestrian head; on yes judgment, the information is stored into a corresponding queue, on no judgment, generating a new queue; sequentially processing the following images of each frame according to the method. A pedestrian is detected if a queue with the position information updated continuously and containing information of at least three heads is generated. The pedestrian head models are acquired through the head shapes and the texture features of the pedestrians, the information of the pedestrian head in the images of each frame is processed, the method has the advantages of being high in detection accuracy, good in robustness, convenient to compute, high in timeliness and the like, and the method has wide application prospects in the aspects of intelligent traffic video monitoring, robot vision and the like.

The invention provides a food-grade safe type biomimetic simulated fish bait capable of being completely degraded, and relates to the technical field of fishing. The bait is prepared from the following components in parts by weight: 0.5-1 part of polyvinyl alcohol resin, 5-10 parts of edible gelatine, 5-10 parts of corn protein powder, 1-2 parts of hydrolyzed protein, 3-5 parts of aloe gel, 1-3 parts of corn peptide, 2-4 parts of microlite cellulose, 2-4 parts of dihydroxy acetone, 1-3 parts of a phagostimulant, 0.5-1 part of shea butter, 0.5-1 part of hyaluronic acid, 0.5-1 part of tea polyphenol, 2-4 parts of talcum powder, 1-2 parts of linseed gum, and 0.5-1 part of soybean lecithin. According to the bait disclosed by the invention, the corn protein powder, the edible gelatine and the aloe gel are used as main raw materials, the dihydroxy acetone is used as a plastifier, fish luring components of natural silk peptide, pit soil, esterified enzyme composite bacterial liquid and the like are added, according to the feeding characteristics of different fish varieties, the biomimetic bait with authentic features of various forage fish and shrimps is prepared, the bait can be completely biodegraded in natural environment, and pollution to the environment is little.

A porous support for cartrilage tissue engineering is prepared from the high-molecular material of polyethanediol, polyamide, or polyacrylic acid type as mould material, polyhydroxy alkanoate as polymer for the porous support chloroform as solvent and water-soluble crystal as pore-forming agent through smelting the said mould material, pouring it into a container in which there is a soft silica gel male mould, obtaining a high-molecular femal mould, filling the mixture of polymer solution and pore-forming agent particles in the said femal mould, closing compacting, baking to remove solvent, dissolving the mould and pore-forming particles, and drying.

A hopper for a paintball gun is disclosed. The hopper is a gravity feed hopper and has a lower profile than those in the previous art. The hopper fits closely to the profile of the paintball gun and may have multiple chambers along with unidirectional gates to control the flow between chambers and within chambers as well. This invention may take the form of a hopper mounted onto a previous type of paintball gun as an aftermarket add-on or it may be built into the paintball gun itself as part of its construction.

The invention discloses a method for an investment casting method by use of entity shell making, comprising the following steps: A) making mold, wherein a special entity is adopted and a chemical method is adopted to fix the form of the entity, the surface of the entity is hardened to reach a certain strength so that the entity is taken as a mold for investment casting, and the entity is assembled with a wax pattern according to process requirements so as to form a mold string; B) making shell and removing the entity, wherein a dewaxing kettle is adopted to remove the mold wax part in the mold string, a chemical method is adopted to melt and clear away part of the entity, shell roasting is carried out to burn residual mold wax and the entity into ash, and then clear water and compressed air are used for repeatedly cleaning the inner cavity of the shell so as to remove residual slags; and C) roasting and pouring. According to the investment casting method by use of entity shell making, the mold making is simple, the cost is greatly reduced, the forms of crafts are vivid, uniqueness is realized, the method can be applied to multiple complex entities, molds of which are difficult to make, and the cast crafts can have size, expression and features the same as those of the entity, so that the crafts are more realistic.

The invention relates to a bionic grabbing manipulator, belonging to the technical field of robot operation. The bionic grabbing manipulator comprises a manipulator index finger, a manipulator middle finger, a manipulator ring finger, a manipulator little finger, a gear shaft I, a palm supporting plate III, a palm supporting plate IV, an outer side supporting rack, a palm supporting plate II, an inner side supporting rack, a palm supporting plate I, a manipulator thumb, a gear shaft II, an index finger control cam, a thumb control cam, a limiting block I, a middle finger control cam, a large cylindrical gear, a little finger control cam, a ring finger control cam, a limiting block II, a small cylindrical gear, a large bevel gear, an input shaft, a small bevel gear, an oscillating bar, a limiting block III, a limiting block IV, a finger fixing shaft, a palm supporting plate IV assembly position, a little finger assembly position, a palm supporting plate III assembly position, a ring finger assembly position, a middle finger assembly position, a palm supporting plate I assembly position, an index finger assembly position, a palm supporting plate II assembly position, a through hole, a positioning rod and a limiting block V. By adopting the bionic grabbing manipulator, the grabbing efficiency can be improved, and the control difficulty can be reduced.

A gymnastic robot able to simulate the gymnastic actions is composed of legs, trunk, arms, supporting frame, motor, shoulder angle sensor, horizontal bar and wrist angle sensor.

The invention discloses a method for manufacturing a polymer clay patterned stripe. The method includes the following steps that first, polymer clay is selected; second, the polymer clay of different colors is respectively kneaded and softened; third, two pieces of polymer clay of different colors are kneaded to be in a rectangular pyramid shape; fourth, the rectangular pyramid polymer clay of different colors is sequentially stacked, docked, pressed in a rolling mode and mixed from the lower layer to the upper layer; fifth, the colored clay is stretched in two opposite directions by using each rectangular pyramid as the symmetrical surface along a central plane with the triangular cross section, and the contact surfaces of two pieces of colored clay are evenly mixed; sixth, the mixed monoblock colored clay is divided into two parts, one block is placed on the upper portion of the other block, the contact surfaces of the two parts align, and the clay is pressed by a rolling pin in the rolling mode to form the patterned stripe; seventh, the fifth step and the sixth step are executed repeatedly until the needed size of the pattern stripe is achieved; eighth, the patterned stripe is kneaded to be a colored clay long bar; ninth, the colored clay long bar is cut into segments; tenth, the colored clay is packaged through a plastic film. The method for manufacturing the polymer clay patterned stripe is simple, clear in texture of finished products, vivid in color, and capable of meeting the appreciating requirement of a user.

The invention provides an induction cooker which comprises a bottom shell (10) and a panel (20) covering the bottom shell (10). The panel (20) has a fire visible area (21). The bottom shell (10) is equipped with a light emitting component (30) inside. The light emitting component (30) includes multiple luminous bodies (31), each of which includes a light emitting end (311) and an electrifying end (312). At least part of light emitted by the light emitting ends (311) shines on the fire visible area (21). The bottom shell (10) is further equipped with a fire visible box (40) inside. The light emitting ends (311) are at least partially located inside the fire visible box (40). The electrifying ends (312) are at least partially located outside the fire visible box (40). The light emitting component of the induction cooker has good heat dissipation performance, and thus, the service life of the induction cooker is improved.

Provided is a method for manufacturing a dacian cloth picture. Compared with a traditional cloth-pasting picture technology, the method for manufacturing the dacian cloth picture has the following advantages that floral cloth edge cloth of different colors is used, thin sponges are used as inner filler, the dacian cloth picture is formed, the shape of the dacian cloth picture is vivid, convex-concave fluctuations on the surface of the dacian cloth picture are natural and smooth, and stereoscopic impression is strong; due to the fact that light relief materials and an environment-friendly high viscosity textile adhesive bonding technology are used, the dacian cloth picture is directly bonded to a bamboo weaving hanging decoration firmly, the dacian cloth picture is within the bearing range of the bamboo weaving hanging decoration, and the dacian cloth picture can not be disengaged or deformed easily after being affected with damp.

The process of making artificial grape includes the following steps: making grape-shaped glass balls with link rod possessing hole in the bottom; twisting metal wire with tissue paper and inserting the twisted metal wire into the hole; coating the link rod and the metal wire with tissue paper in the color of grape branch; dissolving one portion purple powder in 30 portions of water and adding fish glue to obtain pigment solution; dyeing the glass balls in the solution; setting the dyed glass balls in molten wax to dip wax; and dipping the glass balls with incense ash. The artificial grape may be used in beautifying life environment.

The invention specifically relates to a crispy and fragrant chocolate-mousse walnut specially-shaped with sugar and a production method thereof, belonging to the technical field of food processing and development. The crispy and fragrant chocolate-mousse walnut specially-shaped with sugar is prepared from purified water, sugar-free pure cocoa butter chocolate, isomalt, egg white, egg yolk, ready-to-drink, unsalted butter and a walnut kernel. The production method comprises the following steps: adding purified water into isomalt, carrying out decoction and then carrying out blowing so as to a walnut shell specially-shaped with sugar; mixing and melting sugar-free pure cocoa butter chocolate and isomalt and then pouring the molten mixture into the walnut shell specially-shaped with sugar so as to form a chocolate coating; extruding prepared chocolate mousse into the walnut shell specially-shaped with sugar; then adding the walnut kernel; filling a left gap with the chocolate mousse; and finally, carrying out sealing so as to obtain the crispy and fragrant chocolate-mousse walnut specially-shaped with sugar. The crispy and fragrant chocolate-mousse walnut specially-shaped with sugar has high nutritional value and excellent taste, and is rich in proteins, phosphorus, calcium and a plurality of vitamins and capable of tonifying the brain, strengthening cerebrovascular elastic force, promoting the vitality of nerve cells and maintaining normal metabolism of cells; and since isomalt and sugar-free pure cocoa butter chocolate used in the invention are applicable to patients with diabetes, the crispy and fragrant chocolate-mousse walnut specially-shaped with sugar can meet different needs of a variety of populations.

A porous support for cartrilage tissue engineering is prepared from the high-molecular material of polyethanediol, polyamide, or polyacrylic acid type as mould material, polyhydroxy alkanoate as polymer for the porous support chloroform as solvent and water-soluble crystal as pore-forming agent through smelting the said mould material, pouring it into a container in which there is a soft silica gel male mould, obtaining a high-molecular femal mould, filling the mixture of polymer solution and pore-forming agent particles in the said femal mould, closing compacting, baking to remove solvent, dissolving the mould and pore-forming particles, and drying.

The invention discloses a method for manufacturing an animation derived tree leaf wax picture, which comprises the following steps: making a hollow plaster mold with a solid clay mold in an inverted molding manner, and making an animation derived wax picture with the plaster mold in an inverted molding manner, wherein the shape of the animation derived wax picture is life-like, the surface of the animation derived wax picture is convex and concave alternately, natural and smooth, and the stereoscopic sensation is strong. As a glittering and translucent white wax material and a sol bonding technology are adopted, the animation derived wax picture can be bonded with a tree leaf solidly and firmly, and has low probability of flaking off and deformation after being dampened. The skin of the wax picture looks more substantial and ductile; and the expression of the wax picture is more charming. Combined with the wax picture and a tree leaf picture, the animation derived tree leaf wax picture has the advantages that figures are revived, and the scene is provided with powerful art vital force, so that a person can have a three-dimensional impression as being personally on the scene.

The invention relates to antique building design. The antique building design comprises the steps that (1) an iron plate or a steel plate is adopted as a foundation; (2) vertical columns are mounted on the foundation; (3) a roof truss supporting body is assembled by adopting metal brackets and mounted on the vertical columns; (4) a wall body, a door, a window and the like are mounted between the iron plate or the steel plate and the roof truss supporting body as well as the vertical columns; (5) magnesite composite slurry is adopted and yellow, green or black color concentrates are added to manufacture an antique roof; (6) the antique roof is mounted on the roof truss supporting body to form the light body antique building design. According to the antique building design, the iron plate orthe steel plate are fixedly connected with the vertical columns, the vertical columns are fixedly connected with the roof truss supporting body, the wall body, the door, the window and the like are mounted between the iron plate or the steel plate and the roof truss supporting body as well as the vertical columns, the roof truss supporting body is fixedly connected with the antique roof, and theantique roof is made by adopting the magnesite composite slurry with the color concentrates being added in. The method is simple, the shape and color of the roof of antique building design are lifelike, and the very good antiquing effect is achieved.

The invention discloses a lotus leaf pot and a production method thereof. The lotus leaf pot comprises a pot body, wherein a water pump and a rotary device forced to rotate by a water pressure are arranged in the pot body; bulged leaf lines are formed on the inner surface and the outer surface of the pot body; the water pump is installed in an inner hole of the pot body; the rotary device is installed on the upper part of the inner hole; and a through hole communicating with the pot body is formed in the bottom of the inner hole. The production method of the lotus leaf pot comprises the following steps: step 1, carrying out earth mixing, and producing mud from the earth, thereby facilitating to inject the mud into a die; step 2, injecting the mud into the die from the double surfaces to form a mud-bisque pot body; step 3, taking out the pot body from the die, then amending, and bonding lotus root, lotus leaf, lotus flower or branches onto the pot body; step 4, placing the pot body in a drying chamber and drying, and preparing the next procedure; step 5, cooling the pot body, and then carrying out glazing, colour mixing and sun-drying; step 6, charging the glazed finished product in a kiln and firing, cooling the finished product when a temperature achieves 1200-1250 DEG C, and taking out the finished product; and step 7, installing and debugging. The lotus leaf pot disclosed by the invention has the advantages of being vivid in shape and high in aesthetic feeling.

The invention discloses a method for manufacturing a polymer clay patterned stripe. The method includes the following steps that first, polymer clay is selected; second, the polymer clay of different colors is respectively kneaded and softened; third, two pieces of polymer clay of different colors are kneaded to be in a rectangular pyramid shape; fourth, the rectangular pyramid polymer clay of different colors is sequentially stacked, docked, pressed in a rolling mode and mixed from the lower layer to the upper layer; fifth, the colored clay is stretched in two opposite directions by using each rectangular pyramid as the symmetrical surface along a central plane with the triangular cross section, and the contact surfaces of two pieces of colored clay are evenly mixed; sixth, the mixed monoblock colored clay is divided into two parts, one block is placed on the upper portion of the other block, the contact surfaces of the two parts align, and the clay is pressed by a rolling pin in the rolling mode to form the patterned stripe; seventh, the fifth step and the sixth step are executed repeatedly until the needed size of the pattern stripe is achieved; eighth, the patterned stripe is kneaded to be a colored clay long bar; ninth, the colored clay long bar is cut into segments; tenth, the colored clay is packaged through a plastic film. The method for manufacturing the polymer clay patterned stripe is simple, clear in texture of finished products, vivid in color, and capable of meeting the appreciating requirement of a user.

The invention provides novel environment-friendly degradable zein soft bionic simulated fish baits and relates to the technical field of angling. The novel environment-friendly degradable zein soft bionic simulated fish baits consist of, by weight, the following ingredients including zein 40-60 parts, aloe gel 3-5 parts, clove extract 2-3 parts, nano collagen 2-5 parts, dihydroxy acetone 4-8 parts, phagostimulant 1-3 parts, paeoniflorin 0.5-1 part, rice protein 1-2 parts, chickpea powder 0.5-1 part, olive oil 0.5-1 part, calendula officinalis extract 0.5-1 part, polyvinyl alcohol resin 0.1-0.5 part, wormwood powder 0.5-1 part, shea butter 0.5-1 part and hyaluronic acid 0.5-1 part. In the novel soft bionic simulated fish baits, the zein and aloe gel are used as main raw materials, the dihydroxy acetone is used as a plasticizer, and silk peptide, pit mud, an esterifying enzyme compound bacterium solution and other fish-attracting ingredients are added. Various bionic baits very similar to forage fish and shrimps in shape and appearance are produced according to feeding characteristics of fish species, can be completely and biologically degraded in a natural environment and is small in environmental pollution.

The present invention discloses a lotus leaf shaped basin and a method for making the same. The lotus leaf shaped basin comprises a basin body, wherein a water pump and a rotating device which is forced to rotate by water pressure are arranged in the basin body; the rotating device comprises a fixed base and a rotating base both of which are arranged in a supporting basin in the shape of lotus petals, wherein the fixed base and the rotating base are in the shape of a detached lotus core. The method for making the lotus leaf shaped basin comprises the following steps: firstly, blending mud to prepare a mud material into slurry for the convenience of pouring the slurry into a mould; secondly, pouring the slurry into the mould from two sides to mould a mud blank basin body; thirdly, taking the basin body out of the mould, and then modifying the basin body to stick a lotus root, a lotus leaf, a lotus flower or / and a branch stem on the basin body; fourthly, drying the basin body in a drying room, and preparing the next process step; fifthly, performing glazing, blending colors and drying when the basin body is cooled down; sixthly, burning the glazed finished basin body in a kiln, and when the temperature reaches between 1200 and 1250 DEC G, reducing the temperature and taking out the product; and seventhly, installation and debugging. The lotus leaf shaped basin has the advantages of vivid molding and strong aesthetic feeling.

The invention specifically relates to a crispy and fragrant chocolate-mousse walnut specially-shaped with sugar and a production method thereof, belonging to the technical field of food processing and development. The crispy and fragrant chocolate-mousse walnut specially-shaped with sugar is prepared from purified water, sugar-free pure cocoa butter chocolate, isomalt, egg white, egg yolk, ready-to-drink, unsalted butter and a walnut kernel. The production method comprises the following steps: adding purified water into isomalt, carrying out decoction and then carrying out blowing so as to a walnut shell specially-shaped with sugar; mixing and melting sugar-free pure cocoa butter chocolate and isomalt and then pouring the molten mixture into the walnut shell specially-shaped with sugar so as to form a chocolate coating; extruding prepared chocolate mousse into the walnut shell specially-shaped with sugar; then adding the walnut kernel; filling a left gap with the chocolate mousse; and finally, carrying out sealing so as to obtain the crispy and fragrant chocolate-mousse walnut specially-shaped with sugar. The crispy and fragrant chocolate-mousse walnut specially-shaped with sugar has high nutritional value and excellent taste, and is rich in proteins, phosphorus, calcium and a plurality of vitamins and capable of tonifying the brain, strengthening cerebrovascular elastic force, promoting the vitality of nerve cells and maintaining normal metabolism of cells; and since isomalt and sugar-free pure cocoa butter chocolate used in the invention are applicable to patients with diabetes, the crispy and fragrant chocolate-mousse walnut specially-shaped with sugar can meet different needs of a variety of populations.

The utility model relates to a special grenade wine set model device for adolescent national defense scientific literacy education training and application of the device. The device includes a grenade shape simulation main wine bottle ceramic bottle body, a wine bottle package advertising sticker, a ceramic connecting sleeve, a warhead shape simulation ceramic bottle head portion, a bottle opening, a bottle cap, a propelling tube, a tube sleeve, a rotary ring, a hollow tail fastener, a tail tube, a left adjustment wing, a tail wing and a right adjustment wing. The appearance of the device is life-like and looks like a real weapon. According to the grenade wine set model device, traditional military model percussion and shooting devices are not adopted, and therefore, the use of the device is safer; the interior of the grenade model device is designed into a wine container which can be filled with wine, and therefore, a practicability and science popularity-integrated and wind set product and military model teaching aid-combined novel design idea is put forward. The device of the invention can be applied to wine packages of various kinds of wines and can be also adopted as a teaching aid, and is a new product with practicability, novelty, science popularity and a collection value.