101results about How to "Reasonable routing" patented technology

The invention relates to an automatic wheel hub appearance sorting device based on machine vision. The automatic wheel hub appearance sorting device comprises a detection body. The detection body comprises a positioning assembly, at least three light source camera assemblies and a detection frame, wherein the positioning assembly is used for fixing a wheel hub through a clamping device and driving the wheel hub to make Z-axis movement and rotary movement; the light source camera assemblies are correspondingly arranged on the upper portion, the lower portion and the side edge of the fixed wheel hub; and the detection frame is used for fixing the positioning assembly and the light source camera assemblies through connecting devices, and the light source camera assemblies are connected with an upper computer through network interfaces. Through the automatic wheel hub appearance sorting device, the functions of wheel hub type recognition, fixed centering and automatic appearance detection are achieved, and the automatic wheel hub appearance sorting device has the advantage of being high in detection efficiency and accuracy rate.

The invention discloses a peony seed oil microcapsule and a preparation method of the peony seed oil microcapsule, and belongs to the technical field of food engineering. The peony seed oil microcapsule comprises a core material phase and a wall material phase. Through being metered by weight parts, the core material phase consists of 10 to 60 parts of peony seed oil and 0.5 to 5 parts of oil soluble emulsifiers; the wall material phase consists of 20 to 75 parts of wall materials, 5 to 50 parts of wall material connecting auxiliary agents, 20 to 150 parts of water, 1 to 8 parts of water-soluble emulsifiers and 0.5 to 5 parts of stabilizers. The pressure emulsification homogenizing is used, so that the particle diameter of an emulsion reaches the nanometer level, so that the particle size of an obtained product is uniform; the reconstitution capacity is good; the solubleness is good; the peony seed oil microcapsule can be dissolved in cold water; no precipitate and no floating object exist in a solution; no floating oil exists after the still standing for 48 hours; the solution can be compounded with other emulsions such as milk; the application range of the peony seed oil is expanded. The peony seed oil microcapsule and the preparation method have the advantages that the process is simple; the production cost is low; the product stability is greatly improved; and the nutrition activity of the peony seed oil is maintained.

The invention provides a special method for finishing efficiently antibacterial, crease resistant and anti-ultraviolet all cotton terylene textile, comprising the following steps that: the fabric is subjected to padding by an antimicrobial FBR-5 mixing solution, an FSA softening agent and a uv resistant agent, after the high temperature preliminary drying and baking, each effect of the material is intensified, the three resisting effects are excellent; moreover, the textile processed by the method has the antibacterial protecting function and the function of blocking the radiation of ultraviolet radiation on human body, the antibacterial grade is up to seven, the anti-ultraviolet grade is up to five, and the water washing is up to the fourth after the crease resisting process for 12 times. The textile has good durability and washability, feels cool and refreshing if a person wears the textile in the summer, ensures that skin feels comfortable and moderate and has fresh and clean as well as lasting odorant.

The invention discloses a fine coal microwave medium intensified magnetic separation cleaning system and a fine coal microwave medium intensified magnetic separation cleaning process. The process comprises the following steps: preparing materials, performing microwave pretreatment, performing magnetic separation, desulfurization and ash fall, and recovering the magnetic medium; allowing coal to be selected to enter a coal mill for milling the coal, feeding the coal into a pulverized coal bin, feeding the powdered coal and the magnetic medium into a mixing barrel for uniformly stirring and mixing; allowing the mixed materials to enter a buffer bin, allowing the materials to enter microwave treatment equipment for performing pretreatment, treating organic sulfur removed from the coal through a gas trapping treatment device, allowing the materials subjected to the microwave pretreatment to enter a first-section strong magnetic separation machine for performing magnetic separation, allowing the tailings to enter a second-section strong magnetic separation machine for separating again, allowing the tailings to enter a clean coal bin, and allowing the first and second section strong magnetic separation concentrate to enter a first-section weak magnetic separation machine for performing magnetic separation; and allowing the concentrate to enter a second-section weak magnetic separation machine for performing magnetic separation, returning the concentrate back to a magnetic medium barrel for recycling, and allowing the first and second section weak magnetic separation tailings to enter a tailing bin. According to the system and the process, simplicity is realized, the rout is reasonable, the treatment capacity is high and the operation is stable, and environmental pollution caused by fire coal can be effectively alleviated.

The invention relates to a power supply system, in particular to a design method of a performance light power supply system. The design method comprises the following steps: step S10), determining the standards of regional distribution boxes of each power supply region according to the design method; step S20), determining the standards of multi-core cables; step S30), determining the quantity of socket module sets connected with all the regional distribution boxes as well as the standard, the quantity, the power and the positions of socket modules connected with all the socket module sets; and step S40), determining the positions of additional dimming modules. The design mode breaks the limitation of the traditional thinking and can enable staff to rapidly adjust the quantity, the power and the positions of lights according to the actual requirements in the mode of dispersing the regional power supply and putting a dimming controller to a light terminal, so that the flexibility of the design and the installation of a light system can be greatly enhanced, and the project cost and the installation difficulty can be reduced.

The invention provides a multifunctional infusion nursing device for the neurology department. The multifunctional infusion nursing device comprises a support seat, a bed clamping plate, an arm fixing device, a nursing tray and an infusion bottle rod, wherein the support seat is L-shaped; a vertical plate of the support seat is wider than a transverse plate of the support seat; the bed clamping plate is arranged at the lower part of the transverse plate of the support seat in parallel; one end of the bed clamping plate is fixed on the vertical plate of the support seat and the the other end of the bed clamping plate is flush with the transverse plate; the arm fixing device is arranged on the upper surface of the transverse plate of the support seat; the nursing tray is arranged on the side surface of the vertical plate of the support seat; and the infusion bottle rod is arranged on one side of the arm fixing device on the support seat. The multifunctional infusion nursing device is simple in structure and convenient to use, and the nursing device can be fixed on a bed body to save the space; since the arm fixing device is arranged, the arm can be fixed and a patient is prevented from struggling and resisting, so as to maintain normal operation of the infusion; since heating wires and an ultraviolet lamp are arranged, the fact that the infusion environment is clean, nontoxic and comfortable is guaranteed; and since an infusion tube fixing device is arranged, routing is reasonable, the orderly working is ensured and the working difficulty of medical staff is alleviated

The invention discloses a handheld dust collector. The handheld dust collector comprises a cyclone dust-air separating device, a motor and a battery, wherein the motor is located between the cyclone dust-air separating device and the battery, a handle is located below the motor and the battery, and an air outlet filter device is located below the handle. The handheld dust collector has the advantages that an air duct is designed inside the handle, the air duct of the handle is dual-purpose, an air outlet duct is long and smooth in air discharge so as to lower noise, and the handheld dust collector is compact in structure and diversified in application; the motor is adjacent to the battery, and reasonable wiring is achieved.

The invention discloses a method for preparing telmisartan, which can be used for directly producing telmisartan by carrying out nucleophilic substitution reaction on 2-n-propyl-4-methyl-6-(1'-methyl benzimidazole-2-yl) benzimidazole and 4-brooethyl diphenyl-2-carboxylic acid under the action of acid-binding agent. The method is simple in operation, thus improving the yield of the final product and being suitable for the synthetic route of telmisartan in industrial production.

The invention discloses a fucoxanthin microcapsule and a preparation technology thereof. The preparation technology comprises the specific following steps: by taking a fucoxanthin extracting solution as a core material and sodium alginate added with an emulsifier as a wall material, mixing the core material and the wall material at a certain ratio evenly; and adding the mixture to a coagulator and carrying out solidifying, separating and drying treatment to prepare the fucoxanthin microcapsule. The fucoxanthin microcapsule has the beneficial effects that an appropriate embedding material which is nontoxic to a human body is adopted by the method for preparing the fucoxanthin microcapsule, so that the stability of the fucoxanthin is improved, and the physiological function of the fucoxanthin can be strengthened through the slow-release effect of the microcapsule. The extraction rate of the fucoxanthin is significantly improved, and the extracted fucoxanthin is high in purity. The preparation method is simple in operation, the prepared fucoxanthin is uniform in particle size and good in forming effect, has relatively good mobility, is convenient to store and transport and has great economic benefits.

The invention relates to a lutein microcapsule and a preparation method thereof, wherein the lutein microcapsule consists of a core containing a lutein crystal and an oil soluble emulsifying agent, a shell covering the core, and starch grains stuck outside the shell; the shell includes a capsule material, a water soluble emulsifying agent and a stabilizing agent, wherein dosage ratio of the lutein crystal to the oil soluble emulsifying agent to the capsule material to the water soluble emulsifying agent to the stabilizing agent is (1-30): (0.5-5): (60-95): (1-8): (0.5-5) in parts by weight. The lutein microcapsule is regular in shape, relatively uniform in granularity, good in fluidity, and excellent in both stability and activity.

The invention relates to a bidirectional uniform irradiation antenna feed system. The system comprises a power division feed network (201) and multiple waveguide slit antenna arrays (118), wherein themultiple waveguide slit antenna arrays (118) are uniformly divided into two sets which are arranged up and down, each multiple waveguide slit antenna array (118) comprises eight waveguide slit antennas (402), the waveguide slit antennas (402) are arranged on a first power distributor (505) of the power division feed network (201), and the waveguide slit antennas (402) of the two waveguide slit antenna arrays (118) symmetric to each other up and down are arranged in a staggered mode. The system is advantaged in that bidirectional irradiation is employed, the top portion and the bottom portionrespectively have 32 waveguide slit antennas (402) which radiate to the middle, the radiation field is uniformly distributed, irradiation blind areas are effectively reduced, moreover, the waveguide slit antennas employ a standing wave array antenna mode, irradiation electromagnetic field length is uniformly distributed along the antenna direction, the two adjacent waveguide slit antennas are fedby different frequency sources, slits are in a mutual staggered mode, and electromagnetic field superposition is effectively reduced.

The invention provides an integration method of a structural health monitoring system of a prefabricated assembly type concrete system, and belongs to the technical field of building. One or more than one sensors are implanted into a prefabricated assembly type member, a sensor communication interface is arranged at the surface of the prefabricated assembly type concrete member, after each member is assembled in a field, in a decoration construction process, each sensor is then connected with a monitoring system analysis terminal through the sensor communication interface of the member, and thus various structure information of the member can be transmitted to the monitoring system terminal through the sensors. According to the invention, sensor arrangement and erection of the monitoring system are embedded in the construction flow of an assembly type concrete structure, sensor implantation can be realized in a member mode, customization and standardization of a sensing function of the member is realized, and assembling and integration of the structural health monitoring system are also realized.

The invention discloses a cooling device for a weft accumulator. The cooling device comprises a cooling cover body and a cooling casing. The two ends of the cooling cover body are connected with the cooling cover body, a cooling disc is installed in the cooling cover body, the outer circumference of the cooling casing is provided with cooling convex pieces, the inner circumference of the cooling casing is provided with a routing mechanism, and a cooling groove is formed in the middle of the cooling cover body and matched with the cooling disc. The cooling disc comprises a central disc body and an outer wheel disc. A first cooling ring and a second cooling ring are arranged between the central disc body and the outer wheel disc, a first cooling strip is positioned between the central disc body and the first cooling ring, a second cooling strip is positioned between the first cooling ring and the second cooling ring, and a third cooling strip is arranged between the second cooling ring and the outer wheel disc. The device is simple in structure, scientific, convenient, convenient to manufacture, low in cost, high in targeted performance and good in cooling effect, and the service life of the weft accumulator is prolonged greatly.

The invention discloses an electric cabinet paying-off board, comprising a steel plate. The steel plate is provided with a through hole in which a bundle pole can be mounted; white paper is covered on the surface of the steel plate; the size of the white paper is equal to the sum of both sides and top side of the electric cabinet; and the white paper is provided with boxes matched with the maximum outline sizes of electrical devices and marked with codes of the electric devices. During cable insertion, the trend and positioning of the cables are the same as in the electric cabinet, and thereby the cables in the electric cabinet can be pre-inserted and bundled in a clustering manner, and then mounted in the cabinet as a whole for wiring. According to the electric cabinet paying-off board of the invention, the layout of the cables in the cabinet is unified so as to ensure more reasonable wiring, and the assembling time can be shorten and the operation efficiency can be improved so that batch production of the electric cabinets is achieved.

The present invention relates to production technology of oreochromis mossambicus granulated feed, and belongs to the technical field of fish feed. The production technology includes: conducting an initial quenching and high temperature tempering treatment on raw materials of oreochromis mossambicus feed with a first conditioner, continually conducting a material curing guaranteeing treatment on the raw materials for 130-150 seconds with a material curing guaranteeing device, conducting secondary quenching and high temperature tempering treatment on the raw materials with a second conditioner, and finally placing the raw materials into a granulator, thereby obtaining the oreochromis mossambicus granulated feed. The production technology can not only improve the material quenching and high temperature tempering environment, but also reduce the ring die compression ratio of the granulator in the subsequent granulating process, so that the production technology can not only guarantee product uniformity, water resistance and powder containing ratio requirements, but also improve the production efficiency and the palatability of fish feed.