45results about How to "Skillful" patented technology

The invention is a combination for preparing modified glass fibre reinforced plastic pull-extrude (GFRP) sectionbar including unsaturated polyester resin 92.6-64 (wt.%), nano silicon dioxide 0.5-4, calcium carbonate 5-20, benzoyl peroxide 0.2-2, methyl ketone peroxide 0.2-2, demoulding agent 0.5-2 and mill base 1-6. Batching in the above weight percents, selecting a ultrasonic wave dispersive apparatus to fully disperse the nano silicon dioxide in 2Kg resin; dispersing and blending, where the glue soluting temperature is controlled at 30 plus or minus 2 deg.C and the fully blending and dispersing time is 1 hour; adding in other additives in proportion in turn, fully blending until the mixture is uniform and meets the preset viscosity number; prepring structural sections: pouring the well-prepared glue soluting in a presoaking glue tank and keep constant temperature at 25 plus or minus 2 deg.C; placing the glass yarn felts ccording to a sectionbar perform guiding device to enter in the glue tank for fully soaking with the glue; making the yarn felts soaked with resin glue soluting enter in a well-heated mould for solidification moulding, and pulling into products by a hydraulic drag device, and at last cutting for fixed size.

The invention is a composite sensing device and its quantitative degas device. The density sensor and the temperature sensor connect with the detecting container, the slurry pump transmits the waiting detected well liquid by the conveying tube, and the conveying device connects the quantitative degas device. The quantitative box of the degas device is set at the bottom of the degasser, and the bottom of its side wall has the inlet snout and connects the conveying tube, the bracket is on the quantitative box and has the tray of degasser, and the tray has the limiting slurry inlet, the conductive sensing device is equipped on the bracket and can contact the raw liquid position of the quantitative box. The invention can online correctly detects the density of the well liquid, the conductive ratio and the temperature.

The invention discloses a separating liquid of lymphocyte with Iodixanol density at 14.0-17.5%, which comprises the following steps: grinding the separated liquid of spleen; making single-cell suspension; centrifuging.

The invention discloses a method for enabling a qemu-kvm virtual machine to execute any command, and a storage medium. The method comprises the steps of adding an interface in a qemu-guest-agent format to a system capable of compiling a source code; calling the interface in the qemu-guest-agent format by a host machine, and inputting a to-be-executed command and command parameters; transmitting the command and the command parameters into the virtual machine through a qemu-guest-agent communication mechanism in the virtual machine; obtaining the command and the command parameters by a qemu-geust-agent daemon process in the virtual machine; executing the command in the virtual machine; and judging whether the command is returned successfully or not. According to the technical scheme, complete control of the host machine to the virtual machine and personalized customization of the virtual machine are realized; the virtual machine is enabled to execute any internal command; and convenienceand quickness are achieved.

The invention aims to provide a three-layer medical infusion bag. The three-layer medical infusion bag comprises a flat infusion bag body of a three-layer structure. The three-layer structure comprises an inner bag layer made of polyethylene material, a middle bag layer made of polypropylene and styrene-ethylene / butylene-styrene segmented copolymer material and an outer bag layer which is a blended layer of polypropylene, carboxylated styrene-ethylene / butylene-styrene segmented copolymer and anionic polymerization nylon nanocomposite. The barrier performance of the anionic polymerization nylon nanocomposite of the outer bag layer is excellent. Air inlet is not needed in the infusion process and medicine liquid can automatically flow and is completely drained through the design of the thickness and the width of the infusion bag body, and therefore the whole infusion bag is good in safety, barrier property and infusion performance. The invention further provides a manufacturing method of the three-layer medical infusion bag. One-time injection molding and air blowing are conducted through a three-die-head injection molding die, the whole process is simple and advanced, one-time forming is achieved, the method is suitable for production of the infusion bag, and the manufactured infusion bag meets the infusion requirement.

The invention discloses a somatosensory health entertainment system based on wearable inertial perception. The somatosensory health entertainment system comprises inertial sensing nodes deployed at aplurality of human body parts, a data acquisition server, a data analysis server and virtual reality equipment. According to the system, the somatosensory game based on the virtual reality technologyis realized; the wearable inertial sensing node can be used for sensing the body movement change of the user, the corresponding movement type is determined through data processing and data analysis, and finally, the virtual reality equipment is used for controlling the movement track of the target virtual object in the virtual scene according to the movement type, so that the game experience of the user is remarkably improved. In addition, the invention further provides a working method of the somatosensory health entertainment system based on wearable inertial perception, and the technical effect of the somatosensory health entertainment system corresponds to the technical effect of the system.

The invention relates to a water recreation method and a water recreation device. A plurality of floating machines and connecting plates are assembled into a plurality of independent bar floating blocks which float on the water surface; all the independent bar floating blocks are assembled and connected into multi-section long dragon-shaped floating bodies among which certain oscillating ranges exist with connecting devices, and a recreator can sit on the independent bar floating blocks floating on the water surface and paddles in the water to make the long dragon-shaped floating bodies move about; each bar floating block consists of two floating machines arranged at the ends and a connecting plate connecting the floating machines at both ends; the connecting plate is positioned below the floating machines at both ends; the floating machines are connected with the connecting plate through connecting rods; and one end of each connecting rod is fixed below the floating machines, while the other end passes through a connecting hole on the connecting plate and is connected with the connecting plate. The recreator sits on the connecting plate, and the body floats through the floating machines at both ends, so that the upper body of the recreator is ensured to float on the water surface, and the bar floating blocks move about in water when the recreator paddles in the water.

The invention belongs to the field of bicycle transmission devices, in particular to a transmission device of a front and rear wheel 360-degree steering bicycle. The transmission device comprises a chain wheel A, a chain wheel B, a chain wheel C, a chain wheel D, a bevel gear A, a bevel gear B, a bevel gear C and a bevel gear D, wherein the chain wheel A is driven to rotate under the drive of manpower and drives the chain wheel B to rotate by a chain B; the chain wheel B and the bevel gear A which is in rigid connection with the chain wheel B are rotated around a fixed shaft I; the bevel gear B is meshed with the bevel gear A; the bevel gear B and the bevel gear C which is fixedly connected with the bevel gear B are rotated around a fixed shaft II; the bevel gear D is meshed with the bevel gear C; the bevel gear D and the chain wheel C which is in rigid connection with the bevel gear D are rotated around a fixed shaft III; the chain wheel C drives the chain wheel D to rotate by a chain A, so that wheels are driven to rotate. According to the transmission device, the front and rear wheels are both allowed to control the steering, the translation and the sudden turning motion of the bicycle are realized, and the bicycle can turn around in a limited space range, changes the bicycle head direction in a narrow channel and rapidly reverses in a short distance.

The invention discloses a rolling shear type straw briquetting machine which comprises a power device, a transmission device, a feeding device and a straw briquetting device, wherein the power device is connected with the transmission device, the transmission device is connected with a frame, the frame is provided with the straw briquetting device, and the feeding device is connected with the straw briquetting device. The rolling shear type straw briquetting machine is characterized in that the straw briquetting device comprises a cutter main body, round blades, hobbing cutters and a hobbing cutter rest, wherein the inside of the cutter main body is provided with cutter teeth, a tapered feed inlet is formed between two adjacent cutter teeth, the two sides of the cutter main body are respectively provided with a round blade, the inside of each round blade is provided with cutter teeth, the hobbing cutter rest is connected with the frame, at least two hobbing cutters are arranged on the hobbing cutter rest, the blade of each hobbing cutter is arranged in an annular cutter groove formed between the round blades and the cutter main body, and the hobbing cutters are driven by the hobbing cutter rest so as to rotate along the annular cutter groove. By using the rolling shear type straw briquetting machine disclosed by the invention, the production efficiency is greatly improved, the machine is not easy to crash, and the straws are not easy to carbonize, therefore, the machine complies with the orientation of national environmental protection policies.

The invention provides a vacuum adsorption device, a diamond adsorption detection device and an adsorption control method. The vacuum adsorption device comprises a feeding component, and a frame fixing plate (1) which is arranged horizontally and has a feeding hole. The feeding component comprises a conveying track which is mounted below the frame fixing plate (1), and a sliding component which is mounted in a sliding way on the conveying track and is used for holding a diamond and sliding on the conveying track to convey the diamond to a position below the feeding hole. The vacuum adsorption device further comprises an adsorption component which is mounted above the frame fixing plate (1) and is used for vacuum-adsorbing the diamond on the sliding component, and a camera which is arranged below the feeding hole and is used for taking a picture of the adsorption component via the feeding hole to get an actual adsorption picture of the adsorption component adsorbing the diamond. The vacuum adsorption device, the diamond adsorption detection device and the adsorption control method are technologically clever, and play an important monitoring and guiding role for the production quality.

The invention provides a high-speed serial expansion interface, and relates to the technical field of serial interfaces. The high-speed serial expansion interface comprises a main body, one side of the main body is fixedly connected with a serial interface, the outer side of the serial interface is provided with a protection assembly, the protection assembly comprises two protection covers, the two protection covers are arranged on the outer side of the serial interface in a sleeving mode and are oppositely arranged, the two sides of the two protection covers are fixedly connected with connecting pieces, one end of the connecting piece is fixedly connected with a moving block. According to the high-speed serial expansion interface, when the protective cover is separated, the serial interface is exposed, protection of the serial interface is facilitated, dust prevention treatment on the serial interface when the high-speed serial expansion interface is not used at ordinary times is avoided, meanwhile, when a rack moves to enable a one-way limiting clamping jaw to be connected with a torsional spring through a rotating rod, the rack is used for clamping, so that the connecting plate can be limited, the protection assembly is in an open state, and at the moment, the external connecting terminal is connected with the serial interface in an inserting manner.

The invention is a composite sensing device and its quantitative degas device. The density sensor and the temperature sensor connect with the detecting container, the slurry pump transmits the waiting detected well liquid by the conveying tube, and the conveying device connects the quantitative degas device. The quantitative box of the degas device is set at the bottom of the degasser, and the bottom of its side wall has the inlet snout and connects the conveying tube, the bracket is on the quantitative box and has the tray of degasser, and the tray has the limiting slurry inlet, the conductive sensing device is equipped on the bracket and can contact the raw liquid position of the quantitative box. The invention can online correctly detects the density of the well liquid, the conductive ratio and the temperature.

An anti-adhesion protector used for preparing the anti-adhesion medicine for the veterinary operation is prepared from dihydrated terramycin, acenocoumarol, erucic acid, adrenine and carboxymethyl cellulose sodium.

The invention discloses a stamping device of an aluminum profile production line. The stamping device is characterized by comprising a profile conveying surface (100), a horizontal punching unit (101)and a profile lifting component (102); an upper mold driving device of the horizontal punching unit (101) comprises four screw rods (1013), two sets of gear sets (1014) and two servo motors (1015); two screw rods (1013) on one end of an upper mold pressing plate (1012) are in transmission connection with one servo motor (1015) through one set of gear sets (1014), and two screw rods (1013) locatedon the other end in the length direction of the upper mold pressing plate (1012) are in transmission connection with the other servo motor (1015) through the other set of gear sets (1014); and the profile lifting component (102) comprises a lifting frame (1021), a lifting driving device (1022) and two clamping jaws (1), wherein the lifting driving device (1022) is used for driving the lifting frame (1021).

The invention relates to a liquid leakage detection film and system. The liquid leakage detection film comprises a detection sensing layer and a base layer, and the detection sensing layer is attachedto the surface of the base layer; the detection sensing layer is used for detecting liquid leakage; and the detection sensing layer comprises at least two electrodes, and the at least two electrodesare conducted under the condition of liquid leakage. The liquid leakage detection system comprises at least one liquid leakage detection film and a detection device, and the electrode of the liquid leakage detection film is connected with the detection device; and the detection device is used for detecting the voltage or resistance between the electrodes of the liquid leakage detection film and determining whether the liquid leakage detection film leaks liquid or not according to the voltage. The liquid leakage detection film and the liquid leakage detection system are high in sensitivity, high in reliability, convenient to deploy, low in cost, suitable for large-scale use and capable of monitoring the liquid leakage condition of a whole liquid cooling server.

The invention discloses a battery disassembling method and disassembling mechanism with a wireless temperature measurement function. The battery disassembling mechanism comprises an overturning assembly, a carrier assembly, a working face, a pull-down assembly, a wireless infrared sensor assembly, an upper suction cup and a lower suction cup. The overturning assembly is fixed to the position above the working face, and the carrier assembly is fixed to the middle position of the working face; the pull-down assembly is fixed below the carrier assembly, and the wireless infrared sensor assembly is fixed above the left side of a mobile phone battery; and the upper suction cup is fixed to an upper suction cup fixing plate, the upper suction cup is fixed to the overturning assembly, the lower suction cup is arranged below the upper suction cup, and the lower suction cup is fixed to the middle of the carrier assembly. According to the battery disassembling mechanism with the wireless temperature measurement function, the surface temperature of the mobile phone battery is detected, and the optimal battery disassembling condition is met; internal parts of the mobile phone cannot be damaged; and the defects that a traditional mobile phone battery disassembling device is low in automation degree, long in consumed time, prone to injuring a mobile phone and high in dependence on operators are overcome.

The invention discloses a transformer bushing partial discharge three-dimensional positioning system and method based on planar UHF sensors, the system comprises a planar UHF sensor array, an electromagnetic wave signal preprocessing module and a partial discharge three-dimensional positioning module, and the method comprises the steps: firstly, placing four UHF sensors on a horizontal plane around a bushing partial discharge source to collect electromagnetic wave signals radiated by a transformer bushing PD source; performing energy conversion on the four groups of electromagnetic wave signals to obtain an energy accumulation curve, and obtaining the time difference of the four groups of electromagnetic wave signals through an energy correlation search method; and finally, constructing a hyperboloid nonlinear equation set based on the coordinate information of the four UHF sensors and the time difference, and obtaining the three-dimensional coordinates of the PD source of the transformer bushing through a successive approximation method and a grid search method. Compared with the prior art, the method is simple and convenient, and the three-dimensional positioning result is accurate and reliable.

The invention provides a method for correcting the thickness of physical parameters based on three-dimensional geological modeling software, comprising: step 1, unify the format of reservoir thickness data, and perform integer coding; step 2, correctly load the thickness attribute code into the three-dimensional geological modeling software In the modeling software; Step 3, use the thickness attribute code to calculate the accurate reservoir thickness attribute curve data; Step 4, use the established thickness correction interpretation model to perform thickness correction calculation on the physical parameters such as porosity and permeability. The thickness correction method based on the physical parameters of the 3D geological modeling software accurately constructs the thickness attribute curve through calculation and loading, and solves the problem of lack of reservoir thickness attribute curves in 3D geological modeling. In the 3D geological modeling software The correction of reservoir thickness is realized in the software, and more accurate reservoir attribute data such as porosity and permeability are calculated, and basic data are provided for other calculations using thickness attribute curves.

The present invention provides a gas-driven CO 2 , N 2 The method for calculating the oil production of the block under the development mode includes: step 1, using the minimum miscible pressure experiment or long core flooding experiment to determine the gas-flooding oil displacement efficiency Edg under different pressure levels; step 2, calculating the residual oil under different development stages Saturation Sor; Step 3, use the reservoir engineering method to calculate the water flooding wave Evw and coefficient and gas flooding sweep coefficient Evg; Step 4, predict the water flooding production Qw` in the same period according to the reservoir engineering method; Step 5, calculate the water flooding according to the above results Block-to-gas flooding production. The gas drive CO of the present invention 2 , N 2 The oil production calculation method of the block under the development mode is based on laboratory experiments and reservoir engineering, and through certain calculations and analysis, the oil production of the gas drive block is obtained, which solves the long-term basis for production calculation. Conversion and estimation, and unreasonable mineral production allocation. It provides the possibility for more accurate and efficient preparation of gas flooding development plan, mine production allocation and gas flooding potential evaluation.

The invention provides a method for producing stevioside, which adopts a physical method, and realizes the inventive purpose of eliminating bitter flavour in the stevioside by enveloping bitter flavour factor parts, namely aglycone parts, in the stevioside by using beta-CD. The process comprises steps of: (1) adding calcium carbonate in a folium sterviae dry leaf, mixing with water, and extracting extract liquid at a room temperature; (2) adsorbing a stevioside water solution by using an adsorption resin, meanwhile adding ethanol for elution, then obtaining another stevioside water solution; (3) desalting and decolouring the stevioside water solution of step (2) through a cation exchange resin, and obtaining another stevioside water solution; (4) decompress concentrating the stevioside water of the step (3), putting the beta-CD in an inclusion tank during the decompress concentration, obtaining a stevioside powder preparation after a spray, crystallization and drying process. The invention has advantages of simple process, low cost and good effect of removal of the bitter flavour in the stevioside.

An anti-adhesion protector for accelerating coagulation of blood, decreasing the permeability of capillary blood vessels, and preventing bacterial attack is prepared from dihydrated terramycin (C22H26N2O11), acenocoumarol (C19H16O6N), erucic acid (C22H42O2), adrenine (C9H14O3N) and carb oxymethyl cellulose sodium (NaCMC).

The invention discloses a separating liquid of lymphocyte with Iodixanol density at 14.0-17.5%, which comprises the following steps: grinding the separated liquid of spleen; making single-cell suspension; centrifuging.

The invention discloses a method for enabling a qemu-kvm virtual machine to execute any command, and a storage medium. The method comprises the steps of adding an interface in a qemu-guest-agent format to a system capable of compiling a source code; calling the interface in the qemu-guest-agent format by a host machine, and inputting a to-be-executed command and command parameters; transmitting the command and the command parameters into the virtual machine through a qemu-guest-agent communication mechanism in the virtual machine; obtaining the command and the command parameters by a qemu-geust-agent daemon process in the virtual machine; executing the command in the virtual machine; and judging whether the command is returned successfully or not. According to the technical scheme, complete control of the host machine to the virtual machine and personalized customization of the virtual machine are realized; the virtual machine is enabled to execute any internal command; and convenienceand quickness are achieved.

The invention belongs to the technical field of engineering ceramic materials, and particularly relates to a block hole-type pressureless sintering silicon carbide heat-exchange module and a process thereof. The module comprises at least one sintering unit, each sintering unit sequentially comprises a lower plate, a plurality of transverse lattice bars, a middle plate, a plurality of vertical lattice bars and an upper plate from bottom to top, the transverse lattice bars and the vertical lattice bars are arranged at certain intervals, and edgings are arranged on the boundaries of the transverse lattice bars and the vertical lattice bars. The lower plate, the transverse lattice bars, the middle plate, the vertical lattice bars and the upper plate are bonded together to be sintered, the problem that a gap exists between a traditional heat exchange pipe and a baffle plate is effectively solved, and the heat exchange pipe is prevented from being broken due to resonance; different from O-shaped ring sealing adopted by a tube type heat exchanger, end face sealing is adopted by a block hole type heat exchanger; and the use safety and stability of the silicon carbide heat exchanger are greatly improved. The silicon carbide heat-exchange module has the advantages of being high in strength, resistant to impact, reliable in sealing, not prone to breakage and the like, and the use performance is effectively improved.