59results about How to "Good flexibility" patented technology

An element including: a first electrode; an intermediate layer made of a silicone rubber composition containing a silicone rubber; and a second electrode, where the first electrode, the intermediate layer, and the second electrode are disposed in this order, wherein a peak intensity ratio (1095±5 cm⁻¹/1025±5 cm⁻¹) of an infrared absorption spectrum of the intermediate layer varies along a vertical direction relative to a surface of the first electrode, and to a surface of the second electrode.

The embodiment of the invention provides a control method and device. The method comprises the following steps: obtaining a display parameter of a to-be-collected object in a view finding range when a camera module is used for image collection, wherein the camera module comprises a light-emitting assembly; and at least based on the display parameters, controlling the light-emitting assembly to supplement light to a target view-finding area to obtain a target image corresponding to the view-finding range, wherein the target view-finding area is an area where a to-be-collected object with the display parameters meeting the corresponding display conditions in the view-finding range is located. According to the embodiment of the invention, the display parameter of the to-be-collected object is acquired, and the light-emitting component is controlled to supplement light at least according to the actual display parameter of the to-be-collected object, so that the target view-finding area corresponding to the to-be-collected object can obtain a targeted light supplement effect, the target image with a good shooting effect is directly output, moreover, the adjustment process has better flexibility, and the user experience is good.

The invention relates to a silicon resin composition for nuclear motor mica tape. The silicon resin is mainly prepared by the following raw materials which comprise, by mass percent, 10-50% of methyl MQ silicon resin, 9-25% of phenyl MQ silicon resin, 5-30% of hydroxyl silicone rubber, 10-40% of phenyl silicone rubber, 40% of organic solvents and 0.005-0.02% of basic catalysts. The nuclear motor mica tape using the silicon resin composition is low in product production cost, high in surface abrasive resistance, good in flame retardant performance, self-extinguishing resistance and insulating performance and resistant to high temperature and radiation, and has sufficient strength and proper ductility.

The invention discloses a silicon-containing water repellent finishing agent. The silicon-containing water repellent finishing agent is formed by blending 86-122 parts of an organosilicon modified acrylate emulsion and 72-94 parts of an organosilicon modified polyurethane emulsion. The organosilicon functional monomer using a Si(CH3)3 group is adopted, because of large steric hindrance and non-hydrolysis, the stability of emulsion polymerization is greatly improved, the content of silicon in polymer is increased, the distribution of organosilicon in a polymer molecular chain is enabled to be balanced, and the water repellency of the polymer is enhanced. Based on the complementary properties of polyurethane and polyacrylate, the two emulsions are blended and compounded to obtain the composite finishing agent with excellent water repellency. By introducing diacetone acrylamide and adipic dihydrazide into the emulsions, the crosslinking sites in the system can be increased and the self-crosslinking performance can be improved after the two emulsions are blended to form the moderate temperature self-crosslinking finishing agent, and the baking temperature can be appropriately reduced.

The invention belongs to the technical field of communication optical cables, and relates to a flexible hinge photoelectric composite cable, which is characterized in that an optical fiber communication unit and an electric transmission unit are arranged in parallel, the optical fiber communication unit is arranged on the left side, the electric transmission unit is arranged on the right side, a longitudinal central reinforcer with a rectangular cross section is arranged in the center between the optical fiber communication unit and the electric transmission unit, the left long side of the rectangular cross section of the central reinforcer is adjacent to the optical fiber communication unit, the right long side of the rectangular cross section of the central reinforcer is adjacent to theelectric transmission unit, a filler is stranded with the optical fiber communication unit, the electric transmission unit and the central reinforcer to form a cable core with an elliptical cross section, and an inner sheath layer, a hinge layer, an outer sheath layer and a support hand are sequentially coated outside the cable core from inside to outside to form the flexible hinge photoelectric composite cable. According to the invention, the flexible hinge photoelectric composite cable solves the influence of outdoor severe environment on the transmission performance of the photoelectric composite cable, improves the flexibility, interference resistance, water resistance, compression resistance and tension resistance, is stable in signal transmission, is easy to lay and construct, and issuitable for data transmission in the fields of military affairs, finance and the like.

The invention discloses a range hood which comprises a flue gas exhaust tube, a host, a display panel, an LCD, a lighting panel, touch buttons, a lighting lamp, a smoke suction device, a coal gas sensing and alarming device and an exhaust hole, wherein the flue gas exhaust tube is connected with the host, the display panel is arranged on the front side of the host, the LCD is arranged on the display panel, the touch buttons are arranged on the side of the LCD, the lighting panel is arranged at the bottom of the host and provided with the lighting lamp, the smoke suction device and the coal gas sensing and alarming device are arranged on the lighting panel, the smoke suction device is connected with the exhaust hole through a conduit, a filter screen is arranged on the smog smoke suction device, the exhaust hole is connected with an exhaust pipe, a buzzer is arranged on one side of the host and connected with the coal gas sensing and alarming device wirelessly. The range hood is simple in structure, easy to operate, good in flexibility, low in power consumption, and cooking fume can be automatically detected and completely exhausted.

The invention provides a signal compensation method and device in an optical fiber communication transmission system. The method comprises the following steps: S100, dividing an initial light wave into X-path polarized light and Y-path polarized light; S101, acquiring a probabilistic QAM (Quadrature Amplitude Modulation) signal, and modulating the X-path polarized light through the probabilistic QAM signal to generate a probabilistic QAM modulation signal; and S102, synthesizing the probabilistic QAM modulation signal and the Y-path polarized light into a polarized multiplexing signal, and transmitting the polarized multiplexing signal to a signal receiving end, so that the signal receiving end compensates for a damaged probabilistic QAM modulation signal according to the polarized multiplexing signal, wherein the damaged probabilistic QAM modulation signal is a signal generated by the probability QAM modulation signal after being subjected to polarization rotation RSOP (Resultant Setof Policy) damage in an optical fiber. Through adoption of the method and the device provided by the invention, the demand of the system for the OSNR (Optical Signal to Noise Ratio) is lowered, the damaged signal which is subjected to the RSOP damage is tracked and compensated. Compared with a conventional RSOP equalization algorithm, the signal compensation method and device have higher flexibility, and are suitable for high-speed optical fiber communication network systems interconnected by a future data center.

The invention discloses shield-type anti-radiation composite nonwoven fabrics. The shield-type anti-radiation composite nonwoven fabrics comprise an uppermost anti-radiation layer, an intermediate layer of a shield agent and a lowermost polyvinyl chloride layer. The shield agent is a mixture of boehmite with zeolite powder; the anti-radiation layer accounts for 13-14 wt% of the total weight of the shield-type anti-radiation composite nonwoven fabrics; the shield agent accounts for 10-16 wt% of the total weight of shield-type anti-radiation composite nonwoven fabrics; and the polyvinyl chloride accounts for 73-74 wt% of the total weight of the shield-type anti-radiation composite nonwoven fabrics. The shield-type anti-radiation composite nonwoven fabrics have the advantages of light texture, good flexibility and good handle.

The invention discloses a neonate quilt used in winter. The neonate quilt used in winter comprises a quilt body. The end portion of the quilt body is connected with an expansion portion. The expansion portion is used for rest of head portions of neonates and provided with a pulling rope. The quilt body comprises a back portion, a left portion and a right portion, the left portion and the right portion are zipped up through a connection piece, and a magic tape is arranged on the upper portion of the connection piece. The quilt body, close to feet of the neonates, is provided with a lengthening and expanding layer, and a hidden zipper is arranged inside the lengthening and expanding layer. The neonate quilt has the advantages of being simple in structure and capable of wrapping the neonates firmly, and brings convenience to adults to hold the neonates. In addition, the lengthening and expanding layer is arranged so that the neonate quilt can be used when the neonates grow up. Meanwhile, the lining of the neonate quilt is made of coral velvet, and therefore the neonate quilt can fit skins and is good in softness.

The invention discloses a preparation method of a flexible self-supporting carbon paper supercapacitor electrode material and an application. The preparation method comprises the steps of (1) sintering carbon paper and cooling; (2) immersing the sintered carbon paper into an acid solution to perform ultrasonic processing and cleaning; and (3) immersing the cleaned carbon paper into a sodium hydroxide aqueous solution to soak, cleaning and drying so as to acquire a flexible carbon paper supercapacitor electrode. The preparation method disclosed by the invention is simple, the prepared flexible self-supporting carbon paper supercapacitor electrode material is good in flexibility and can be directly used as an electrode of a supercapacitor, and a conductive agent and a binding agent are not required to be additionally added. The flexible self-supporting carbon paper supercapacitor electrode material has high specific capacitance and cycling stability, has a wide potential window in an aqueous electrolyte and has a very high application value in energy storage devices such as a supercapacitor.

The invention discloses a graphene-assisted micro optical fiber ring-shaped cavity all-optical switch which comprises a graphene thin film and a micro optical fiber ring-shaped cavity device and is characterized in that the graphene thin film coats a cavity part of the micro optical fiber ring-shaped cavity device. According to the graphene-assisted micro optical fiber ring-shaped cavity all-optical switch disclosed by the invention, a photothermal effect of the graphene thin film is excited by driving light to generate ohmic heat, and a micro optical fiber ring-shaped cavity is heated by heat conduction; a refractive index of the micro optical fiber ring-shaped cavity is changed due to a thermo-optic effect so as to cause movement of a resonant wavelength of the micro optical fiber ring-shaped cavity; an output power of signal light entering the micro optical fiber ring-shaped cavity is changed along with change of the resonant wavelength; by modulating on or off of the driving light, the maximum or minimum output optical power of the signal light can be controlled, i.e. on or off of the signal light can be achieved. The graphene-assisted micro optical fiber ring-shaped cavity all-optical switch is benefited from a high-efficiency photothermal effect of graphene, the miniaturized micro optical fiber ring-shaped cavity and an all-optical driving technology, has the advantages of compact structure, low cost, high efficiency and the like, and has important application prospect in the fields of optical fiber communication, optical filtering and the like.

The invention discloses a green washing wearable thermoelectric self-powered sensing device and a preparation method thereof, and the method comprises the steps: adding a carbon nanotube into a catkin suspension, and carrying out the treatment to obtain a p-type carbon nanotube/catkin flexible composite film; adding an n-type dopant into an organic solvent, dropwise coating the p-type carbon nanotube/catkin flexible composite film with the n-type dopant, and carrying out patterning treatment to obtain an n-type carbon nanotube/catkin flexible composite film; coating the surfaces of the p-type carbon nano tube/catkin flexible composite film and the n-type carbon nano tube/catkin flexible composite film with silane; and then cutting into a long strip shape, and adopting electric series connection and thermal parallel connection to obtain the wearable thermoelectric self-powered sensing device. According to the invention, the p-type carbon nanotube/catkin thermoelectric film can be successfully transformed into the n-type through the n-type dopant, and the prepared thermoelectric device made of the full-biological composite material generates high output voltage of 4.17 V under the help of 280mV voltage provided by the boost converter and the power supply, and successfully lightens the LED lamp.

The invention discloses a porous solid ionic gel electrode and a preparation method and application thereof. The porous ionic gel electrode is obtained by uniformly mixing an acrylate monomer, a solid ionic salt, a solvated ionic liquid, a cross-linking agent, a photoinitiator and a foaming agent according to a certain proportion, pouring the mixture into a mold and carrying out a photopolymerization reaction under the irradiation of an ultraviolet lamp. Compared with other ionic gel electrodes, the porous ionic gel electrode has higher sensitivity to tension and pressure, and the high sensitivity can be attributed to the porous structure in the ionic gel. The porous ionic gel electrode has application prospects in the fields of multifunctional strain sensors, man-machine interaction and the like.

The invention relates to an anti-seepage grouting material for a prefabricated building and a preparation method thereof. The anti-seepage grouting material for the prefabricated building is prepared from the following raw materials: fine sand, cement, silica fume, a modified attapulgite/sodium methyl silicate composite anti-seepage material, concrete waste, a polycarboxylate superplasticizer, a thixotropic lubricant and a defoaming agent. Attapulgite is adopted as a carrier, the attapulgite has a layer chain structure, a large specific surface area and excellent flexibility and can effectively enhance the mechanical property of a cement matrix, and the attapulgite supports two anti-seepage components, namely sodium methyl silicate and a silane coupling agent, and can deeply penetrate into the interior of the matrix material, thus playing a role in structural waterproofing and achieving good stability,high strength and good seepage resistance. The preparation method is simple, large-scale production is easy, and the cost is low.

The invention belongs to the technical field of sensors, and provides a static and dynamic three-dimensional microcrack propagation sensor preparation method, a sensor and equipment. The preparation method comprises the following steps: preparing a piezoresistive/piezoelectric sensing functional material dispersion material, and attaching the piezoresistive/piezoelectric sensing functional material dispersion material to the surface of a fiber cloth matrix to obtain piezoresistive/piezoelectric sensing fiber cloth; performing pre-stretching treatment on the piezoresistive/piezoelectric sensing fiber cloth to obtain piezoresistive/piezoelectric sensing three-dimensional microcrack fiber cloth; carrying out microwave ablation on the piezoresistive/piezoelectric sensing three-dimensional microcrack fiber cloth, and removing a fiber cloth matrix to obtain a piezoresistive/piezoelectric sensing three-dimensional microcrack functional skeleton; the two faces of the piezoresistive/piezoelectric sensing three-dimensional microcrack functional framework are coated with conducting layers correspondingly, and then electrodes are formed; carrying out polarization treatment on the piezoresistive/piezoelectric sensing three-dimensional microcrack functional skeleton with the electrode formed on the surface; and packaging the piezoresistive/piezoelectric sensing three-dimensional microcrack functional framework to obtain the static and dynamic three-dimensional microcrack propagation sensor.

The invention provides a manufacturing method of a flexible packaging structure. The method comprises the steps that a functional component is covered with a covering layer to form a functional module; functional modules are electrically connected through flexible wiring to form a functional structure; a packaging film is provided, and on the packaging film, a number of accommodating grooves matching the functional modules in shapes are formed on the packaging film; and the functional structure is fixed on the packaging film , and the functional modules are arranged in the accommodating grooves. The flexible packaging structure manufactured by the manufacturing method of the flexible packaging structure can be applied to large-scale production, and has the advantages of good flexibility, low cost, high reliability, and low manufacturing difficulty.

The invention discloses a special-type sealing wax which comprises the following raw materials in percentage by weight: 73-80.5% of high-meltiong-point paraffin, 10-14.5% of high-melting-point microcrystalline wax, 4-6% of beeswax, 5-5.5% of polyethylene wax and 0.5-1% of tackifier. The preparation method has the advantages of high safety, environmental protection and low energy consumption; and the special-type sealing wax disclosed by the invention has the advantages of cheap and accessible raw materials and high product quality, can satisfy the requirements for sealing waxes in dry batteries as well as special-type waxes for fiber communication cables and oil transport pipeline sealing hot-melt adhesive tapes, and has wide application prospects.