34results about How to "Increase the interaction area" patented technology

The invention provides a method and a device for confirming input information. The method and the device for confirming the input information relate to the field of wearable devices. The method comprises the following steps of responding a first part on a user body to perform an action, and acquiring target blood information of the first part or a second part corresponding to the first part; confirming the input information according to the target blood information and reference information. According to the method and the device, the user body is used as an input interface, the interaction area is increased, the input efficiency is improved favorably, and the user experience is improved.

The invention provides a method and device for determining input information, and relates to the field of wearable devices. The method includes the steps that responding to a pressing operation received by a first portion of the user body, target blood flow information of a second portion corresponding to the first portion is obtained; according to the target blood flow information and a piece of reference information, a piece of input information corresponding to the pressing operation is determined. According to the method and device, the input information is determined by means of the user body, the interaction area is increased, the input efficiency can be improved easily, and the user experience is promoted.

The invention discloses a touch panel, a manufacturing method thereof, a touch screen and a display device. The touch panel comprises a touch electrode layer with a plurality of matrix-arranged touch units, each touch unit comprises a touch driving electrode and a touch sensing electrode which are complementary in shape, the touch sensing electrodes of two adjacent touch units are connected, the touch driving electrodes of the two adjacent touch units are connected, complementary edges of the touch driving electrode and the touch sensing electrode of each touch unit have curve changes, so that the interaction area of the touch driving electrodes and the touch sensing electrodes is increased, touch sensing signal quantity can be increased, and touch sensitivity is improved. Moreover, the edges of the touch driving electrodes and the touch sensing electrodes have circular arc chamfers by the design of the curve change edges, charge accumulation in the electrodes can be decreased, and uniformity of touch performances is improved.

The invention provides a semiconductor gas sensor and preparation method thereof. The semiconductor gas sensor comprises a metal nanoparticle array and a gas-sensitive film, wherein the gas-sensitivefilm is deposited on the metal nanoparticle array, and the surface of the gas-sensitive film has a high-low fluctuation ordered structure. The high-low fluctuation ordered structure improves the interaction area between the gas-sensitive film and the gas. The gas-sensitive film is deposited on the metal nanoparticle array, and the effective regulation and control of the gas-sensitive film structure can be realized by adjusting the arrangement mode of the metal nanoparticle array, so that the sensitivity of the gas-sensitive film for detecting gas is effectively improved.

The invention discloses an iron oxide modified carbon nanotube-silicone rubber composite material and a preparation method thereof. The method includes: mixing 100 parts by weight of methyl vinyl silicone rubber, 38-40 parts by weight of white carbon black, 10-12 parts by weight of hexamethyldisilazane, 2-3 parts by weight of polyvinylsilicone oil, 3-5 parts by weight of iron oxide modified carbon nanotubes and 0.5-1 part by weight of 2, 5-dimethyl-2, 5-di-tert-butyl hexane peroxide, and then conducting vulcanization molding. In the invention, iron oxide modified carbon nanotubes are combined with a silicone rubber matrix, thus improving the thermal oxidative stability of the silicone rubber composite material.

The invention discloses a microfluidic biological detection system and method. The system comprises a microfluidic biological chip, an evanescent wave optical fiber SERS (Surface Enhanced Raman Scattering) probe and a portable Raman spectrometer, wherein the microfluidic biological chip comprises a microfluidic channel and a probe connector; the microfluidic channel is located in the microfluidicbiological chip; the probe connector penetrates to a detection region of the microfluidic channel in the microfluidic biological chip from the outer part of the microfluidic biological chip; a probe comprises a transmission section and a sensitive section; the sensitive section is composed of an evanescent wave optical fiber structure and a noble metal nano-structure with a localized field enhancement property; the evanescent wave optical fiber structure is located at one end of the transmission section; the noble metal nano-structure is located on the surface of the evanescent wave optical fiber structure; when microfluidic biological detection is carried out, the sensitive section of the probe stretches into the detection region of the microfluidic channel through the probe connector; and a second end of the transmission section is connected with the portable Raman spectrometer. By adopting the microfluidic biological detection system and method, the preparation difficulty and cost of a substrate can be effectively reduced and the microfluidic biological detection sensitivity is improved.

The invention relates to a coaxial transit time oscillator electron collector capable of working in a long-pulse state. The coaxial transit time oscillator electron collector is characterized in thatmagnetic induction lines on the edge of a magnetic field of a solenoid bend obliquely upwards, and an electron collection surface is of an obliquely-upward electron collector structure, so that the current density at a collection position is lowered; energy deposit is reduced; and reflected and scattered electrons are reduced. Generated plasma and secondary electrons return to a beam wave interaction area, so that microwave output is prevented from being influenced.

The invention provides an organic bentonite modified high-strength high-heat-resistance epoxy molding compound for semiconductor packaging. The organic bentonite modified high-strength high-heat-resistance epoxy molding compound comprises the following components, 10 to 90 parts by weight of epoxy resin, 30 to 70 parts by weight of phenolic resin, 300 to 800 parts of a solid filler, 1 to 100 parts of modified organic nano bentonite, 0.1 to 5 parts of an ion trapping agent, 0.5 to 5 parts of a low-stress modifier, 0.1 to 5 parts of a coupling agent, 0.1 to 5 parts of an accelerant, 0.1 to 10 parts of a release agent and 0.1 to 5 parts of a coloring agent. Compared with the prior art, the epoxy molding compound disclosed by the invention has the main advantages that (1) the epoxy molding compound has extremely high bending strength and glass-transition temperature; (2) the epoxy molding compound is good in packaging appearance and packaging operability, and free of bad problems such asair holes, sand holes and mold sticking; and (3) the epoxy molding compound is high in reliability and low in cost.

The invention discloses a stacked nano-material solid-phase extraction column. The stacked nano-material solid-phase extraction column consists of a column core, a nano-material and a sealing layer; a solid column body with a certain length is obtained by cutting; a dense thin shell fabric which is covered with a nano-material layer with certain weight uniformly wraps around the column core for a plurality of layers; an outer seal is fixed, so that the stacked nano-material solid-phase extraction column is formed. The manufacturing process of the solid-phase extraction column is simplified; the extraction columns manufactured in batches have the high reproducibility; particularly, for large-size and high-density liquid samples, the column passing resistance is low, the speed is high, and the extraction time is shortened.

The invention provides a carbon nano-tube reinforced carbon fiber thermosetting resin-based composite material preparation method, which comprises: preparing a carbon nano-tube electrophoresis suspension; growing carbon nano-tubes on the surface of carbon fibers; placing the prepared carbon nano-tube electrophoresis suspension in an electrolytic cell, and carrying out carbon nano-tube electrophoresis deposition on the surface of the carbon fiber by using a stainless steel plate as an anode and using a cut carbon fiber cloth as a cathode; placing the carbon fiber cloth obtained after electrophoresis deposition in an oven, and drying for 80-120 min; and mixing a thermosetting resin and a curing agent to obtain a resin mixture, placing the resin mixture and the dried carbon fiber cloth into amold, and molding to prepare the carbon nano-tube reinforced carbon fiber thermosetting resin-based composite material. According to the present invention, the carbon nano-tubes grow on the surface of carbon fibers so as to effectively achieve the uniform dispersion of the carbon nano-tubes; and by introducing the carbon nano-tubes, the interaction area between the fibers and the resin is significantly increased so as to improve the interlayer shear strength of the thermosetting resin-based composite material.

The invention discloses a hoist optical fiber for transmitting hollow light beams and belongs to the technical field of optical fiber structure design. The hoist optical fiber includes an air fiber core, a fiber core anti-resonance single ring, a quartz supporting frame, a cladding air layer and a quartz cladding layer; the fiber core anti-resonance single ring forms an anti-resonant wall; and a fiber core is filled with air, so that the air fiber core can be formed; and the quartz supporting frame is adopted to support the fiber core anti-resonance single ring. The wall thickness of the fibercore anti-resonance single ring, the position of the joint point of the quartz supporting frame and the fiber core anti-resonance single ring, the size of the joint point and the wall thickness of the quartz supporting frame can be adjusted, and therefore, the hollow-core anti-resonance single ring used for blue-detuned atomic guide can be realized. The hoist optical fiber is small in transmission confinement loss and is simple in structure, and therefore, the hoist optical fiber can better transmit the hollow light beams, and the interaction area between light and atoms and the guiding efficiency of the atoms can be improved, the realization of an experiment of blue-detuned atomic guide can be benefitted, and a high-precision atomic interference gyroscope can be realized.

The invention relates to a gas-liquid mixing device and a method. The gas-liquid mixing device comprises a shell (1), an air inlet box (3) connected with the top of the shell (1), an air outlet box (4) connected with the bottom of the shell, a water tank (2) connected at the bottom of the air outlet box, and a pump (5) which is arranged outside the water tank (2) and connected with the bottom of the water tank (2) through a pipeline, wherein the pump (5) is also connected with a water inlet in the top of the shell through a pipeline, fan blades are arranged in the shell along the axis of the shell, and a motor is arranged outside the air inlet box and drives the fan blades to rotate through a transmission device. In the implementation of the gas-liquid mixing device provided by the invention, by utilizing atomized liquid for adhering impurities in waste gas, the filtering effect is improved; on the other hand, as the surface area of the atomized liquid is increased, the interaction area with the gas is increased.

The invention belongs to the technical field of semiconductor nano photosensitive materials, and relates to novel application of a semiconductor nanomaterial with a photosensitive effect, in particular to the application of a semiconductor nano photosensitive material in preparing a visual repair material. The semiconductor nano photosensitive material is similar to a retinal photoreceptor cell and is an ordered one-dimensional gold-modified titanium oxide nanowire array; the semiconductor nano photosensitive material has the advantages of high specific surface area, large material retinal interaction area, large charge mobility and good biocompatibility and stability, and is applied to both isolated retina and a living mouse by replacing a photoreceptor, so that the retina produces a photoreaction; the semiconductor nano photosensitive material can be used for preparing the visual repair material for repairing dysopia. Experiments confirm that the visual repair material can repair retinal ganglion cells to produce the photoreaction, thereby repairing visual cortical nerve cells to produce the photoreaction.

A method and corresponding apparatus for an oval carbonator employ an oblong housing to provide an improved gas/water interaction area within the confines of the carbonator. The increased cross sectional area provides a larger water surface area, whereby an increased amount of the pressurized gas is exposed to the increased surface area. Further advantages of the oval carbonator include a simplification of the tubing bundles that are cast into the cold plate. The oval carbonator consolidates the volumes previously used by the carbonator, thereby allowing the tubing bundles to be consolidated. Consolidation of this type translates into reduced manufacturing time and increased savings due to the simplified design.

The invention provides a fluorescent probe material as well as a preparation method and application thereof, and belongs to the technical field of inorganic luminescent materials. The fluorescent probe material provided by the invention can emit 980nm up-conversion light under the excitation condition of a 1550nm laser, the excitation light and the emission light are both located in a near-infrared region, no background fluorescence exists in the detection process, and the accuracy is high; moreover, an oleic acid ligand on the surface can enable core-shell nanocrystals to have good dispersity in gasoline, the influence of lead ions on the surface of the core-shell nanocrystals is promoted, the lead ions can effectively capture electrons on the Er<3+> ion excited state energy level, and then the energy transfer efficiency from Er<3+> to Yb<3+> is reduced; therefore, the up-conversion luminescence intensity of Yb <3+> ions at 980nm is gradually weakened along with the increase of the lead ion concentration, and the probe material can be applied to quantitative detection of the lead content in gasoline.