42 results about "Electrostatics" patented technology

An electrostatic energy converter comprising a rotor having a working surface provided with a plurality of distinct charged regions. A stator extends parallel to the rotor and has a working surface facing the working surface of the rotor and being provided with a plurality of spaced-apart electrodes. A power supply is coupled to the electrodes.

A method of capturing images using a laser scanner equipped with a 2D micro actuator. The 2D micro actuator allows for laser beam location without the use of additional components dedicated to determining beam location. The 2D micro actuator is used to stabilize the positioning function of the spot in the scene. The micro actuator is a 1D micro actuator suspended within a second framework by two torsion bars and two pairs of orthogonal additional electrodes. The image is scanned, a precise rectangle of the character sensing field is generated and the image is created by keeping a substantially constant pitch.

This invention method combines numerous disciplines to enhance the performance of internal combustion engines. No prior art embodies the discipline of physics in the creation of a swirling vortex, principles of electrostatics in using tribology and coulomb forces, the utilization of dielectric properties of polymers in an air driven rotating electrophorus and the chemistry of enhanced combustion gases and combustion itself in a single self-contained apparatus and does so without the convention and application of external voltage.

The invention relates to a nine-compartment intelligent thawing cabinet suitable for frozen meat. The thawing cabinet comprises an electrical system, an air circulation system, a humidity control system, a temperature control system, an electrostatic generation device, an ultraviolet sterilization device, a data acquisition system and a microcomputer intelligent control system. With low-pressure cleaning steam as a working medium, the surface layer and the center of raw meat are synchronously thawed through additional frequency variable electrostatics and thawing procedures are automatically operated to thaw the frozen meat to minus 1(+/-1) DEG C and thawing juice loss is avoided, thus retaining the flavor and taste of meat, simultaneously inhibiting breeding of microorganisms on the surface of the raw meat and ensuring safety of the raw meat in the thawing process.

A method that includes obtaining, using a processor, reflectance data from a target coating and calculating, using the processor, electrostatics data from the reflectance data. The method also includes generating, using the processor, a coating formulation that is the same or substantially similar in appearance to the target coating.

The disclosure describes the use of electrostatics to in-mold labeling wherein a label is secured to a mandrel with an axis-defining body, a first end, a distal end, a set of ionizing electrodes disposed about the body, near the distal end, and in a plane perpendicular to the axis. When the mandrel is positioned in a mold cavity, the label is released and a varying voltage applied to the electrodes to form a substantially uniform and ring-like source of ionizing current. The ionizing current progressively pins the label against the die as the mandrel is withdrawn from the die until substantially the entire label is pinned. The ionizing current may then be ended and the mandrel removed so that an article may then be formed into the label.

Polymeric multilayer optical films, and laminate bodies that include such films, are cut or subdivided into one or more discrete pieces by removably applying a first and second liner to opposed major surfaces of the multilayer optical film. Laser radiation is then directed at the multilayer optical film through the first liner in such a way as to produce cut lines that define a plurality of pieces of the first liner and of the multilayer optical film. Thereafter, the plurality of pieces of the first liner are removed from the plurality of pieces of the multilayer optical film while the pieces of multilayer optical film are supported by the second liner. Application of the first liner to the multilayer optical film can be accomplished with electrostatics.

The invention discloses a multi-functional electrostatics experimental facility. The multi-functional electrostatics experimental facility includes a power supply, a controllable device, a first electrode plate, a second electrode plate and a casing, wherein the first electrode plate and the second electrode plate are connected with the power supply through wires and fixed on a support, the controllable device is used for providing uninterrupted charge particles, the charge particles can move in an electric field and form clearly seen motion tracks, the casing forms a closed environment so that the motion of the charge particles is not affected by the outside, and the power supply is an induction generator or a high voltage power supply. The multi-functional electrostatics experimental facility vividly and intuitively proves the existence of electric field forces and enables people to observe the motion and variation tracks of the charge particles in a uniform electric field.

The invention discloses an antistatic and anti-tearing grid cloth, which comprises cloth yarns and reinforcing ribs arranged along the warp direction and weft direction of the cloth yarns at intervals of 0.3 to 2.5 cm; the reinforcing ribs are yarns blended or doubled by a conduction material containing metal or organism or a static dissipative material; and two or more than two reinforcing ribs are arranged. The preparation method of the grid cloth comprises the following steps: firstly, selecting the suitable reinforcing ribs, then performing warping, sizing, drawing-in, weaving, inspecting and accepting and sorting to obtain the antistatic and anti-tearing grid cloth. The antistatic and anti-tearing grid cloth has low surface resistance, good antistatic and anti-tearing functions, effectively provides static shielding for human body and eliminates or alleviates fire, explosion, product scrap, casualties and property loss caused by electrostatics.

The invention is a carrier for carrying a substrate, comprising: a support module having at least a contact region contacting with the substrate to support a support force to carry the substrate; and a conductive medium, connected to the contact region and a voltage reference to eliminate the static between the contact region and the substrate.

The invention discloses a solution and a method for displaying an outline of an electrostatics discharge (ESD) positive-negative (PN) junction in a power metal oxide semiconductor (MOS). In the method, the solution for displaying the outline is prepared from a 49 mass percent HF solution and a 70 mass percent HNO3 solution in a volume ratio of (1:300)-(5:100), and a sample to be detected is soaked in the solution for displaying the outline for preset time, and is reacted with an N+ region to slightly damage a P+ region, so that the outline of the ESD PN junction in the power MOS is displayed clearly. Moreover, the method for displaying the outline is simple and is convenient to operate, and the outline which is damaged slightly is provided so as to facilitate the subsequent scanning electron microscope (SEM) analysis of devices.

The invention discloses a color hair dyeing process of a hair embroidery product. The color hair dyeing process is characterized by comprising the following steps of: (1) nursing before dyeing; (2) preparing peroxide; (3) preparing a dye paste; (4) preparing a target color dye paste; (5) carrying out coloration experiment; (6) dyeing; and (7) heating and drying to finish color hair dyeing of the hair embroidery product. The color hair dyeing process is good in hair dyeing effect and capable of shrinking the hair photophors of hairlines, ensuring the softness and luster of the hairlines, removing electrostatics, restoring the hair to the original ecology, eliminating alkaline residues after dyeing, keeping a hair bundle fluffy and flexible, facilitating the increase of the speed during embroidery, increasing the benefit and reducing the waste and the production cost.

The invention discloses a micro electro mechanical combined logic device applied to fuze security and a preparation method thereof. According to the invention, a constant current interference prevention unit and an electrostatic energy counseling unit are packaged in a semi-spherical packaging shell, so that the micro electro mechanical combined logic device has functions of preventing electrostatics and preventing constant current interference; the micro electro mechanical combined logic device structurally has wider practicality so as to adapt to different external environments; secondly, the micro electro mechanical combined logic device structurally is small in size, low in power consumption and low in cost; the micro electro mechanical combined logic device structurally adopts a FUZEON CHIP integrated machining process thought, and ensures a micro electro mechanical security guaranteeing system of a fuze security system to stably work by structural machining and layout design; the micro electro mechanical combined logic device adopts the semi-spherical packaging shell so as to have higher overload resistance than other forms of structures made of the same material in an impact environment; and meanwhile, the micro electro mechanical combined logic device is low in machining cost and easy to implement volume production.

The invention discloses a preparation method of a heteropolytungstate/ carbon nano-tube/chitosan ternary composite film modified electrode. The modified electrode is prepared by taking Dawson type tungstophosphoric acid negative ions [P2W18O62]6<-> as electrochemical active components, a CNTs-chitosan composite is obtained by taking chitosan as a dispersing agent, the composite forms a film on the surface of the electrode, and furthermore, the negative ions [P2W18O62]6<-> are assembled on the surface of the electrode under the action of electrostatics. By using the method disclosed by the invention, not only is heteropolytungstate successfully assembled on the surface of CNTs, but also the sensitivity and stability of a POMs/CNTs modified electrode are greatly improved.

The invention relates to an electrostatic removal method and an automobile spare and decoration part, belonging to the fields such as an automobile handle, an automobile door, a bus grab rod, a decoration part in the automobile and the like easy to generate and accumulate electrostatics. The automobile spare and decoration part comprises an automobile spare and decoration part body, wherein the automobile spare and decoration part body comprises an automobile spare and decoration part shell, a metal part and a fixed seat. The automobile spare and decoration part is characterized in that an electrostatic removal device is arranged on the surface or the inside of the automobile spare and decoration part shell. Through additionally arranging the electrostatic removal device on the automobile spare and decoration part, electrostatics on bodies of drivers and passengers, clothes and automobiles can be rapidly and thoroughly removed, no acanthesthesia is caused when the electrostatics are released, the trouble that people are always shocked by the electrostatics in drying seasons is avoided, and troubles and harm brought to the daily life of people by the electrostatics are eliminated; and in addition, the electrostatic removal device is beneficial to the health, lower in cost and suitable for being widely popularized and has the advantages of small volume, simple structure, no need of grounding, long service life and convenient and intuitional effect.

The present invention relates to a method and a device for injecting charged particles into the first cavity resonator of an RF particle accelerator. An electrode is provided at the entrance to the first cavity resonator, which electrode is connected to a DC voltage source and generates a potential well that accelerates the particles leaving an ion source towards the first cavity resonator. As a result of the ion source and the accelerator path, i.e. more particularly the cavity resonators of the accelerator path, lying at a common potential, more particularly earth potential, the electrostatic potential well does not contribute to the overall energy of the particles, the overall acceleration effect is brought about by voltage induction in the RF resonator and the DC voltage source is not loaded by the beam current, and so the latter need not be precisely regulated or powerful.

The invention relates to an efficient electrostatic precipitator which is characterized in that cathode arista lines are transversely arranged in a rectangle electric field, a deposition plate is double C shape; deposition poles are transversely arranged; the deposition poles is arranged towards the direction of air flow, a gap is left between deposition plates, and the opening ration between the deposition plates is 30 percent to 50 percent; double C-shaped deposition plates and the arista lines are hung in an electric field shell by hanging beams at the upper part of the electric field shell, the double C-shaped deposition plates and the cathode arista lines control a pulse striker by a micro machine at the external top of the machine to strike dust, and deposition is carried out. The efficient electrostatic precipitator of the invention is an integration of a plurality of precipitators, which is a small horizontal high-voltage electrostatic precipitator that integrates deposition and dust removing, inertial dust removing and high-voltage electrostatics; the efficient electrostatic precipitator is widely applicable to the industries such as machine manufacturing, chemical engineering, building material, metallurgy, electric power, carbonization, fire retardant, heating boiler, and so on.

The invention relates to a lighting device provided with an electrostatic eliminating unit and the electrostatic eliminating unit thereof. The a lighting device provided with an electrostatic eliminating unit comprises a lighting unit and an electrostatic eliminating unit, wherein the lighting unit is provided with a first metal shell body which is provided with a first opening, inside which the electrostatic eliminating unit is arranged. The electrostatic eliminating unit comprises a second metal shell body provided with a second opening, an insulating layer surrounded by the external side of the second metal shell body, and an electrostatic eliminating circuit which comprises an indicating light which is arranged inside the second opening and one end is connected with the second metal shell body; a resistance, one end of which is connected with the other end of the indicating light and the other end is connected with a ground terminal. By the electrostatic eliminating unit, the light device can provide the users to be eliminated the electrostatics in bodies such as in hands before turning on or controlling the lighting unit, therefore the electric shock caused by electrostatic can be avoided. In the lighting device provided with an electrostatic eliminating unit, the electrostatic eliminating unit is directly combined with the lighting unit, which can be provided for the users to use in time, and also the feasibility and convenience of the electrostatic eliminating unit can be improved.

An electrostatic carrier tray is an apparatus that is used to temporarily grasp and to transport semiconductive coupons/wafers. The apparatus mainly includes a primary substrate, a plurality of electrostatics field generating circuits, a conformal coating, a structural backing, and a power-delivery and control system. The electrostatics field generating circuits are positioned on one side of the primary substrate, and the power delivery and control system is positioned on the other side of the primary substrate. The electrostatics field generating circuits are used to bond the semiconductive coupons/wafers to the apparatus. The structural backing is used to handle the apparatus while transporting the semiconductive coupons/wafers and is also used to protect the power-delivery and control system from physical damage. The conformal coating is superimposed onto the electrostatics field generating circuits and the primary substrate as a means of protection.

A sensor, comprised of various mechanical components and electromechanical components, that measures/detects the relative position between two (2) or more objects and can measure/detect relative acceleration of one (1) or more objects, using fundamental natural physical forces, e.g. magnetism, electrostatics. More particularly, this invention relates to a sensor that can measure/detect the relative position of two or more objects and/or measure/detect the acceleration of one or more objects. Specifically, this invention uses fundamental physical forces in combination with mechanical components to actuate electro-optical-mechanical signal devices, e.g. electrical switches, optical switches, magnetic switches.

The invention relates to a novel electronic password detonator chip which belongs to the technical field of electronic password detonator. The chip is composed of a microprocessor, a communication unit, a state detection unit, a safety protection unit, a charging ignition control unit, a password recognition unit and a time delay control unit, wherein the microprocessor is respectively connected with each unit; an output port of the communication unit is connected with a detonator wire, and is also respectively connected with the state detection unit and the safety protection unit; and the charging ignition control unit is also respectively connected with the state detection unit and the safety protection unit. The novel electronic password detonator chip provided by the invention can realize information transmission between the chip and the control system by adopting a two-wire nonpolar transmission technology, and has the functions of resisting interference, electrostatics, radio frequency and stray currents. In comparison with the prior art, the electronic password detonator chip provided by the invention has the positive effects of complete functions and high practicability.