32results about How to "Prevent filming" patented technology

In an image-forming device (20), the toner developing the electrostatic latent image consists of at least a binding resin and a colorant and the surface of the toner is arranged with an external additive. The invention is characterized in that when the toner is added to the electrolytic solution with a surface-active agent added in for dispersion, the amount of the free external additive dissociating from the surface of the toner is between 7 to 50 percent.

The invention discloses a cleaning method of a metal nanowire. The cleaning method comprises the coating procedure, cleaning procedure, dispersion procedure and removing procedure. The cleaning method of the metal nanowire is characterized in that a protective layer is formed on the surface of the metal nanowire, coagulation of the metal nanowire is effectively prevented through the protective layer during follow-up suction filtration washing, a solvent, organic polymers and inorganic salt are removed through suction filtration washing, and finally, the protective layer on the surface of the metal nanowire is removed. The cleaning method has the beneficial effects that the quick and efficient cleaning technology of the metal nanowire overcomes the defects that centrifugal washing time is long, operation is complex and efficiency is low, coagulation of the metal nanowire is effectively prevented through the protective layer during follow-up suction filtration washing, the metal nanowire is quickly and efficiently cleaned, the film forming phenomenon during the filtration washing process is effectively avoided, yield of a product is increased, and quality of the product is improved.

The purpose of the present invention is to prevent deposition of an uneven film at the start or end of film deposition without having to install a movement mechanism for a target. This sputtering device generates inductively coupled plasma (22) by supplying high-frequency power (PR) to an antenna (20) provided in a vacuum vessel (2) into which a gas (10) is introduced, and uses the plasma (22) and a target bias voltage (VT) to sputter a target (30) and deposit a film on a substrate (12). At the start of film deposition, the target bias voltage (VT) is applied to the target (30) to initiate sputtering after the high-frequency power (PR) has been supplied to the antenna (20) and the plasma (22) has been generated, and at the end of film deposition, the target bias voltage (VT) applied to the target (30) is stopped to stop sputtering, after which the high-frequency power (PR) supplied to the antenna (20) is stopped to quench the plasma (22).

Fine dry silica particles are produced by combustion by using a burner of a multiple-pipe structure, feeding a mixed gas of a gas of a siloxane compound without containing halogen in the molecules thereof and an oxygen gas at a ratio of 0.3 to 1.5 into the center pipe of a burner, and feeding a combustible gas into the first annular pipe on the outer side of the center pipe of the burner. The fine dry silica particles has a BET specific surface area of 20 to 55 m 2/g, and wherein the water suspension containing the fine silica particles at a concentration of 1.5% by weight has an optical absorbance for the light of a wavelength of 700 nm satisfying the following formula (1): wherein S is the BET specific surface area (m 2/g) of the fine dry silica particles. The fine dry silica particles do not almost contain coarse particles or aggregated particles, have a sharpe grain size distribution, excellently disperse in the resins, suppress a rise in the viscosity when highly filled, and impart sufficiently large strength to the resin compound.

The invention relates to a lithium battery positive electrode material, a preparation method thereof, a lithium battery and a positive electrode piece of the lithium battery. The lithium battery positive electrode material comprises a lithium active material, and the outer surface of the lithium active material is coated with a composite conductive layer, wherein the composite conductive layer isformed by compounding a conductive polymer adhesive and conductive carbon according to a mass ratio of 1: (0.8-1.2). The composite conductive layer can be used as a protective layer, thereby improvingthe interface stability of the positive electrode material, preventing the anode material from being corroded by the electrolyte, preventing side reaction products generated with the electrolyte frombeing accumulated on the surface of the positive electrode, and avoiding the decrease of the lithium diffusion speed and transfer rate of charges between the electrodes and an electrolyte interface.Meanwhile, the composite conductive layer can form an excellent conductive network and an excellent conductive node, so the conductive performance is excellent, the transmission resistance of lithiumions in an electrode material is reduced, and the low-temperature performance of the lithium ion battery is improved.

To provide an image-bearing member protecting agent which can achieve a sufficient protecting effect on the surface of an image-bearing member, prevention of filming on the image-bearing member, and prevention of smearing on a charging member, and to provide a protective layer forming device which can form an excellent protective layer for image-bearing member using the image-bearing member protecting agent. The image-bearing member protecting agent to be used for an image forming method or an image forming apparatus is characterized by comprising the following components: a hydrophobic organic compound (A); an inorganic lubricant (B); and inorganic fine particles (C), wherein each of the inorganic fine particles (C) has a specific surface area of 2.0 to 6.5 m<2>/g. The protective layer forming device 2 includes at least an image-bearing member protecting agent 21 and a protecting agent supply member 22, and supplies the image-bearing member protecting agent 21 to the surface of the image-bearing member 1 via the protecting agent supply member 22.

The invention provides a titanium dioxide external additive which is capable of being controlled stably, maintaining frictional charging amount, having less ambient variation, maintaining stable frictional charging performance, and which is free from abnormal images resulted from attachment of a toner to a photoreceptor that is generated while image developing and subjected to a surface modification treatment. The invention also provides an electrostatic charge images developing toner that is externally added with the external additive and an image forming method using the electrostatic charge images developing toner. The inventive external additive has the characteristic that particle surface of titanium dioxide having a water-soluble component of more than 0.2% is modified by the fluorosilane compound.

The invention discloses steel bar spraying equipment for a wave-type anti-stirring bridge. The steel bar spraying equipment structurally comprises a trolley, an air compressor, a filter pressure stabilizer, an air pipe, a spray gun, a material storage barrel and a pneumatic stirrer. The steel bar spraying equipment has the beneficial effects that a wave structure composed of an auxiliary anti-stirring mechanism and an anti-sticking plate is utilized to enable paint of the barrel wall to be quickly dropped under the action of gravity in the use process of the paint, so that the phenomenon thata paint film or caking occurs on the wall of the barrel wall in a large area is avoided; the auxiliary anti-stirring mechanism is used for intensively blowing the oil paint into the center of the barrel in parallel, an inner concave arc-shaped plate and a flat round-shaped body are located on the same horizontal line, and when the paint touches the flat round body under the action of air pressure,the paint is scattered to the two sides to be reversely stirred so as to reduce the bubbles inside the paint; and the rotation of a pneumatic stirrer and the horizontal line of the auxiliary anti-stirring mechanism are utilized, so that the oil paint is mixed and stirred under the cooperation of two strands of force, the paint is more uniform, and the air pressure generated by the auxiliary anti-stirring mechanism enables the oil paint to diffuse towards two sides to reduce air bubbles inside the paint when the paint touches the flat round body.

The invention discloses a shooting control method and device, electronic equipment and a storage medium, and is applied to the electronic equipment. The shooting control method comprises the following steps: based on a recording signal acquired by a microphone, acquiring change information of a spatial position of at least one sound source in the recording signal; and when the change information of the spatial position meets a preset change condition, activating a shooting mode. According to the method, the adaptive control of shooting is realized by tracking the spatial position change of the external sound, so that the shooting equipment is prevented from continuously shooting and recording, and the storage space is saved.

The invention discloses a high-safety auditory meatus administration device for ear-nose-throat nursing, and particularly relates to the field of medical instruments, the high-safety auditory meatus administration device comprises an administration tube, a protective end is detachably and movably arranged at the top end of the administration tube, a push rod is movably arranged in the administration tube, and the administration tube comprises a main tube. According to the drug delivery device, the drug delivery pipe and the protective end are used in cooperation, drugs in the material storage cavity are squeezed through the material pushing piston, the drugs are discharged out of the material storage cavity through the first material distribution holes and the second material distribution holes at different heights under the action of pressure change, the drugs are subjected to drug delivery operation in a tiny water drop shape, and the drug delivery efficiency is improved. The phenomenon that the medicine forms a film due to the fact that the medicine rapidly flows out of one opening when the medicine is administrated in a traditional mode is effectively avoided, so that it is guaranteed that the medicine is administrated to the affected part in place, the treatment effect is guaranteed, then the medicine administration pipe is rotated, the extruded medicine is evenly smeared through the protection cushion cover and the protection strip, and it is guaranteed that the good treatment effect can be obtained after external auditory canals are smeared with the medicine.

The invention relates to a laminating machine used for a vacuum microwave drying furnace. The laminating machine comprises a belt wheel, a pressure bearing stick, a conveying belt, a following supporting vehicle, a belt supporting mechanism and a sheeting mechanism. The belt wheel and the pressure bearing stick are horizontally correspondingly arranged. The conveying belt is arranged on the belt wheel and the pressure bearing stick in a sleeving manner for conveying. The sheeting mechanism is matched with the pressure bearing stick so as to laminate rubber materials. The belt supporting mechanism is arranged at the bottom of an upper-layer conveying belt body, the following supporting vehicle is arranged below a lower-layer conveying belt body, and the material supporting height of the following supporting vehicle can be adjusted in an ascending and descending manner. By means of the laminating machine, the size of the laminating machine can be effectively reduced, the laminating machine can be suitable for vacuum microwave drying furnaces which are newly developed and used for rubber sheet production, the equipment manufacturing cost and maintenance difficulty are reduced, and reliable running is ensured.

The invention belongs to the technical field of tin plate processing, and particularly relates to a double-reduced tin plate. A hot-dip tinning machine used in a production process of the tin plate comprises a shell, a tinning box and a sealing baffle plate, a placement plate is arranged at the position, close to the left side face of the shell, inside the shell, a cut strip plate is stacked on the upper surface of the placement plate, the tinning box is fixedly connected to the position, on the right side of the placement plate, inside the shell, and the sealing baffle plate is connected to the interior of the tinning box in a left-right sliding mode. By means of the machine, automatic tinning on the cut strip plate is effectively achieved, meanwhile, through a sealing structure, the tinning box is always isolated from outside air in a one-way mode while it is guaranteed that the cut strip plate is normally guided into the tinning box, so that liquid tin inside the tinning box is guaranteed not to make direct contact with air, the condition that the liquid tin liquid level is oxidized, so that the quality of the cut strip plate is influences is avoided, meanwhile, the problem thata large amount of tin gas generated by tin liquid evaporation is exhausted and pollutes the atmosphere is solved, and the tin plating quality is improved.

A developing device (4) includes a developing roller (10) that faces a drum (1), a supplying roller (11) that supplies the toner to the developing roller (10), and a toner container (15) for storing the toner. A toner layer forming roller (12) contacts the developing roller (10) and rotates in the same direction as the developing roller (10). A part of the toner is transferred from the developing roller (10) to the peripheral surface of the toner layer forming roller (12) to form a toner layer. The thickness of the toner layer on the toner layer forming roller (12) is regulated by a blade (13). According to the rotation of the toner layer forming roller (12), the toner layer is carried outside the toner container (15), where the toner layer is transferred to the peripheral surface of the developing roller (10).

A charger has a cylindrical rotation tube coming in contact with an image receptor on which a toner image is formed, the rotation tube to which a predetermined charge bias is applied, and drive means for driving the rotation tube at a predetermined peripheral speed, the charger for uniformly charging the surface of the image receptor. When the peripheral speed of the image receptor is V1 and the peripheral speed of the rotation tube is V2, the following relation is satisfied: 1.01<(V2/V1)<=1.10.