9results about How to "Increase filling volume" patented technology

The utility model relates to the technical field of graphitization furnaces, and aims to solve the problems that the existing graphitization furnace is non-uniform in resistance material filling, non-uniform in temperature rise in a furnace body, limited in cathode material filling amount in a crucible and low in effective utilization rate of a space in the furnace. The utility model provides a graphitization furnace for an artificial graphite cathode material. The graphitization furnace comprises a furnace body and a plurality of square crucibles, the plurality of square crucibles are distributed in the furnace body in a matrix manner; a plurality of square crucibles in the same row are connected in series through a first connecting assembly; the plurality of square crucibles in the same column are connected through a second connecting assembly; the first connecting assembly is clamped with the second connecting assembly; a resistor filling layer is arranged between every two adjacent rows of square crucibles; a thermal insulation layer surrounding the plurality of square crucibles is arranged in the furnace body; according to the graphitization furnace for the artificial graphite cathode material, the square crucible with the filling amount higher than that of a traditional round crucible is adopted, the effective space in the furnace is fully utilized, the graphitization furnace is more durable, and the use frequency of the graphitization furnace is higher than that of the traditional round crucible.

This invention belongs to the field of new energy and renewable energy development technology, and relates to a dual-source power generation device that combines raindrop cascade power generation with atmospheric moisture absorption, desorption, and condensation of water droplets. It includes: a housing, a droplet power generation array, a condensation chamber, and an energy storage and monitoring system disposed inside the housing, and a photovoltaic composite panel disposed on the top of the housing; the droplet power generation array includes a support plate disposed inside the housing and multiple droplet power generation units, which are arranged in an array on the upper surface of the support plate; the photovoltaic composite panel is movably connected to the housing; the photovoltaic composite panel is a composite panel composed of a photovoltaic panel, a heat-conducting plate, and a fiber layer; the heat-conducting plate is disposed between the photovoltaic panel and the fiber layer; the energy storage and monitoring system is electrically connected to the droplet power generation array and the photovoltaic panel respectively, and is also electrically connected to an external energy storage device or load. This invention alleviates the technical problems of low energy conversion efficiency and poor all-weather stability existing in the prior art.

The invention belongs to the technical field of electroacoustics, and particularly relates to a sound absorption assembly, a sound production device and electronic equipment, and the sound absorption assembly comprises a shell, and active carbon powder particles with the average particle size of 1-50 microns and sound absorption particles with the average particle size of 200-450 microns which are mixed and filled in an internal accommodating space of the shell, the sound-absorbing particles are sphere-like particles formed by bonding a plurality of molecular sieve powder particles, the surface layers of the active carbon powder particles have hydrophobic structures, the bulk density of the active carbon powder particles is 0.2-0.6 g / cm < 3 >, and the ratio of the bulk density of the active carbon powder particles to the bulk density of the sound-absorbing particles is 0.7-1; the shell is provided with air holes communicated with the containing space, and the hole diameter of the air holes is smaller than the minimum particle diameter of the activated carbon powder particles. The activated carbon particles can be filled in gaps generated by accumulation of the sound-absorbing particles, the low-frequency acoustic performance of the sound production device is improved, even if the sound-absorbing particles are broken, the shell can play a good isolation role, and the sound production monomers are prevented from being polluted by broken powder.

The utility model provides a gantry type drilling mechanism for a numerical control gang drill, which belongs to the field of wood-working machinery and comprises a portal frame crossing a working table of the numerical control gang drill, a cross beam of the portal frame is positioned above the working table and is provided with a sliding hanging bracket in a sliding manner, and the sliding hanging bracket is provided with a driving component. The driving assembly is provided with the gang drill package in a transmission mode and drives the gang drill package to be close to or away from the workbench, the gang drill package and the related driving assembly are separated from the workbench through cooperation of the portal frame and the sliding hanging bracket, and the situation that the driving assembly occupies the space of the workbench and hinders feeding and discharging of the conveying structure can be avoided; the assembling flexibility of the numerical control gang drill is improved, and the machining efficiency is improved to a certain degree.

The utility model provides a kind of superfine powder filling machine and including its graphitization furnace, superfine powder filling machine includes: lower hopper is installed in the upper end portion of outer shell body, for conveying downward and forcedly downward powder material;Material collecting cover is installed in the lower end portion of outer shell body, for collecting compressed powder material;Multi-stage pair of rollers are sequentially arranged from top to bottom along the inner wall surface of outer shell body, and each stage pair of rollers includes at least two opposite rotating rollers;Driving device is connected with pair of rollers, for driving pair of rollers to rotate;Pair of rollers and lower hopper form a cavity, vacuum equipment is installed at the cavity, for extracting gas in powder material, and make the negative pressure in working area form.The utility model adopts the way of pair of rollers step-by-step compression under negative pressure state, make gas discharge more easily in superfine powder compression process, to improve compression efficiency.It can greatly improve the filling amount of negative electrode material in crucible, to effectively reduce the power consumption of negative electrode material graphitization process, reduce graphitization production cost.

The invention belongs to the technical field of high polymer materials, and particularly relates to a composite aerogel material as well as a preparation method and application thereof. The composite aerogel material has a core-shell structure and comprises aerogel and an organic silicon resin coating layer coating the surface of the aerogel, the coverage rate of the organic silicon resin coating layer on the surface of the aerogel is greater than or equal to 90%. The filling amount of the aerogel in low-specific-gravity products such as low-specific-gravity pouring sealants and low-specific-gravity coatings can be increased, meanwhile, the low-specific-gravity characteristic is kept, and the defects that traditional aerogel is difficult to fill, low in strength, prone to structural damage and the like are overcome.

The application discloses a kind of stator assembly and motor, it is related to motor technical field, including winding, stator core, first insulating plate, second insulating plate and shell structure, the winding is set in the both ends of the stator core, one end of the stator core is provided with the first insulating plate, the other end of the stator core is provided with the second insulating plate, the winding is set in the shell structure, the shell structure is filled with phase change energy storage material.The application improves the filling amount of phase change energy storage material by using the space of shell structure between motor end and shaft, increases the space utilization rate;Utilize phase change energy storage material to enhance the instantaneous heat dissipation capacity of motor, improve the heat dissipation capacity under the continuous operation state of motor.

The application belongs to the technical field of heat-conducting interface materials, and particularly relates to a novel single-component high-heat-conducting silicon gel, a preparation method and application thereof. The novel single-component high-heat-conducting silicon gel comprises the following components in parts by weight: 80-100 parts of vinyl silicone oil, 0.1-5 parts of hydrogen-containing silicone oil crosslinking agent, 300-2000 parts of heat-conducting filler, 50-200 parts of nanowire, 1-20 parts of treating agent, 1-4 parts of catalyst and 1-8 parts of pigment. The novel nanowire is introduced into the heat-conducting powder to form a phonon propagation channel with a faster heat transfer speed. Compared with the same type of gel currently used on the market, the novel single-component high-heat-conducting silicon gel has a higher heat conductivity and a lower density, and can ensure that the heat-conducting gel has a good dispensing efficiency.

The utility model discloses a photovoltaic power adapter structure of a light stacking system. The photovoltaic power adapter structure comprises a plastic back plate, a control plate, a power plate, an aluminum alloy heat dissipation shell, a plastic bottom cover, a plastic upper cover, an output power cable and an input power cable. The whole aluminum alloy heat dissipation shell is in a groove shape, the plastic back plate, the plastic upper cover and the plastic bottom cover are all installed on the aluminum alloy heat dissipation shell and form a containing space, the control plate and the power plate are arranged in the containing space, the power plate is an aluminum substrate, and the power plate is fixed to the aluminum alloy heat dissipation shell in a screw fastening mode. The smooth back face of the power board is tightly attached to the aluminum alloy heat dissipation shell, the power board is electrically connected with the control board, the output power cable and the input power cable are arranged on the plastic bottom cover, and a sponge sealing ring for protection is arranged at the position of a dial switch of the control board. The whole structure is simple, only one set of plastic mold and one set of profile mold are needed, and the earlier-stage investment cost can be saved.