100results about How to "Reduce use noise" patented technology

A squeezing juicer easy to clean comprises a motor base provided with a motor and a processing assembly connected with the motor base and is characterized in that the processing assembly comprises an extracting cylinder, a threaded rod and a filter part, the extracting cylinder is connected with the motor base, and the threaded rod is inserted into the extracting cylinder and driven by the motor; the extracting cylinder is conical, the extracting cylinder and the threaded rod are arranged transversely, a feed port, a juice outlet and a residue outlet are formed in the extracting cylinder, the juice outlet is located at the bottom of the head end of the extracting cylinder, the inner wall of the extracting cylinder is arranged obliquely to form a juice outlet channel, the juice outlet channel is communicated with the juice outlet, the residue outlet is formed in the tail end of the extracting cylinder, and the feed port is formed in the upper portion of the extracting cylinder. Processing can be completed just by arranging the extracting cylinder and the threaded rod on the processing assembly, the number of structural parts is small, and the structural parts are convenient to assemble, disassemble and clean; the extracting cylinder is high in space use ratio, the extracting cylinder is arranged to be conical, juice can be output just by means of gravity, and the processing efficiency is high.

The invention provides a squeeze type juicing machine easy to clean. The squeeze type juicing machine comprises a machine base provided with a motor and a processing assembly which is connected with the machine base. The juicing machine is characterized in that the processing assembly comprises an extraction canister in a cone shape, a screw rod and a filtration part. The extraction canister is connected with the machine base, the screw rod is inserted into the extraction canister and driven by the motor, the extraction canister and the screw rod are transversely arranged, and the extraction canister is provided with a feeding inlet, a juice discharging outlet and a residue discharging outlet. The juice discharging outlet is formed in the bottom of the head end of the extraction canister, the inner wall of the extraction canister is obliquely arranged and forms a juice discharging channel which is communicated with the juice discharging outlet, the residue discharging outlet is formed in the tail end of the extraction canister, and the feeding inlet is formed in the upper portion of the extraction canister. The processing assembly can complete processing only by arranging the extraction canister and the screw rod, the structural elements are less, the juicing machine is easy to disassemble, assemble and clean, and the space utilization rate of the extraction canister is high; when the extraction canister is arranged into the cone shape, juicing discharging can be completed relying on gravity, and the processing efficiency is high.

The invention belongs to the technical field of five-star foot supporting seat structures, and especially relates to a connecting structure for assembling a five-star foot pedestal and a supporting foot. The connecting structure comprises a connecting block arranged between the five-star foot pedestal and the supporting foot and used for connecting, assembling and reducing use noises, a pedestal clamping portion arranged on five-star foot pedestal and used for being in clamping connection with the connecting block, and a supporting foot clamping portion arranged on the supporting foot and used for being in clamping connection with the connecting block. The connecting block is arranged between the five-star foot pedestal and the supporting foot to increase the connecting strength. The connecting structure for assembling the five-star foot pedestal and the supporting foot has the advantages of simplicity, effectiveness, convenience in dismounting and mounting, large use strength after connecting and assembling, and small use noises.

The invention discloses a solid thermit jet cutter. The solid thermit jet cutter includes a shell case, a plug, a rapid combustion agent, a cutting agent, a separating sheet, a nozzle and a fuse; the shell case is a paper tube; the plug is made of a high-temperature resistance plastic material or a ceramic material; the high energy cutting agent is a hollow structure compressed by mixed solid powder; a channel is filled with the rapid combustion agent, and a solid dual-grain structure is formed; the straight-flow type nozzle made of a graphite material is arranged on the internal front end of the cutter; the separating sheet is arranged between the nozzle and the cutting agent and the rapid combustion agent; and the fuse is a special hard columnar inflammable material. During cutting, the jet cutter is arranged in a special cutting torch, the fuse is introduced from the nozzle, the rapid combustion agent is ignited after the fuse is ignited, the rapid combustion agent ignites the inner wall of the grain instantly, a high-temperature product is gathered and compressed via the nozzle and then is ejected to fuse and combust a cutting piece locally, and then the high-temperature product is blown down by high-pressure gas, and manual thermit cutting can be achieved. The jet cutter is simple in structure, is easy and reliable to operate, is high in cutting efficiency, is wide in application, and can be used for rapid emergent thermal cutting without electricity, gas, and devices.