46results about How to "Does not affect loading" patented technology

The invention discloses a dish basket assembly of a dish washing machine and the dish washing machine with the same. The dish basket assembly comprises a dish basket, a plurality of supporting plates and a goblet support. The multiple supporting plates are arranged in pairs, and each pair of the supporting plates are arranged on the two opposite side walls of the dish basket respectively. The two ends of the goblet support are movably connected with the supporting plates arranged in pairs respectively so as to enable the goblet support to be switched between an opening position and a retrieve position. The goblet support is provided with an installation portion where goblets are placed. According to the dish basket assembly of the dish washing machine in the embodiment, the using state and the retrieve state of the goblet support on the high dish basket can be achieved; when the goblet support is at the open position, firm installation of the goblets can be ensured; when the goblet support is at the retrieve position, the occupied space is small, and loading of other tableware is not affected. The dish basket assembly of the dish washing machine is simple and compact in structure, low in cost and convenient to assemble and disassemble, and the goblet support can be conveniently adjusted between the opening position and the retrieve position.

The invention discloses a bowl basket assembly of a dishwasher and the dishwasher with the bowl basket assembly. The bowl basket assembly comprises a bowl basket, a goblet support arranged on the side wall of the bowl basket, and a goblet stand arranged on the goblet support in the mode that the goblet stand can move between the using position and the recycling position. An installation groove used for containing goblets is formed in the goblet stand. When the goblet stand is located at the using position, the goblet stand and the bottom wall of the bowl basket are spaced, and goblets are suitable for being conveniently contained in the installation groove. When the goblet stand is located at the recycling position, the goblet stand is located in the goblet support or attached to the bottom wall of the bowl basket. According to the bowl basket assembly, the using state and the recycling state of the goblet stand on the goblet support can be achieved; when the goblet stand is at the recycling position, occupied space is small, and loading of other tableware is not influenced. The bowl basket assembly is simple in structure, low in cost, convenient to assemble and disassemble and high in reliability.

The invention provides a 3D printing method. The 3D printing method includes: step A: making various materials used for 3D printing into a fluid according to a certain ratio; step B: transporting the fluid into the material tank; step C: then, at the outlet of the material tank Stir the fluid in the material tank while discharging from the material port. The invention solves the problem that nozzles are easily blocked in the field of low-temperature deposition 3D printing.

The invention discloses a sanitation vehicle. The sanitation vehicle comprises a feeding device and a discharging device. The feeding device comprises a sanitation compartment, a guide rail, a lifting frame and a rotary frame, the top of the sanitation compartment is provided with a garbage inlet, and the rear end of the sanitation compartment is open. The guide rail is fixedly connected with the lateral wall of the sanitation compartment. The lifting frame is provided with a hanging buckle and is in sliding connection with the guide rail. The bottom end of the rotary frame is connected with the top end of the guide rail, and the top end of the rotary frame is arranged near the garbage inlet of the top of the sanitation compartment and is hinged to the garbage inlet. The discharging device comprises a door and an automatic door opening system. The door is arranged at the rear end of the sanitation compartment. A sealing groove is formed in the position, corresponding to the opening in the rear end of the sanitation compartment, of the door. The automatic door opening system comprises a rotary arm and a first hydraulic cylinder. The rotary arm is connected with the lateral wall of the sanitation compartment through a hinge pin. One end of the rotary arm is fixedly connected with the door, and the other end of the rotary arm is connected with the top end of a piston rod of the first hydraulic cylinder.

The invention discloses a sanitation truck compartment feeding device. The sanitation truck compartment feeding device comprises a sanitation truck compartment, a guide rail, a lifting frame and a rotary frame, wherein a garbage inlet is formed in the top of the sanitation truck compartment; the guide rail is fixedly connected with the lateral wall of the sanitation truck compartment; the height between the bottom end of the guide rail and the ground adapts to a trash can or a trash cabin arranged on the ground; the lifting frame is provided with a hanging buckle and in sliding connection with the guide rail; the lifting frame is used for conveying the trash can or the trash cabin to the upper portion of the sanitation truck compartment through driving of a power device; the bottom end of the rotary frame is connected with the top end of the guide rail; the top end of the rotary frame is arranged near a trash inlet in the top of the sanitation truck compartment and is hinged to the trash inlet through a hinge, so that the lifting frame ascends along the guide rail to the rotary frame, the bottom end of the rotary frame can rotate around the hinge through external force, and the sanitation truck compartment feeding device is used for pouring trash in the trash can or the trash cabin into the trash inlet in the top of the sanitation truck compartment.

The invention discloses a convolution neural network (CNN) hardware accelerator and an acceleration method. The accelerator comprises an input buffer and a plurality of operation units , and is characterized in that the input buffer is used for caching input feature picture data, the plurality of operation units respectively share the input feature picture data to perform a CNN convolution operation, each operation unit comprises a convolution kernel buffer, an output buffer and a multiplier-adder unit formed by a plurality of MAC components, the convolution kernel buffer receives convolutionkernel data returned from an external storage component, the convolution kernel data is provided for each MAC component of the multiplier-adder unit, each MAC component receives the input feature picture data and the convolution kernel data to perform a multiply accumulation operation, and an intermediate result of the operation is written into the output buffer. The acceleration method is a method applying the accelerator. The CNN hardware accelerator and the acceleration method can improve the CNN hardware acceleration performance, and have the advantages of high data reuse rate and efficiency, small amount of data migration, good expansibility, small bandwidth required by the system, small hardware overhead and the like.

A 3D printing device and a 3D-printing-based material supplying and stirring system. The 3D printing device comprises: a material tank (6); a material outlet provided on the material tank (6); and the 3D-printing-based material supplying and stirring system for stirring the material contained in the material tank (6). The 3D-printing-based material supplying and stirring system comprises: a rotary shaft (2) extending into the material tank (6); a stirring arm (7) provided on the rotary shaft (2); and a driving apparatus (9) connected to the rotary shaft (2). The device resolves the predisposition to nozzle blocking in the process of material supply in the field of low-temperature deposition 3D printing.

The invention relates to an electric power take-up and pay-out device, in particular to a portable take-up and pay-out device utilizing the power of a motor vehicle. It includes a motor vehicle tire side shaft, a connector, a circular base, an inner take-up reel, an outer take-up reel, and a labor-saving handle connected by the main and auxiliary screws. The connector is provided with a wire hole, and the circular base is provided with a number of There are eyelets, the shape of the inner take-up reel and the outer take-up reel are the same, and the trapezoidal horn structure is adopted, and the labor-saving handle is provided with an extended handle. The invention can realize the one-time collection and replacement of long cables, relying on the power of motor vehicles to replace the traditional manpower collection and pay-off method, the structural innovation adopts the design of inner and outer pay-off reels to facilitate the installation and disassembly of cables, construction, Transportation efficiency is significantly improved. Different motor vehicles can be used without being restricted by terrain. The reusability of cables during construction, transportation and storage is greatly improved, and the economic benefits are significant. The neat storage management of cables is realized, and a lot of storage space is saved. Convenient, fast and safe.