41results about How to "Reduce walking speed" patented technology

The invention relates to seafloor mineral collection equipment which comprises an equipment main body, multiple adaptive seafloor mineral collectors and respective mineral conveying pipes, wherein the equipment main body is connected with the adaptive seafloor mineral collectors through the mineral conveying pipes, and the lengths, extending out of the equipment main body, of the mineral conveying pipes can be controlled to be regulated; the adaptive seafloor mineral collectors are provided with crawler walking mechanisms, and can be controlled to walk independently. According to the equipment, the seafloor topography and mineral distribution in the vicinity of an operation region are detected by virtue of an underwater detector, and the advancing path of the seafloor mineral collectors and a mineral storage vehicle is reasonably planned according to detected information; the multiple adaptive seafloor mineral collectors independently work at the same time, so that the mineral collectors are light and miniature, and damage of mineral collection operation to the ecological environment of the seafloor is reduced; by the equipment main body, a relatively flat seafloor path can be selected, and a rough path can be avoided; horizontal eddy flows are induced by the mineral collectors to facilitate enhancement of a mineral collection effect and improvement of suction force of unit energy consumption, so that a smaller number of water pumps with smaller sizes are required, the size of a mineral collection main unit is reduced, the energy consumption is further greatly reduced, and the equipment is more environment-friendly.

The invention relates to an online cooling device for a packaging bag film and a mounting method of the online cooling device. The online cooling device for the packaging bag film can cool the packaging bag film online efficiently in a high-quality mode and can be suitable for high-speed production and energy-saving production. A cooling bin is arranged at the upper end of a bottom frame, an air inlet is formed in one side of the cooling bin, and an air outlet is formed in the other side; an air outlet of an air cooler communicates with the air inlet of the cooling bin through a pipeline; a first packaging bag film through hole is formed in the front surface of the cooling bin; a second packaging bag film through hole is formed in the back surface of the cooling bin; multiple supporting roller assemblies are arranged in a bin body of the cooling bin; and the hole bottom surface of the first packaging bag film through hole is lower than the uppermost ends of the supporting roller surfaces in the supporting roller assemblies. The online cooling device has the advantages that firstly, the device adopts the cooling bin for cooling, so that the packaging bag film can be cooled online efficiently in the high-quality mode, and the device can be suitable for high-speed production and energy-saving production; and secondly, a mold lifter and a fixed block are arranged in the device, sothat the assembling and disassembling convenience of the cooling bin is improved.

The invention discloses an entire-vehicle control system for a special metallurgical crawler loader and a control method thereof. The system comprises a hydraulic transmission and control system and an electric appliance control system, wherein the hydraulic transmission and control system comprises a closed traveling hydraulic drive system and an open load sensitive variable working hydraulic system; an engine is connected with a transfer case; a proportional variable pump is arranged at a power take off (PTO) opening of the transfer case, and is connected with a hydraulic motor which is connected with a final transmission drive chain wheel; an open load sensitive variable pump is arranged at the PTO opening of the transfer case, and is connected with a proportional multiway valve; a movable arm oil cylinder and a shovel loader oil cylinder are connected with the proportional multiway valve respectively; and the electric appliance control system comprises an engine controller and an intelligent terminal display which are connected with a programmable logic controller (PLC) by a controller area network (CAN) bus respectively. The entire-vehicle control system and the control method thereof can greatly optimize power matching between the engine and a power train, greatly improve the working efficiency and are safe and reliable.

The invention provides a tab forming method and relates to the technical field of battery manufacturing. A method for forming tabs, comprising the following steps: placing a material tape on a feeding device of a laser cutting machine, the material tape can move along with the feeding device according to a preset walking path of the material tape; the cutting device of the laser cutting machine follows a preset The laser walking path is set to cut the material belt, and the laser walking path is an "8"-shaped path; the cutting device can cut "" on the material belt moving according to the material belt walking path according to the laser walking path A few” shaped cutting path to cut tabs on the strip. Cutting the tape by adopting the laser cutting method of the "8" path effectively relieves the cutting method in the prior art which causes the laser cutting area to be large and the speed is fast, which makes the stability of the tape poor and affects the cutting accuracy and efficiency of the tabs, etc. question.

The present invention relates to a method and system for controlling cyclic feeding of architectural 3D printing materials. The method includes the following steps: during the 3D printing process, real-time monitoring of the material liquid level position in the feeder of the 3D printer to form material level information; judging the obtained material level information; Whether the level information reaches the set minimum position, if so, feed the material into the feeder until the material level information reaches the set maximum position; in the process of feeding, the actual width of the printing line is obtained in real time, and according to the design of the line Calculate the difference between the actual width of the obtained printed line and the design width of the line; and judge whether the calculated difference is within the allowable range, if not, adjust the walking speed and / or output of the 3D printer speed so that the difference is within the allowable range. The control method of the present invention realizes real-time detection, real-time printing, and real-time adjustment, and such feedback can improve the quality of 3D printing, thereby improving the precision of printed components.

The invention discloses a broad roller kiln for a burnt porcelain brick, which comprises a kiln furnace burning nozzle and a burning assistant (or atomizing) blower. The kiln furnace burning nozzle is divided into a remote burning nozzle with reducing tube gradient and a near burning nozzle with increasing tube gradient; the burning assistant (or atomizing) blower is divided into a remote burningassistant (or atomizing) blower and a near burning assistant (or atomizing) blower; the burning nozzle brick of the kiln furnace burning nozzle has different gradient cone heights; the remote burningnozzle with different gradient cone heights and the reducing tube gradient is matched with the near burning nozzle with increasing tube gradient for use; and the kiln furnace burning nozzle brick hasdifferent inlet and outlet diameters, and the furnace kiln burning nozzles with different inlet and outlet diameters are matched with each other for use. Through the match of the adjustment means, a plurality of spraying coverage can be obtained within the cross section of the kiln furnace, so that kiln furnace has the capacity of isothermal control of the cross sections.

The invention provides an automatic control system of a bundling machine. The automatic control system comprises a feeding control system, a compression control system, a net releasing control system,an unloading control system, a microprocessor and a display device. The feeding control system is used for controlling the walking speed according to the change of the feeding amount and is divided into three modules, namely a signal acquisition module, a single chip microcomputer module and a hydraulic driving module; the signal acquisition module comprises a pressure sensor and a speed sensor;the hydraulic driving module comprises a walking continuously variable transmission, an electromagnetic valve and a hydraulic oil cylinder; the compression control system is used for uninterruptedly compressing forage entering the compression chamber and taking pressure judgment or volume judgment as a judgment standard for compression completion, and the net releasing control system is used for releasing a net into the compression chamber of the bundling machine and cutting off a net rope by using a net knife; and the unloading control system controls the bundling machine to open and close the compression chamber, and the bundling process of the next period is continued.