49results about How to "Adjust delivery speed" patented technology

The invention discloses a connecting cloth embossing processing device. The connecting cloth embossing processing device comprises a rack. A main vertical supporting plate is fixed to the top face ofthe left side of a top plate of the rack, a processing main vertical plate is fixed to the rear portion of top face of the middle of the top plate of the rack, an upper main transverse plate is fixedto the top face of the processing main vertical plate, and a main compression oil cylinder is fixed to the top face of the middle of the upper main transverse plate. A pushing rod of the main compression oil cylinder penetrates through the upper main transverse plate and is fixed with an upper lifting connecting plate, an upper connecting block is fixed to the middle of the bottom face of the upper lifting connecting plate, and the upper connecting block is hinged to a lower connecting block through a hinge shaft. An upper compression connecting plate is fixed to the bottom face of the lower connecting block, an upper heating plate is fixed to the bottom face of the upper compression connecting plate, and an upper embossing mold plate is fixed to the bottom face of the upper heating plate.According to the connecting cloth embossing processing device, continuous embossing can be realized, a distributing reel drum and a receiving reel drum can be installed conveniently, the connecting block is hinged and fixed to the two ends of the distributing reel drum and the two ends of the distributing reel drum are directly installed on a fixing supporting plate, thus fixing is solid, and notprone to being fell off.

The invention discloses a plate conveying device with a speed regulating function. The plate conveying device comprises a bracket, a motor, a speed regulating mechanism and a transmission mechanism, wherein the speed regulating mechanism comprises a speed regulating box, a speed regulating rod, a first transmission shaft, a second transmission shaft and a plurality of groups of gears; the first transmission shaft and the second transmission shaft are mounted in the speed regulating box; a shaft sleeve is arranged on the second transmission shaft; the plurality of groups of gears are mounted on each of the first transmission shaft and the shaft sleeve; the shaft sleeve is connected with a sliding block; a toothed rack structure is arranged on the lower surface of the sliding block; the sliding block is connected with a pinion through the toothed rack structure; and the pinion is connected with the speed regulating rod. The plate conveying device has the benefits as follows: the conveying speed can be regulated, the use is flexible and convenient, and the structure is simple and efficient.

The invention provides a UV machine with a damping material collecting and discharging structure, and belongs to the technical field of UV printer equipment. The UV machine comprises a discharging airexpansion roller, a discharging tensioning roller, a first steering roller, a damping roller, a second steering roller, a printing platform, a main driving roller, a lower pressing roller, a lamp box, a material receiving supporting roller and a material receiving air expansion roller which are sequentially arranged, wherein the tensioning degree of a material belt can be well adjusted through the discharging tensioning roller, different balance weights can be arranged, the tensioning degree can be adjusted through the first steering roller, the conveying speed of the material belt can be well adjusted through the damping roller, the influence of too fast conveying of the material belt on the tensioning degree is reduced, a driving lower pressing roller is arranged, the material belt canbe pressed before printing, the tensioning degree of the material belt during printing is further guaranteed, and the printing effect of the material belt can be better.

The present invention provides a tea leaf enzyme deactivating pot capable of timely separating tea leaves adhered to each other and relates to the technical field of tea leaf enzyme deactivating. Thetea leaf enzyme deactivating pot capable of timely separating the tea leaves comprises a base seat, a top end of the base seat is fixedly provided with a heating cylinder, an inside of the heating cylinder is rotatably connected with a roller, a periphery of a right side of the roller is fixedly provided with a gear, a bottom part of the gear is in a transmission connection with a first motor, a heat conduction chamber is arranged inside the heating cylinder, and a boiler is arranged inside the base seat. During a rolling process of the roller and through up and down shaking of shaking plates,the tea leaf enzyme deactivating pot capable of timely separating the tea leaves adhered to each other can pat the tea leaves of a top side loose, avoids uneven heating of the tea leaves due to adhesion, improves quality of enzyme deactivating, can enable putting amount of the tea leaves to keep a uniform speed, can carry out stable regulation on the putting amount of the tea leaves, and enablesan enzyme-deactivating degree of the tea leaves to be more even.

The invention discloses a plastic dewatering and drying machine which comprises an outer barrel, a dewatering and drying system, a conveying mechanism and a rack. A feeding port is formed on one end of the outer barrel, and a discharging port is formed in the other end of the outer barrel. An air heater and an air pipe are mounted on the upper portion of the outer barrel. A slot screen plate is arranged in the middle of the lower portion of the outer barrel. A short shaft packing auger of the conveying mechanism is mounted in the outer barrel. According to the plastic dewatering and drying machine, conveyed materials are preliminarily dewatered firstly through the air pipe, and then dried through the air heater. The plastic dewatering and drying machine has the advantages of being compactin structure and good in drying effect.

The invention relates to the technical field of flexible package printing, in particular to a flexible plate printing machine with accurate color register. The flexible plate printing machine comprises an unwinding component used for feeding a to-be-printed coiled material; a printing component used for printing ink on a printing material supplied by the unwinding component; a winding component used for winding the printing material printed by the printing component; and a controller, wherein the printing component comprises at least two printing units which are linearly arranged in spatial distribution. The printing units are arranged in a distributed mode, tension isolation roller sets are arranged to limit the change of the tension of the printing materials in the printing units, the output ends of the printing units are connected with tension monitoring components, and the conveying speed of the tension isolation roller sets to the printing materials is adjusted in real time through tension feedback; and the printing materials in each printing unit are controlled to be subjected to transfer printing and color register with the same tension, so that the materials do not deform during color register, and accurate color register in each printing unit is ensured.

The invention discloses a smelting production system based on a continuous preheating conveyor, which comprises a continuous preheating conveyor. There is a transfer conveying line, which is connected to the converter; the continuous preheating conveyor is divided into a preheating section and a heating section in turn along the conveying direction. The preheating section is equipped with a high-temperature flue gas outlet, and the high-temperature flue gas outlet is connected to a preheating recovery device; a burner is arranged in the heating section, and the burner is connected with an air inlet pipe for supplying combustion-supporting air and a gas inlet pipe for supplying coal gas, and the intake air of the air inlet pipe and the gas inlet pipe is preheated by the preheating recovery device. The present invention starts from the feeding of the smelting production system, the transfer of hot materials after preheating, the uniform distribution of materials and the comprehensive recovery and utilization of energy, which greatly shortens the feeding time, improves the transfer efficiency, and realizes the preheating of high-temperature flue gas Recycling, thereby shortening the smelting time and improving production efficiency.

The invention discloses a steel reinforcement cage forming mechanism. The mechanism comprises a worktable, a fixed base and a sliding base are arranged on the worktable in a right facing manner, the fixed base and the worktable are fixedly connected, the sliding base and the worktable are in sliding fit, at least two stirrup forming devices are arranged on the fixed base, stirrup forming auxiliarydevices corresponding to the stirrup forming devices are arranged on the sliding base, the stirrup forming devices and the stirrup forming auxiliary devices are arranged on the fixed base and the sliding base in a sliding manner correspondingly, and a steel reinforcement cage preparing area is arranged between the stirrup forming device and the stirrup forming auxiliary device. Compared with theprior art, the steel reinforcement cage forming mechanism has the beneficial effects that operation is convenient, quality of the steel reinforcement cage can be effectively ensured, according to needs, the number of stirrups can be arranged, the strength of the steel reinforcement cage can be improved, the rotating precision of a stirrup ring is improved, the diameter need of the steel reinforcement cage is ensured, the output rotating speed is changed, the conveying speed of reinforcing steel bars is improved, machining of various specifications of the steel reinforcement cages can be achieved, production efficiency is high, and machining cost is low.

The invention relates to the technical field of silk preparation, in particular to a silk preparation device capable of reducing broken silks. The silk preparation device capable of reducing broken silks comprises a winding set, a winding motor, a controller and a plurality of silk preparing units, wherein a regulating system is arranged in each silk preparing unit and comprises a detector, a signal processor and an adjusting mechanism; each adjusting mechanism comprises a reducing silk guide roller, an upper silk guide buckle, a lower silk guide buckle, a rotating motor and a swing motor; therotating motors and the swing motors are separately connected to the signal processors; and the controllers are connected to the signal processors. When the silks are too small in tension, the reducing silk guide rollers move toward the back end and the rotating speeds are reduced, so that the silks are prevented from winding reels loosely; when the silks are too large in tension, the reducing silk guide rollers stretch out axially upward forward and the rotating speeds are high, so that the silks are prevented from winding tightly and the tensions of the silks are reduced gradually, and therefore, the tensions of the silks are controlled in the silk preparing process. Meanwhile, the controllers control synchronous operation of the winding motor, the swing motors and the rotating motors.