97results about How to "Guaranteed production continuity" patented technology

The invention discloses a continuous type pad printing and coding device. The continuous type pad printing and coding device comprises a workbench, a PLC controller and a pad printing machine. The continuous type pad printing and coding device further comprises a laser coding machine, a conveying component and a drying component. The conveying component comprises a motor, a transmission case, a main chain wheel, a chain and an auxiliary chain wheel. The chain is fixedly provided with multiple fixing seats. Locating blocks are connected to the fixing seats. Brackets are connected to the locating blocks, and the brackets are provided with mold grooves. The side wall of the transmission case is provided with a pad printing locating piece and a coding locating piece. Each locating block is provided with a left groove and a right groove. One end of the transmission case is provided with an infrared sensor. A motor shaft of the motor is sleeved with a wheel disk. Three sensing columns are distributed on the wheel disk. The infrared sensor, the pad printing machine and the laser coding machine are electrically connected with the PLC controller. The continuous type pad printing and coding device conducts continuous pad printing and coding operations on printed objects on a large scale and greatly improves the production efficiency; and pad printing and coding are clearer, the precision is high, the manufactured products are free from fading after being used for a long time and high in recognition capacity.

The invention discloses a soundproof-cotton gluing machine application method and belongs to the technical field of gluing machines. The soundproof-cotton gluing machine application method includes the steps of 1), equipment starting, namely respectively starting a gluing mechanism, a glue discharging mechanism, a recycling mechanism and a belt conveying mechanism on a soundproof-cotton gluing machine; 2), gluing, namely allowing glue flowing out from a glue discharging device to flow down along a gap between a gluing roller and a glue mixing roller and a to-be-glued rubber skin to be driven by the gluing roller to move sequentially in gaps of between a glue applying roller and the glue roller as well as between the glue applying roller and the glue mixing roller for gluing; 3), gluing completion, namely allowing the rubber skin coated with the glue to be conveyed to the tail portion of a conveying platform through a conveying belt, wherein the lower surface of the rubber skin is in friction contact with the upper surface of a cushion block, movement speed of the rubber skin is reduced, the rubber skin is taken away by workers, and gluing is completed. With the method, problems that gluing is uneven, waste glue cannot be effectively recycled and the like are solved.

The invention discloses an automatic forming device for producing baking-free bricks, and belongs to the field of brick making machines. The automatic forming device comprises a frame, a blanking opening is formed in the frame, a forming material pushing mechanism is arranged above the blanking opening and connected with a first hydraulic cylinder, a forming mechanism is arranged below the blanking opening and connected with a second hydraulic cylinder, raw materials penetrate the forming material pushing mechanism, enters the forming mechanism and squeezed into bricks by the second hydraulic cylinder, the bricks are pushed onto the frame by the second hydraulic cylinder, and the first hydraulic cylinder drives the forming material pushing mechanism, so that the bricks are pushed onto a delivery mechanism and conveyed. The automatic forming device helps to solve the problems of complicated structure and cumbersome production process of an existing brick making machine, the bricks can be continuously squeezed and formed, production efficiency is improved, the automatic forming device is simple in structure and low in machining cost, and productive benefits of enterprises can be improved.

The invention discloses a full-fat extruded soybean production device and a production technology. The full-fat extruded soybean production device comprises a bulk bin, an impurity removal working section, a first crusher and a second tee, wherein a material outlet of the second tee is connected with a peel suction device for removing soybean peels, and another material outlet of the second tee is connected with the first crusher; an arch breaking feeding bin is connected with a tempering device; the material outlet end of the tempering device is connected with an extruding machine; the material outlet end of the extruding machine is connected with a cooler; the material outlet end of the cooler is connected with a second crusher; another material outlet of a third tee is connected with the first crusher; the material outlet end of the second crusher is connected with a first rotary vibration grading sieve; the first rotary vibration grading sieve is connected with a first packaging device. The full-fat extruded soybean production device has the advantages that soybeans are firstly broken and then crushed, so that the productivity of the first crusher is increased, the abrasion of a hammer blade is reduced, and the crushing effect is improved; the peel suction device is used for separating soybean peels from soybean halves, so that the quality of a finished extruded soybean product is mainly improved.

The invention provides a novel denture carving machine and a denture processing method. The novel denture carving machine comprises material carrying plates, a material clamping mechanism, a three-axis transfer mechanism, a processing frame, a rotary driving mechanism and a processing spindle; the material clamping mechanism is connected with the three-axis transfer mechanism, and is used for clamping the material carrying plates at a first preset position and loosening the material carrying plates at a second preset position so as to place the material carrying plates on the processing frame;the three-axis transfer mechanism is used for driving the material clamping mechanism to move back and forth between the first preset position and the second preset position; the processing frame islocated right below the processing spindle, is installed on the rotary driving mechanism, and is used for receiving materials when being in a first posture, and making the materials face towards the processing spindle when being in a second posture; and the rotary driving mechanism is used for driving the processing frame to rotate back and forth between the first posture and the second posture. Automatic material fetching, discharging and processing are realized, and thereby, manual operation is saved, and the mechanization degree of denture processing is improved.

The invention provides a production scheduling method and system for improving product quality and plate blank extraction efficiency. Hot rolling production process data and space position information of plate blanks in a plat blank yard are obtained, the specification range of the plate blanks rolled through hot rolling production is determined, a hot rolling production operation plan candidate plate blank pool is built, the sum of the plate blank quality obtained after rolling and the plate blank extraction efficiency is set to an objective function, the specification change cost of the plate blanks in the hot rolling production operation plan candidate plate blank pool is calculated according to hot rolling production process requirements, then a hot rolling production operation plan is obtained according to the objective function and the specification change cost of the plate blanks, and the hot rolling production operation plan is output. The method is used for lowering production cost, improving the product quality and the plate blank extraction efficiency and guaranteeing hot rolling production continuity.

The invention provides an argon blowing method of a ladle turret and a steel ladle argon blowing turret in continuous casting mode. The method comprises the following steps that a, molten steel tapping is carried out, specifically the molten steel tapping temperature of the converter procedure is controlled between 1620 DEG C and 1630 DEG C; b, argon station on oxygen feeding aluminium wire is carried out, specifically a steel ladle is moved to an argon station, the argon front temperature of molten steel is controlled between 1600 DEG C and 1610 DEG C; c, argon station stirring is carried out, specifically the molten steel is stirred for 3-4 min in the argon station after the molten steel on oxygen and feeding wire, the outgoing temperature of the molten steel is controlled between 1595 DEG C and 1600 DEG C; and d, steel ladle argon blowing is carried out, specifically the steel ladle is lifted and conveyed to a continuous casting machine steel ladle argon blowing turret, argon gas isput into a blowpipe of the steel ladle bottom, argon gas argon blowing is open, and the soft argon blowing time is controlled between 15 min and 20 min. The process of the steel ladle argon blowing is moved to the continuous casting turret for implementation, the contradictory problem that the molten steel argon blowing time and the production rhythm is solved. While the production continuity isensured, the purity degree of the molten steel and the yielding rate of alloy are improved, and it is ensured that the quality of the purity degree of the molten steel is met.

The invention relates to a process for preparing vacuum glass, and the process comprises the following steps of: carrying out open-mediated process on raw pieces, polishing edges, opening a hole, cleaning, coating an adhesive layer, combining the pieces, sealing, degassing and closing an exhaust pipe, wherein the step of sealing is carried out in a continuous reheating furnace at the temperature of 350-500 DEG C; and the degassing step is carried out in a vacuum furnace at the temperature of 200-320 DEG C. After the process for preparing the vacuum glass, the production continuity of vacuum glass products can be guaranteed, the manufacturing time of the vacuum glass can be shortened, the production efficiency is greatly improved, the production cost is reduced, and a firm foundation is laid for mass production of the vacuum glass products.

The invention discloses an external type cylindrical residue isolating screen which comprises a machine frame, a screen cylinder rotationally installed on the machine frame and a rotary driving assembly installed on the machine frame and used for driving the screen cylinder to rotate. A feeding assembly used for feeding materials to be screened to the outer surface of the upper portion of the screen cylinder is arranged above the screen cylinder. A receiving assembly used for collecting screened materials and guiding out the screened materials is arranged in the screen cylinder. A residue removing assembly used for removing unscreened materials attached to the outer surface of the screen cylinder is arranged outside the screen cylinder. The external type cylindrical residue isolating screen has the advantages of being simple and compact in structure, easy to manufacture, convenient to assemble and maintain, capable of reducing the labor intensity, saving the labor cost, improving the screening efficiency and ensuing production continuity and the like.

The invention discloses a horse-head overturning device of a walking-beam type oil pumping unit. The horse-head overturning device comprises an oil-pumping-machine horse head, an oil-pumping-machine walking beam, a motor, a horse-head pin seat and a horse-head pin, wherein the horse head is hinged to the walking beam by a pin shaft; the motor is arranged on the upper surface of the walking beam; the horse-head pin seat is fixed on the side surface of the horse head; the horse-head pin seat is matched with the horse-head pin; an output shaft of the motor is provided with a first gear; the upper end of the pin shaft is connected with a gear shaft of a second gear; the second gear is arranged on the other side surface of the horse head; and the first gear is meshed with the second gear. The horse-head overturning device disclosed by the invention has the beneficial effect that the motor is utilized for driving the horse head to overturn, so that the purpose of reducing the high-altitude operation of personnel is achieved; compared with the prior art, the horse-head overturning device disclosed by the invention has the advantages that the operation is simple, the use is safe, the workload of the personnel is reduced, and the like.

The invention discloses a novel coil stock placing device for a transverse silicon steel sheet shearing line. The novel coil stock placing device comprises a supporting piece internally provided with a drive motor. A rotary square lifting table is arranged above the supporting piece. Coil stock placing barrels are arranged on the four edges of the square lifting table respectively. The square lifting table can horizontally rotate to enable any coil stock placing barrel to be connected with the drive motor, and the coil stock placing barrels are driven by the drive motor to rotate for material placing. The four edges of the square lifting table of the novel coil stock placing device are provided with the coil stock placing barrels respectively, four coils of sheets can be placed at a time, and after one coil of sheets are used up, one coil stock placing barrel is replaced with another coil stock placing barrel for placing sheets through rotation of the square lifting table to be combined with the drive motor, fastness and convenience are achieved, production continuity is guaranteed, and the labor intensity of workers is relieved.

The invention discloses a device for improving loosening rate of a tobacco block. The device comprises a rack fixedly arranged on two sides of an electronic belt scale, wherein a loose roller and a driving motor for driving the loose roller are arranged at the positions, close to an outlet of the electronic belt scale, of the rack, and the distance between the loose roller and a driving roller atthe outlet of the electronic belt scale is 1-3cm; a plurality of adjustable loosen roller needles which are arranged in the circumferential direction are uniformly located on the surface of the loosenroller in the axial direction at intervals of 15-20cm; an anti-toppling door plate is arranged above the driving roller at the outlet of the electronic belt scale; the anti-toppling door plate is movably connected with a bearing arranged on the rack through a connecting rod fixedly arranged at the upper end of the anti-toppling door plate; and the connecting rod is fixed to an adjusting rod witha balancing weight on the outer side of the rack. According to the device, the loose rate of the tobacco block can be effectively improved, the process quality of the tobacco leaves can be guaranteed,and a production line can be conveniently installed.

The invention discloses an energy-saving polishing device and a polishing powder solution recycling method. The energy-saving polishing device comprises a polishing mechanism, a polishing powder solution supply mechanism and a polishing powder solution recovery mechanism, wherein a polishing region in the polishing mechanism is divided into a pre-polishing region, a rough polishing region and a fine polishing region, and each polishing region is provided with a compression roller and a polishing brush. The polishing powder solution supply mechanism is composed of a batching tank, a recovery tank, a polishing powder solution pump, a conveying pipeline and spraying pipes, wherein a polishing powder solution of the batching tank is conveyed to the rough polishing region and the fine polishingregion through the spraying pipes, and through separation by the corresponding compression roller, the used polishing powder solution is respectively collected into the recovery tank and the batchingtank through a recovery mechanism. The polishing powder solution in the recovery tank is conveyed to the pre-polishing region through the corresponding spraying pipe, and through separation by the corresponding compression roller, the re-used polishing powder solution is discharged as a failure polishing powder solution. The energy-saving polishing device can realize cyclic utilization of the polishing powder solution, and the production is not required to be stopped when polishing powder and water are added, so that the production efficiency is improved.

The invention discloses a recovery system for noble metals for electroplating. The recovery system comprises a gold-bearing wastewater collecting tank. A water outlet pipe of the gold-bearing wastewater collecting tank is connected with at least three filtration columns connected in series. A circulating pipeline, which is used for transporting wastewater and can adjust the filtering sequence, is arranged between the filtration columns and the gold-bearing wastewater collecting tank. The circulating pipeline is connected in series with the filtration columns in sequence, and can adjust the filtering sequence arbitrarily; three filtering modes are provided; the replaced new resin filtration column is considered as the last one exchange column; the maximal adsorption capacity of gold ions in wastewater is ensured; the circulating pipeline is connected with valves at all positions to control the cycling filtration sequence of sewage, so that the cost is reduced, and the filtering efficiency of the resin filtration columns is improved; and besides, the downtime during the filtering process is shortened, the production continuity is ensured, and the production cost is reduced.