6results about How to "Improve productivity per unit time" patented technology

This disclosure relates to the technical field of guardrail fastener processing equipment. One embodiment of this disclosure provides a cold heading forming device for guardrail fasteners, comprising: an equipment base and a forming frame, the forming frame being fixed to the surface of the equipment base, a feeding frame being fixed to the surface of the equipment base, a feeding forming assembly being disposed on the feeding frame and the forming frame, and a stamping and cutting assembly being disposed on the surface of the forming frame and the equipment base. The feeding forming assembly includes a plurality of feeding rollers, all of which are rotatably connected within the feeding frame. Two pairs of conveying rollers are disposed within the feeding frame, one end of each pair of conveying rollers being provided with a transmission gear, and one of the conveying rollers being electrically driven to rotate. A main frame is disposed on the surface of the equipment base. This technical solution solves the technical problem in the prior art where sequential feeding leads to an increased idle time ratio in the device, a limited supply of blanks per unit time, and difficulty in matching the high-speed processing capability of the cold heading forming main unit, thus restricting the overall production line's capacity improvement.

The invention relates to the technical field of sludge drying equipment, in particular to sludge treatment spiral dewatering, drying and smashing equipment which comprises a supporting part, a dewatering part and a feeding part, the supporting part comprises a support, the dewatering part is arranged above the support and comprises a machine shell, a conical net barrel is horizontally fixed in the machine shell, and the conical net barrel is arranged above the support. A conical net barrel is arranged in the machine shell, a discharging opening is formed in the upper side of the feeding end of the conical net barrel in a penetrating mode, a feeding piece is vertically arranged on the top face, close to the upper portion of the discharging opening of the conical net barrel, of the machine shell in a penetrating mode and comprises a feeding frame, the feeding frame is fixed to the top face of the machine shell in a penetrating mode, the bottom end of the feeding frame is inserted into the discharging opening of the conical net barrel, and a material stirring frame box is inserted into the top of the feeding frame; a frame plate is horizontally fixed on the bottom surface of the stirring frame box and is used for filtering large-volume sludge blocks into the feeding frame. According to the invention, a pre-screening and two-stage crushing feeding pretreatment system is designed, so that the risk of material blockage is eliminated from the source.

The utility model relates to tofu processing technical field discloses a kind of box turning and dividing machine for bean brain forming processing, including translation frame and rack, the bottom of the one side of translation frame is equipped with box turning and tearing cloth track, the top of the other side of translation frame is equipped with tearing cloth and puts on turning plate track, the inside rotation of translation frame is equipped with rotating cage, the inside fixed of rotating cage is equipped with moving rail, the inside sliding of moving rail is equipped with box turning and transverse movement trolley, the sliding of box turning and transverse movement trolley inside is equipped with tofu longitudinal movement trolley, the top of rack is equipped with longitudinal fixed knife, the top of rack is equipped with transverse moving knife;The utility model is linked by rotating cage, box turning and transverse movement trolley, tofu longitudinal movement trolley, realize tofu from tearing cloth, overturn, cutting to the one-stop automation operation of reset, replace traditional manual handling, face and cutting process, reduce process linkage time, improve unit time production capacity.

The utility model relates to the technical field of injection production, in particular to a production device for a pediatric compound electrolyte glucose injection. Comprising a reaction kettle and a feeding pipe body, a communicating groove is formed in one side of the reaction kettle, the communicating groove is fixedly connected with the feeding pipe body, connecting bases are fixedly arranged on the two sides of the feeding pipe body, a plurality of vertically-arranged connecting circular grooves are formed in the connecting bases, the connecting circular grooves communicate with the interior of the feeding pipe body, and feeding control plates are clamped to the inner sides of the connecting circular grooves; a plurality of electromagnetic valves are fixedly arranged on the feeding control plate, a sealing cylinder of a cylindrical structure is fixedly arranged at the other end of each electromagnetic valve, and the sealing cylinders are fastened and embedded into the connecting circular grooves. The utility model aims to solve the technical problems that in the production process of the traditional compound electrolyte glucose injection, single-pipeline batch feeding is usually adopted, the operation is tedious, and the productivity efficiency is restricted.

This utility model provides a ladle cover with an operating hole insulation device, relating to the field of iron and steel metallurgical technology. It includes a ladle cover body and a first and second insulation cover mounted thereon. The insulation cover consists of an asbestos layer and an iron plate covering its outer surface, and is larger than the corresponding operating hole. It has sealing flanges on its edges to achieve airtight insulation when closed. The oxygen lance operating hole insulation cover is installed below the ladle cover via a hinged component, automatically opening and closing by gravity when the ladle is tilted. The diverting agent operating hole insulation cover is fixed by an arc-shaped hook device, and its opening and closing are controlled by external pulling. When closed, the locking part engages with the slot to lock it in place. This utility model and device significantly improve the ladle insulation effect, reduce the temperature drop of molten steel, reduce the heating time and energy consumption of the LF furnace, and shorten the smelting cycle.

This utility model discloses a continuous slicing device for traditional Chinese medicine decoction pieces based on automated control, including a feeding hopper, a distributor, a conveyor belt, a separator, a pressing mechanism, a slicing mechanism, a vibrating screen, and a power unit. The conveyor belt is divided into several conveying channels by the separator. A distributor is fixedly connected to one end of the conveyor belt at one end of each conveying channel, and the dispensing ports at the lower end of the distributor correspond to the conveying channels. A pressing mechanism is provided at the other end of each conveying channel, and its two sides are fixedly connected to the conveyor belt. A slicing mechanism is fixedly connected to one side of the pressing mechanism. A power unit is provided at the lower end of the conveyor belt, and both the distributor and the slicing mechanism are driven by the power unit. A vibrating screen is provided at one end of the conveyor belt. The purpose of this utility model is to provide a continuous slicing device for traditional Chinese medicine decoction pieces with high production efficiency, stable product quality, reduced reliance on manual labor, and reduced equipment wear.