32 results about "Roll slitting" patented technology

The invention provides a rolling method and device for headless continuous casted and rolled ultra-low carbon steel roll ferrite used for ultra-deep drawing, and belongs to the field of metallurgicalrolling. The process of the rolling method is continuous casting for billet forming, high pressure water descaling, coarse rolling through a coarse rolling machine set, rapid cooling (controlling phase change), high pressure water descaling, ferrite rolling through a fine rolling machine set (blowing and sweeping water between racks), cooling through a layer cooling device, high speed flying shearfor roll slitting and coiling through a coiling machine. By means of the rolling method, the difficult problems that the heating temperature of a heating furnace before coarse rolling in a conventional hot rolling process is high, the time of temperature waiting for cooling time between coarse rolling in an Austenite area and fine rolling in a ferrite area is long, and the fine rolling temperature, the steel coil surface quality, forming performance and the like of continuous casting and rolling process of a thin plate which is represented by CSP are difficult to stably control are solved, the rolling method has the advantages of being compact in layout, few in investment, high in production efficiency, safe, reliable, energy-saving, environmental-protection, low in cost and the like, andthe ultra-low carbon steel coil for ultra-deep drawing is produced through headless continuous casting and rolling and ferrite rolling.

The invention relates to a medium- and finish-rolling pass structure for four-strand slitting in continuous rolling of phi12 deformed bars and belongs to the technical field of steel rolling process. According to the technical scheme, No.7 to No.10 frame rolls of an intermediate mill share a pass. When four-strand splitting for rolling of ph12mm deformed bars is performed, steel from an outlet of a No.12 frame mill is phi45mm in size, a No.11 frame mill is used for plane-roll pass-free rolling, a No.12 frame edging mill is idle, a No.13 frame mill of a finishing mill is used for plane-roll pass-free rolling, a No.14 frame edging mill is provided with vertical box type pass, a No.15 frame plane-roll mill is provided with pre-slitting pass, a No.16 frame mill of vertical-horizontal transformation is provided with plane-roll slitting pass, a No.17 frame plane-roll mill is provided with planar elliptic pass, and a No.18 frame mill of vertical-horizontal transformation is provided with plane-roll final pass. Four-strand rolling of phi12 deformed bars is achieved by single pre-slitting only with a No.15 frame mill of the finishing mill, and one frame pre-slitting rolling pass is omitted from the traditional double pre-slitting in four-strand slitting of phi12 deformed bars.

The invention provides a roll paper slitting and scheduling optimization method and system based on non-linear integer programming, wherein, the method comprises the following steps: obtaining the roll paper specification and quantity of a customer order and all the original paper specifications and quantity to be cut; replenishing the spare specification of roll paper to limit the maximum runningtime of the system; establishing a nonlinear integer programming model to solve the nonlinear integer programming problem by using Lagrange isosurface cutting, when the global optimal solution is obtained in the maximum running time of the system, outputting the scheduling scheme and recording the running time of the system, and when the global optimal solution is not obtained, finding the optimal solution of all the solutions obtained at the end of the maximum running time of the system, and obtaining the scheduling scheme and recording the recording time, and when the feasible solution is not obtained, recalculating the supplementary standby specification until the final scheme is obtained. This method effectively improves the efficiency of solving nonlinear integer programming problemand obtains the optimal solution to the problem of paper roll slitting and production scheduling, so as to improve the work efficiency, make full use of base paper and reduce the production cost.

The invention relates to the technical field of storage battery production, processing and setting equipment, in particular to full-automatic storage battery protective mesh mounting equipment. The full-automatic storage battery protective mesh mounting equipment comprises a storage battery conveying mechanism, a protective net roll slitting mechanism and a protective mesh mounting mechanism; andthe protective net roll slitting mechanism comprises a slitting machine frame arranged above a conveying machine frame, a roll discharging roller is rotationally arranged at the upper left end of theslitting machine frame, a material guiding roller is rotationally arranged in the slitting machine frame and located on the lower right portion of the roll discharging roller, two material clamping rollers are rotationally arranged in the slitting machine frame and located on the right side of the material guiding roller and are symmetrically arranged up and down, and an upper slitting roller anda lower slitting roller are arranged in the slitting machine frame and located on the right side of the material clamping rollers. According to the whole protective mesh mounting mechanism, a protective mesh can be automatically adsorbed, aligned and automatically mounted, the machining efficiency is high, mounting is stable, the quality after mounting is higher, and the subsequent storage batteryloss problem caused by infirm mounting of the protective mesh is effectively avoided.

The invention discloses a paper roll slitting and winding device which comprises an unwinding mechanism, a slitting mechanism, a winding mechanism, a cutting workbench, a sliding rail, a sliding piece, a cutting piece and a glue spraying mechanism, wherein the unwinding mechanism is used for unwinding a paper roll; the slitting mechanism is used for slitting a piece of unwound paper into more than two paper strips; the winding mechanism is used for winding the paper strips to a winding drum; the cutting workbench is arranged at the output end of the winding mechanism; the sliding rail and the sliding piece are arranged above the cutting workbench; the sliding piece is matched with the sliding rail in a sliding manner; the cutting piece and the glue spraying mechanism are arranged on the sliding piece, and the cutting piece is in contact with the cutting workbench; a glue spraying head of the glue spraying mechanism is opposite to the cutting workbench. According to the paper roll slitting and winding device, a worker does not need to cut more than two paper strips with a blade, and no operator needs to coat the paper strips with an adhesive or stick double-faced adhesive tapes to the paper strips. Compared with the prior art, the paper roll slitting and winding device disclosed by the invention has the advantages that the winding working efficiency is improved, the automation degree is high, and the labor cost can be reduced.

A method for automatic sleeve filling of a winding shaft on roll cutting and winding machines is provided in which, in an exemplified embodiment, in a first step at least two empty winding sleeves are slid onto a free end of a winding shaft so that the winding sleeves are adjacent to one another, in a second step the last winding sleeve slid on by a freely positionable fork piece of a freely programmable draw-off plate along the winding shaft is slid over the winding shaft until the last winding sleeve has reached a predetermined position, in a third step the next-to-last winding sleeve slid on is grasped by tongs freely positionable along the winding shaft and is slid over the winding shaft to the point where in a fourth step the fork piece can dip into the gap produced by the tongs so that the next-to-last winding sleeve is positionable along the winding shaft by the fork piece.

The invention discloses a novel full-automatic high-speed rotary bag making machine. The bag making machine comprises a feeding mechanism, a bag body, a bag making mechanism and a rotary die cutting mechanism, wherein the bag making mechanism is provided with a tension control sensor corresponding to the bag body; an unwinding traction transmission roller, a slitter edge cutting knife set, a frontrotary transverse sealing and longitudinal sealing bottom roller, a rear rotary transverse sealing and longitudinal sealing bottom roller and a tension stabilizing traction transmission roller are sequentially arranged in the bag making mechanism corresponding to the output end of the bag body; a waste recycling pipeline is arranged in the bag making mechanism corresponding to the slitter edge cutting knife set; and the rotary die cutting mechanism is provided with a film tension stable swing frame, a rear die cutting tension transmission roller, a rotary cutting die roller controlled by a servo motor electronic technology shaft, and a bag collecting mechanism corresponding to the output end of the bag body. The full-automatic high-speed rotary bag making machine has the advantages that produced plastic bags are integrally subjected to transverse sealing and longitudinal sealing, waste edges cut off from the plastic bags are directly cleaned up and discharged in the production process, and the production efficiency of the plastic bags is improved.

The invention discloses an aluminum strip billet collating device on a rewinding machine. The aluminum strip billet collating device comprises oppositely-arranged machine frames, an aluminum strip billet supporting shaft and a transverse beam are sequentially arranged between the two machine frames from bottom to top, and the aluminum strip billet supporting shaft is connected with a first motor; side cutting devices are arranged at the two ends of the transverse beam respectively, at least one slitting device is arranged between the side cutting devices, and a waste side leading-out device is arranged at the position corresponding to each side cutting device/slitting device; each slitting device comprises a slitting knife holder, and two parallel disc-shaped dividing knives which are arranged in a spaced manner are installed below each slitting knife holder and are basically the same in size and shape; the axes of the dividing knives are parallel to the axis of the aluminum strip billet supporting shaft in the same plane in the longitudinal direction, and the slitting knife holders can move along the transverse beam; and a winding machine of the rewinding machine drives an aluminum strip billet to move, movement of the aluminum strip billet drives the dividing knives and side cutting knives to rotate, and then the aluminum strip billet is slit. Side cutting and slitting of the aluminum strip billet can be achieved, large-winding-diameter multi-roll slitting of the aluminum strip billet can be achieved, cut-off waste can be led out, and the production efficiency and the yield can be greatly improved.

Reel slitting device for a web that includes a web supply section, a longitudinal slitting section, and a reeling section, and method for packaging partial rolls in the reeling section of the roll slitting device. The device includes at least one propelling device for reeling at least one partial roll and a packaging device that packages at least a periphery of the at least one partial roll. The the packaging device utilizes the at least one propelling device. The method includes slitting a web sheet into a plurality of partial webs, reeling the partial webs, in the reeling section, into a plurality of partial rolls, attaching a packaging web to a peripheral portion of at least one of the plurality of partial rolls in the reeling section, and rotating the at least one of the plurality of partial rolls to wind the packaging web around a radial surface of the at least one of the plurality of partial rolls.

The invention discloses an automatic printing and small-roll slitting machine. The automatic printing and small-roll slitting machine comprises a paper feed device, a flexible printing device, a paperstorage device, a small-roll slitting device, an automatic roll core penetration device, a first conveying device, a second conveying device, a roll core flattening device, a third conveying device,a packaging device, a heat shrinkage device and a main control cabinet, wherein the paper feed device comprises a first rack and a rotary shaft; the flexible printing device is arranged on a downstream station of the paper feed device; the paper storage device is arranged on a downstream station of the flexible printing device; the small-roll slitting device is arranged on a downstream station ofthe paper storage device; the automatic roll core penetration device is arranged on a downstream station of the paper storage device; the roll core flattening device is arranged on a downstream station of the second conveying device; the third conveying device is arranged on a downstream station of the roll core flattening device; and the heat shrinkage device is arranged on a downstream station of the packaging device. According to the automatic printing and small-roll slitting machine, centralized control is achieved; and particularly by adoption of the paper storage device, deviation of multicolor overprinting is avoided during printing and particularly during multicolor printing, and the requirements for printing and slitting of products are met.

The invention provides an integrated manufacturing method for an electric power internet-of-things informatization mark. The method comprises the following steps: slitting an adhesive tape mother rollinto specifications and sizes printed by a thermal transfer printer through an adhesive tape mother roll slitting machine; separating the adhesive surface and the backing paper of the slit adhesive tape through a coating machine; pasting a label on the adhesive surface through a chip mounter according to a set specification and size; the labeling adhesive surface and the bottom paper being laminated through a laminating system; writing the data into the label by using a radio frequency thermal transfer printer; printing an identification using a radio frequency thermal transfer printer. According to the method, the problems of high energy consumption, high pollution and low productivity in the traditional manufacturing process of stainless steel, aluminum alloy and enamel plate identifiers are effectively solved. The tedious technological process caused by batch manufacturing and installation of the electronic tag and the two-dimensional code identifier, the cost of batch installationof the fixed bracket and the labor cost are solved. The problem of non-uniform batch manufacturing and installation data is solved, and the unified and standardized construction of the electric powerinformatization identifier is also solved.

The invention discloses a rolling slitting device, which relates to the field of food processing, in particular to a dough rolling and slitting device. The structure is simple, machining is convenient, and machining efficiency is improved. The device comprises a U-shaped support, the support is provided with a transverse plate, a first vertical rod and a second vertical rod, the first vertical rodand the second vertical rod are arranged in parallel, a wrapper pressing mechanism is arranged on the inner side of the first vertical rod, the wrapper pressing mechanism comprises a horizontal motorand a pressing roller, the horizontal motor is connected to the first vertical rod, and the horizontal motor drives the pressing roller; a cutting mechanism is arranged on the inner side of the second vertical rod and comprises a supporting rod, a vertical telescopic rod and a cutting plate, the supporting rod is horizontally connected to the second vertical rod, the vertical telescopic rod is connected between the supporting rod and the cutting plate, the cutting plate comprises a plate body, the vertical telescopic rod is connected with a plate body, and a plurality of annular cutters are arranged below the plate body; a tackle is arranged on the transverse plate and comprises a tackle body, and rotation wheels are arranged below the tackle body. The device is convenient to operate, andmanpower is saved.

The invention discloses a tab laser cutting device and a cutting block assembly thereof. The cutting block assembly of the tab laser cutting device comprises a shell. A supporting plate for supportinga pole piece is arranged on the front side of the shell and is in the shape of an arc. A cutting port and a waste material inlet are formed in the supporting plate. A dust chamber and a waste material chamber are formed in the shell. A dust outlet and a waste material outlet are formed in the shell. Both the waste material inlet and the waste material outlet communicate with the waste material chamber. Both the cutting port and the dust outlet communicate with the dust chamber. The cutting block assembly absorbs the advantages of rolling slitting, the cutting, without waste material edges, onpole pieces is realized, the material cost is reduced, and waste materials can be sucked conveniently.

The invention relates to a novel special shearing roller for a rail tyre particle slitting roller, belonging to the field of recovery technology for rail tyres. The novel special shearing roller comprises rotating shafts, wherein the rotating shafts are provided with a plurality of rolling-slitting discs used for rotary shearing and arranged at an equal interval, and the outer peripheries of the rolling-slitting discs are provided with a plurality of primary antiskid rolling-slitting surfaces. The novel special shearing roller for the rail tyre particle slitting roller is simple in structure and mainly employs a shearing manner for realizing low rotating speed and great torque, so the purposes of low noise, low dust and low maintenance are achieved.

The invention relates to automatic production equipment for barrier and explosion proofing materials filling dangerous chemical storage and transport containers, in particular to an aluminum foil coil slitting stretcher machine and an aluminum foil coil machining method matched with the same. The aluminum foil coil slitting stretcher machine and the aluminum foil coil machining method matched with the same mainly aim at solving the problem that in the prior art, the product quality control is unstable. A feeding device is installed on one side of a machine frame. A slitting device, a stretcher device and a gathering device which are driven by the same power source are further installed in the position, behind the feeding device, of the machine frame. A shaping device is arranged between the feeding device and the slitting device, and another shaping device is arranged between the slitting device and the stretcher device. A cutter device is arranged between the stretcher device and the gathering device. The aluminum foil coil slitting stretcher machine and the aluminum foil coil machining method matched with the same have the beneficial effects that the industrial automatic control mode is adopted, discharging, slitting, stretching and gathering are of the constant speed, the mechanisms are in a stepless speed change mode, the tensile strength is controlled by a microcomputer, formed coils are uniform in size, high in compactness, free of collapse and chippings after filling and high in filling compactness, the barrier and explosion proofing effects are well achieved, and safety of storage and transport of dangerous chemicals is guaranteed.

The invention relates to equipment in the technical field of slitting production of paper rolls, named as a paper roll slitting machine. The paper roll slitting machine comprises a machine frame, wherein a raw material roller, a cutting knife, a running roller and a finished product roller are mounted on the machine frame from back to front; a distribution roller is also mounted on the machine frame positioned in front of the finished product roller and is provided with a distribution roller shaft; the middle part of the distribution roller shaft has a circular arc structure; the circular arcstructure is provided with an arch point; the arch point is arranged in the direction facing routes of paper sheets; the outer side of the distribution roller shaft is provided with 8 to 12 sleeves; each of the sleeves has a cylindrical structure with a hollow core; each of the hollow cores is cylindrical; the diameter of the corresponding hollow core is more 2mm to 3mm than the diameter of the distribution roller shaft; and the sleeves are symmetrically arranged on the two sides of the distribution roller shaft. The paper roll slitting machine has the advantages that a gap between the paper rolls of the produced two rolls of finished products is large, and the product is convenient to detach.

The invention relates to long roll slitting equipment, in particular to long roll slitting equipment for woven fabric production. The long roll slitting equipment for woven fabric production can conduct collection in a roll-dividing mode and can completely cut off woven fabric. The long roll slitting equipment for woven fabric production comprises a base used for installing the whole equipment, a first supporting frame arranged at the top of the base, first guide rods symmetrically arranged on the two sides of the top of the first supporting frame in a sliding mode, first springs arranged between the first guide rods and the first supporting frame, a connecting rod arranged between the tops of the first guide rods, two cutting blades arranged on the connecting rod, and a material clamping mechanism arranged on one side of the top of the base. According to the long roll slitting equipment for woven fabric production, the material clamping mechanism and a discharging mechanism are matched, a plurality pieces of of long roll woven cloth is placed in the discharging mechanism, automatic feeding and discharging work is completed through the material clamping mechanism, and then the working efficiency is improved.

The invention relates to the technical field of mask processing equipment, and provides a mask roll cutting tool. The mask roll cutting tool comprises a bottom plate, a rotating disc and a plurality of cutter sleeves, wherein a driving roll shaft is rotationally connected to the upper portion of the bottom plate; the rotating disc is arranged at one side of the driving roll shaft in a sliding manner in the axial direction of the driving roll shaft; and the multiple cutter sleeves are arranged on the rotating disc in the circumferential direction of the rotating disc at intervals, the outer surface of each cutter sleeve is provided with cutting edges, the multiple cutter sleeves are arranged on the driving roll shaft in a switchable and sleeving manner, and a flow channel used for cutting materials is defined between the cutter sleeves and the bottom plate. When the cutter sleeves need to be replaced, the rotating disc can be moved to drive the cutter sleeves to be separated from the driving roll shaft, then the rotating disc is rotated to enable another cutter sleeve to rotate to correspond to the driving roll shaft, and then the rotating disc is moved to enable the cutter sleeves to be arranged on the driving roll shaft in a sleeving manner, so that the working procedure of replacing the cutter sleeves is simpler and more reliable; and meanwhile, the replaced cutter sleeves can be overhauled, so that the time for replacing the cutter sleeves is saved, and the production speed is ensured.