232results about How to "Implement packaging" patented technology

The invention relates to a method for packaging large flatbreads and a fully-automatic flatbread packaging machine for achieving the same. The method comprises the following steps: taking bags: picking up packaging bags; opening the packaging bags: opening bag openings of the packaging bags; keeping the packaging bags open: using a mechanism to keep the bag openings of the packaging bags in an open state; filling the large flatbreads: filling the large flatbreads into plastic bags smoothly by using a conveying belt and a charge mechanism; vacuumizing the plastic bags: discharging the air in the plastic bags to the outside by using a vacuumizing pipe; and sealing the plastic bags: sealing the bag openings of the plastic bags to finish the packaging. The fully-automatic flatbread packaging machine comprises a stander, a turntable arranged on the stander, and a plurality of pairs of clips arranged on the periphery of the turntable. The periphery of the turntable is provided with a bag-delivering mechanism, a bag-opening mechanism, an oscillating bag-opening mechanism and the charge mechanism in turn, and then the periphery of the turntable is provided with a vacuumizing sealing mechanism for vacuumizing the air in the plastic bags and sealing the bag openings preliminarily, a sealing mechanism for completely sealing the bag openings of the plastic bags, and a shedding mechanism for taking down the plastic bags from the clips in turn.

The invention discloses a method for automatically packaging a tubular product. By steps of punching bags, installing tubes, inserting the tubes, lifting, wrapping the tubes, exchanging air, thermally encapsulating and cutting, emptying a position and the like, automation is realized in the whole process, complicated carrying work in manual packaging operation is avoided, production and working efficiency is improved, labor intensity of packaging is reduced, and production cost is lowered greatly; therefore, the method is matched with a tubular product extrusion production line, so that automatic continuous production and packaging of the tubular product can be realized.

Method for upgrading system software of digital terminal in DVB system includes steps: partitioning the system software into multiple software modules, and dividing up storage space of digital terminal into multiple storage zones, each software module occupies one piece of storage zone; upgrading system software by using software as unit; when software module in system software is needed to upgrade, the method only transfers upgrading module, which is corresponding to the software module to be upgraded, to the digital terminal; in the digital terminal, the upgrading module replaces the corresponding software module. Allocation of storage space in digital terminal strengthens flexibility for upgrading system software. Advantages are: in time of transferring data, only software module to be upgraded is transferred; in time of upgrading system software; only some necessary software modules are upgraded without need of upgrading all software module.

The invention relates to an automatic packaging method and device, a storage medium and computer equipment. The method comprises the steps of receiving a request for obtaining a packaging page integrated in a continuous integration system sent from a browser, to enable the browser to obtain the packaging page; obtaining a packaging instruction from the packaging page; obtaining a source code to be packaged based on the packaging instruction; and packaging the source code for generation of an installation package based on the packaging instruction and uploading the installation package to a target server. According to the method, the packaging function is integrated in the continuous integration system, and the packaging page integrated in the continuous integration system can be accessed via the browser for packaging. The computer in the invention finishes packaging only by the browser without installation of a special packaging tool; and during packaging, packaging of the source code is realized simply by inputting the packaging instruction according to packaging requirements on the packaging page, without contact of the source code and developers for packaging, so as to save time and energy of the developers.

Provided is an automatic silk stocking packaging production line. The automatic silk stocking packaging production line comprises an automatic bagging mechanism, an automatic glue injection and sealing mechanism and an automatic boxing and sealing mechanism. Silk stockings sequentially pass through all the mechanisms on a conveying belt, the automatic bagging mechanism is used for automatically conveying the silk stockings into packaging bags after folding the silk stockings on a paper board, and the automatic glue injection and sealing mechanism is used for injecting glue to bag openings of the packaging bags containing the silk stockings and automatically sealing the bag openings. The automatic bagging and sealing mechanism is used for automatically putting the packaging bags containing the silk stockings into paper boxes and automatically sealing openings.

The invention provides a fully automatic packaging device for photovoltaic glass, and belongs to the technical field of machinery. The fully automatic packaging device for the photovoltaic glass comprises a machine frame and ground rails, and a transverse packaging station, a longitudinal packaging station and a film winding station are sequentially arranged on the ground rails; a rotating conveying table I is arranged at the transverse packaging station, a protecting plate positioning mechanism is arranged on the rotating conveying table I, wherein the protecting plate positioning mechanism enables protecting plates to abut against the edges of the photovoltaic glass, and a horizontal strapping machine is arranged at one side of the rotating conveying table I; a rotating conveying table II is arranged at the longitudinal packaging station, and a saber strapping machine is arranged at one side of the rotating conveying table II; and a rotating conveying table III is arranged at the film winding station, a supporting seat is further fixed to the machine frame and located above the rotating conveying table III, and a film coating mechanism and a film winding mechanism are arranged on the supporting seat. The fully automatic packaging device can conduct transverse strapping and longitudinal strapping on stacked photovoltaic glass, can conduct film coating on strapped photovoltaic glass and has the high degree of automation.

The invention provides an automatic cigarette sorting system. The automatic cigarette sorting system comprises a box opening subsystem, a cigarette replenishment subsystem, a sorting subsystem, a coding subsystem and a packaging subsystem; the box opening subsystem automatically opens a cigarette box and takes out cigarettes in the cigarette box from the cigarette box to a cigarette temporary storage mechanism of the box opening subsystem; the cigarette replenishment subsystem conveys the cigarettes from the cigarette temporary storage mechanism to a horizontal cigarette bin of the sorting subsystem according to a cigarette replenishment control signal and performs automatic replenishment on the sorting subsystem; the sorting subsystem automatically sorts the cigarettes in the horizontal cigarette bin according to the order information sorted to households and conveys the sorted cigarettes sorted to households to the coding subsystem; the coding subsystem performs coding on the cigarettes sorted to households and comprises a conveying mechanism, an identification mechanism, a query mechanism and a laser coding mechanism; and the packaging subsystem packages the coded cigarettes. According to the automatic cigarette sorting system, by means of a method, automatic box opening, automatic replenishment, automatic sorting and automatic packaging in the whole sorting process of the cigarettes can be achieved, automatic collinear sorting and packaging of the standard cigarettes and the fine cigarettes can be realized.

The invention discloses a packaging structure and a side-draft type range hood, and belongs to the technical field of packaging of range hoods. The packaging structure is used for packaging the range hood, and specially comprises a box body, a bottom plate and a supporting structure, wherein the supporting structure is positioned on the bottom plate, and is used for supporting the range hood; an opening is formed in the bottom of the box body; the box body is buckled on the bottom plate and capable of accommodating the supporting structure; and the box body is detachably fixed to the bottom plate. According to the technical scheme adopted by the invention, the packaging efficiency of the range hood is improved, and packing or unpacking of the range hood by single person can be realized.

The invention provides a packing device. The packing device comprises a mounting seat, an accessory bag production part and a vibration feeding part, wherein the accessory bag production part is arranged on the mounting seat, and comprises a film drawing mechanism which is used for drawing out a bag film from a rolled film and a sealing mechanism which is used for sealing the bag film and formingan accessory bag, the vibration feeding part comprises a feeding mechanism and a control mechanism, the feeding mechanism is arranged on the mounting seat and is used for conveying materials into theaccessory bag, and the control mechanism is arranged on the feeding mechanism and is used for controlling the number of the materials entering the accessory bag. According to the packaging device, theaccessory bag can be automatically packed.

The invention discloses a metal stamping structural part waste cleaning and packaging device, and particularly relates to the technical field of metal waste treatment. The metal stamping structural part waste cleaning and packaging device comprises a material pressing bin, a material crushing bin is fixedly installed at the top of the material pressing bin, a material conveying bin is fixedly installed at the top of the material crushing bin, a material conveying mechanism is arranged in the material conveying bin, wherein a material crushing mechanism is arranged in the material crushing bin,a material pressing mechanism is arranged in the material pressing bin, the material conveying mechanism comprises a first pressing roller and a second pressing roller, and a feeding hopper is fixedly installed at the top of the material conveying bin. By starting the gear motor, the first compression roller is driven to rotate, the waste plate is driven to move downwards, the transmission motoris controlled, the movable cutter is driven to achieve periodic reciprocating motion in the empty groove plate, the original long-strip-shaped waste plate is crushed into small-block-shaped waste, thewaste is conveniently pressed into blocks through the material pressing mechanism, and the waste treatment sufficiency is improved.

The invention belongs to the technical field of elastic piece packaging equipment, and particularly relates to an elastic piece double-material-belt packaging machine which comprises a rack, an elastic piece distributing device and elastic piece packaging devices, and the elastic piece distributing device is installed on the rack and used for slitting a double material belt into two single material belts. The two elastic piece packaging devices are installed on the rack in a spaced mode and used for machining the two single material belts respectively. Each elastic piece packaging device comprises an elastic piece cutting mechanism, a multi-station rotating mechanism, a clamping and guiding mechanism, a carrying belt conveying mechanism and a film belt packaging mechanism. According to theelastic piece double-material-belt packaging machine, in the working process of elastic piece packaging, automatic operation is achieved in the whole process, in this way, the production efficiency can be greatly improved, meanwhile, due to the fact that manual operation is not needed, the problem of manual errors is avoided, and then the quality of packaged elastic pieces can be improved.

The invention provides a camping, pouring and conveying mechanism, which comprises a clamping and pouring device and an inter-station conveying device, wherein the clamping and pouring device is used for clamping a material bag which contains cooking materials, limiting the shape of the material bag and automatically pouring the cooking materials in the material bag into a cooking pot; and the inter-station conveying device is used for moving the material bag which is clamped by the clamping and pouring device between a material bag clamping station and a feeding station. The invention additionally provides a cooking material feeding system and method based on the camping, pouring and conveying mechanism. The effect of automatically cooking the materials which are contained in the material bag is realized, the clamped material bag can be accurately moved to a feeding position, the cooking materials are prevented from being scattered and/or spilt in clamping, conveying, pouring and feeding processes, the structural layout avoids mechanism interference which is possibly caused due to complex structural layout around the cooking pot, spaces are provided for further stir-frying the cooking materials and feeding other minor ingredients, and the goal of enabling the cooking process to be convenient, rapid and simplified is achieved.

The invention discloses a bagging module of peritoneal dialysis solution bags. The bagging module comprises a bagging rack, a suction mechanism, a mouth opening mechanism, a roller wheel conveying line, a heat sealing machine and a bagging visual inspection mechanism. The roller wheel conveying line is fixed to the bagging rack. A packaging bag containing box is arranged at the position, located on the side face of the roller wheel conveying line, of the bagging rack. The heat sealing machine is fixed to one side of the bagging rack. The suction mechanism comprises an upper suction cup mechanism and a lower suction cup mechanism. The upper suction cup mechanism and the lower suction cup mechanism are arranged above and below the roller wheel conveying line correspondingly. The mouth opening mechanism is arranged at the position of the side face of the roller wheel conveying line and corresponds to the upper suction cup mechanism. The bagging visual inspection mechanism is arranged at the position, corresponding to the suction mechanism, of the bagging rack. In this manner, according to the bagging module, empty bags and full bags can be contained in outer bags, and automatic peritoneal dialysis solution bag packaging is achieved.

The invention discloses a quick packaging machine for a box body. The quick packaging machine comprises a base, a material placing device for placing box bodies, a taking device for separately taking one box body each time, a primary packaging device for packaging the box body by using packing paper, a secondary packaging device used for packaging the remaining surface area of the box body and a material discharging device. According to the quick packaging machine for the box body, through partitioning of an edge banding mechanism, precise control of a packaging part every time can be realized, the part structure is greatly simplified, and through the linear movement of the box body and the linear operation of the packaging machine, the packaging process of the box body by using packaging papers is realized. The quick packaging machine is simple in structure, convenient to operate, is suitable for packaging box bodies with different sizes.

The invention relates to the technical field of water garbage clearing, in particular to an intelligent water cleaning robot which comprises a mother ship floating body, a salvage conveying mechanism,a garbage storage device and at least one propelling device. An electric control cabinet and a power supply battery are arranged in the mother ship floating body, and an electrical control system isarranged in the electric control cabinet. According to the technical scheme, all composition structures are matched with one another under the control of the electrical control system to form a set ofcomplete water surface garbage salvaging process, wherein the propelling devices control the navigational speed and the navigational direction of salvage equipment in water, a material gathering mechanism gathers garbage to be matched with the salvage conveying mechanism to improve the salvage efficiency, and the salvage conveying mechanism smoothly conveys the garbage into a frame body, and theframe body automatically packages the garbage; the whole salvage process can completely break away from manual assistance, and safe, efficient and intelligent full-automatic unmanned salvage operationcan be truly achieved.

The invention discloses a medicine particle packaging machine. The medicine particle packaging machine comprises supporting legs, a case body, a quantitative feeding mechanism, a support body, a longitudinal edge sealing mechanism, an opening sealing mechanism, bag walking wheels, a packaging film roll and a controller. According to the medicine particle packaging machine, the quantitative feedingmechanism is arranged, in the feeding process, a push rod of a first air cylinder drives a feeding plate to contract downwards, an arc trough in the top of the feeding plate is filled with particlesin a hopper at the moment, then the first air cylinder pushes the feeding plate to move upwards, the feeding plate stops when the feeding plate and an arc material conveying trough is flushed, the particles in the feeding plate fall into a packaging bag through the arc material conveying trough at the moment, particle medicine is scrapped and rolled in no step in the process, the particle medicineis effectively prevented from being rolled into powder, and dust is avoided.

The invention discloses a packaging device for diaper production. The packaging device comprises a long plate, wherein vertical plates are fixedly connected to the left side and the right side of the top of the long plate, the tops of the vertical plates are fixedly connected with the left side and the right side of the bottom of a transverse plate, the top of the long plate is fixedly connected with a heating plate located below the long plate, and a lifting device is arranged above the long plate. According to the packaging device for diaper production, by means of the cooperation of a bottom plate, the long plate, the transverse plate, the vertical plates, the heating plate, round rods and the lifting device, a motor drives a worm to rotate, the worm drives a worm wheel to rotate, the worm wheel drives a grooved wheel on the left side to rotate, the grooved wheel drives a wire wheel to rotate, the wire wheel enables a steel wire rope to extend, and springs drive a straight plate to move downwards, the straight plate drives the heating plate on the upper portion to move downwards, then packaging of diapers is achieved, the automation degree is high, the labor is saved, and the working efficiency is improved; and an electric push rod drives a rack to move leftwards and rightwards, then second bent rods can be rotated, then sliding blocks can drive clamping plates to move leftwards and rightwards, and then fixing of the diapers is achieved.

The invention discloses a packing machine and relates to the technical field of food packing machinery. The packing machine can automatically weigh food and can prevent food from adhering to the inner sidewall of a material inlet. The packing machine comprises the material inlet, a material guide hole and a weighing chamber. An inner cavity is arranged in the weighing chamber. A material falling hole is formed in the position, corresponding to an outlet of the material guide hole, of the upper surface of the weighing chamber. The packing machine further comprises a vibrating device, a pneumatic cutter, a pressure sensor, a pneumatic push plate and a control device. The vibrating device is installed on the outer side face of the material inlet. The pneumatic cutter comprises a first cylinder and a cutter body. The pressure sensor is installed in the bottom wall of the weighing chamber. The pneumatic push plate comprises a second cylinder and a push plate body. The control device is installed on the outer sidewall of the weighing chamber and is fixedly connected with the first cylinder and the second cylinder through electromagnetic valves. A material outlet is formed in the sidewall, opposite to the push plate body, of the weighing chamber. A sealing machine is arranged at the material outlet.