217results about How to "Save packing time" patented technology

The invention relates to a machine-vision-based online grading and packaging production line for bananas. The production line comprises a conveying device, a grading device, a cleaning and refreshing device and a packaging device, wherein the grading device and the cleaning and refreshing device are connected with the packaging device through the conveying device. According to the machine-vision-based online grading and packaging production line for the bananas, appearance qualities such as shapes, sizes, colors and defects of the cleaned and dried bananas can be detected by a computer vision system in the grading device; besides, the detections on conventional physical and chemical indicators such as textures, pH and soluble solids of the bananas can be realized by exchanging light sources in an illumination box (e.g., by adopting lasers, ultraviolet rays and the like); the grade, grade information and position information, acquired by a position sensor, of the bananas can be determined by an industrial personal computer (IPC) through synthesizing the appearances and the physical and chemical indicators and can be transmitted to a grading execution module; the bananas in different grades are sorted to corresponding fruit discharging chutes by the grading execution module and enter the packaging device to be contained into boxes; and the bananas can be subjected to postharvest batch detecting, grading and packaging, so that the industrial automation level of the bananas is improved.

The present invention provides a gate driver basing on IGZO process, comprising: GOAs in cascade connection comprising a N^th-stage GOA, wherein the N^th-stage GOA further comprising: a pull-up control part 100, a pull-up part 200, a transfer part 300, a pull-down part 400, a pull-down holding part 500, a boost part 600, a first negative supply VSS1, a second negative supply VSS2, a third negative supply VSS3, which are three gradually decreasing negative supplies and pull down an output terminal G(N), a first node Q(N), a second node P(N), and a driving single ST(N) to prevent the electrical leakage of TFTs effectively. And channels of the TFT switches of the gate driver basing on the IGZO process are oxide semiconductor channels.

The invention provides an automatic steel roll packaging device which comprises a material transporting trolley, a lifting mechanism, a side pressing unit and a core penetrating pressing unit. The upper end of the material transporting trolley is rotationally connected with two material rotating rollers. Rolling shafts of the two material rotating rollers are in chain transmission. The roller shaft of one material rotating roller is in chain transmission with a motor shaft of a motor. The lifting mechanism is rotationally connected with a paper pressing roller. The two ends of the paper pressing roller are rotationally connected with paper pressing frames. The longitudinal section of each paper pressing frame is in a shape like the Arabic number '7', and the end portion of each paper pressing frame is fixedly connected to the front wall of the lifting mechanism. The side pressing unit comprises side pressing rollers which are in left-right symmetry about the center line of the lifting mechanism, and the axial direction of the side pressing rollers is the vertical direction. The core penetrating pressing unit comprises two core penetrating pressing rollers which are in left-right symmetry about the center line of the lifting mechanism, and the two core penetrating rollers reciprocate at the same time in the vertical direction. According to the automatic steel roll packaging device, it is ensured that a packaging material can be attached to the outer circular side wall, the two end portions and the inner circular side wall of a roll completely; and packaging materials are saved, the packaging time is also shortened, and the working efficiency is improved.

The invention provides a packaging device which comprises a stage, a radiation source and a fluid source. The stage is used for bearing a packaging structure for assembly, wherein the packaging structure is provided with a first substrate, a second substrate, and a molten material which is arranged between the first substrate and the second substrate to form at least one cavity; the radiation source is used for heating the molten material so that the molten material combines with the connecting surface of the first substrate and the second substrate and the cavity forms a hermetic packaging structure; and the fluid source provides a fluid beam, wherein the fluid beam acts on the first substrate and is used for pressing the a molten material between the first substrate and the second substrate.

The invention discloses an automatic bagging and packaging device and packaging method for special-shaped cigarettes. The device comprises a bag storage device, and a bag conveying device is arranged beside the bag storage device and is connected with a bagging device; the bag conveying device comprises a bag taking mechanism, and a conveying mechanism is arranged below the bag taking mechanism; a bag expanding mechanism is arranged at the tail end of the conveying mechanism, and the bag taking mechanism comprises a bag taking mechanical arm; the bag taking mechanical arm is connected with a bag taking vertical air cylinder which is connected with an air cylinder fixing plate; longitudinal moving guide sleeves are arranged on the two sides of the air cylinder fixing plate and are connected with a longitudinal moving guide rail; and a longitudinal moving air cylinder is further arranged between the two longitudinal moving guide sleeves; a guide shaft connecting plate is further connected between the bag taking mechanical arm and the bag taking vertical air cylinder and connected with a detecting plate through a stroke guide column; and a detection sensor is arranged on the detecting plate, and a tensioning spring is further arranged on the stroke guide column. The automatic bagging and packaging device has the beneficial effects of being low in labor intensity and high in production efficiency, saving manpower and reducing the manual cost.

The invention discloses a sealing mechanism and method for a special-shaped tobacco carton bundling and packaging device. The sealing mechanism comprises a sealing longitudinal moving belt (80) connected with a clamping mechanism fixing base (81); the clamping mechanism fixing base (81) is internally provided with a clamping gear (84); the upper portion of the clamping gear (84) is connected with an upper rack (85); the lower portion of the clamping gear (84) is connected with a lower rack (86); the upper rack (85) is connected with a first clamping base board (88) through a first clamping sliding block (87); the lower rack (86) is connected with a second clamping base board (90) through a second clamping sliding block (89); the second clamping base board (90) is connected with the first clamping base board (88) through a clamping air cylinder (91); the first clamping base board (88) and the second clamping base board (90) are provided with bag fetching clamping arms (92); an automatic sealing machine heat-sealing component (93) is arranged above the bag fetching clamping arms (92). The sealing mechanism and method have the characteristics of being high in production efficiency and low in labor intensity.

The invention discloses an efficient pad printing machine with the automatic material collecting function. The machine comprises a ma unit chine table, a feeding conveying unit fixed to the machine table, a feeding adsorption unit in abut joint with the feeding conveying unit, a material dispensing unit located below the feeding adsorption unit, two pad printing components symmetrically arranged on the two sides of the feeding adsorption unit, a rubber head removing component located beside the pad printing components, a material conveying unit in abut joint with the feeding adsorption unit, a detecting unit located above the material conveying unit, a discharging adsorption unit in abut joint with the material conveying unit and a material collecting device in abut joint with the discharging adsorption unit. A series of full-automatic actions of automatic feeding, automatic pad printing, automatic detecting, automatic discharging, automatic glue head removing and the like can be achieved, automatic material collecting can be achieved, the products are stacked, packaging is convenient, and production efficiency is greatly improved.

The invention discloses an automatic stacking, bundling, bagging and packaging device for special-shaped cigarettes and a packaging method. The device comprises an automatic bundling device (1), and the automatic bundling device (1) is connected with a bagging and packaging device (2); the automatic bundling device (1) comprises a tobacco taking mechanism (3), and a bundling mechanism (4) is arranged beside the tobacco taking mechanism (3); the bundling mechanism (4) is connected with a tobacco conveying mechanism (5), and the tobacco taking mechanism (3) comprises a mechanical arm supporting table (6); a joint mechanical arm (7) is arranged on the mechanical arm supporting table (6), and the bundling mechanism (4) comprises a base (8); the base (8) is provided with a lifting unit (9) which is connected with an automatic bundling machine (10); a first fixing plate (11) is arranged on the automatic bundling machine (10), and a second fixing plate (12) is arranged opposite to the first fixing plate (11); bundling openings (13) are formed in the same sides of the first fixing plate (11) and the second fixing plate (12); and an anti-collapsing brush (14) is arranged on the first fixing plate (11). The automatic stacking, bundling, bagging and packaging device has the beneficial effects of being low in labor intensity and high in production efficiency, saving manpower and reducing the labor cost.

The invention discloses a packaging process of light emitting diodes. Packaging glue is made of epoxy resin, positive ion photoinitiator, sensitizer, chain transfer agent, epoxy reactive diluent, solvent and addition agent; primary radiation solidification is conducted on the packaging glue through an ultraviolet light source; then, secondary radiation solidification is conducted on the packaging glue through a far-infrared heating system. By the adoption of the preparation method of the packaging process, packaging time can be shortened greatly, and production efficiency is improved by dozens of times. By the adoption of the ultraviolet-infrared double solidification mode, relative strength of two types of radiation is regulated so that glue yellowing caused by excessive ultraviolet radiation can be avoided and the solidification degree can be guaranteed. In addition, residual stress caused by ultraviolet solidification can be released through infrared secondary solidification. The hardness, the refractive index, the transmittance, the temperature resistance and the like of the solidified packaging glue can be regulated through packaging glue formulas, thereby being suitable for requirements of different LED products, beneficial to protecting luminous chips better, and suitable for new development of electronic and lighting products.

The invention relates to the field of tobacco carton packaging, in particular to a tobacco carton three-dimensional packaging machine. The machine comprises a machine frame, an input conveying belt and an output conveying belt, a lifting platform used for lifting tobacco cartons is arranged at the position, located between the input conveying belt and the output conveying belt, of the machine frame, and a lifting driving mechanism used for driving the lifting platform to ascend and descend is arranged on the machine frame. A lifting channel is formed at the position, located at the lifting area of the lifting platform, of the machine frame, a packaging mechanism used for transversely and/or longitudinally packaging objects on the lifting platform is arranged at the position, located at the top end of the lifting channel, of the machine frame, and a conveying receding opening is formed at the position, located at the side, close to the output conveying belt, of the lifting platform, of the lifting channel. The machine frame or the lifting platform is provided with an output mechanism used for inputting the objects on the lifting platform to the output conveying belt from the conveying receding opening. The technical problem that the working efficiency is lower when existing tobacco cartons are subjected to film sleeving packaging is solved. The invention further provides a tobacco carton three-dimensional packaging method.

The invention discloses a multi-chip contact type intelligent card slot milling packaging device comprising a slot milling device and a packaging device, which are connected together. The packaging device comprises packaging modules, which comprises chip belt supply mechanisms, chip blanking mechanisms, and chip conveying packaging mechanisms. The card conveying guide rail of the slot milling device is provided with two packaging stations corresponding to the packaging modules, and each packaging station is provided with a card positioning mechanism. The two chi belt feeding mechanisms are provided, and each chip belt supply mechanism comprises a chip belt and a chip belt conveying mechanism. The chip belts of the two chip belt supply mechanisms are extended parallely along a direction vertical to the card conveying direction, and the conveying directions of the conveying belts of the two chip belt supply mechanisms are opposite to each other. The multi-chip contact type intelligent card slot milling packaging device is suitable for slot milling packaging of single-chip cards, and is suitable for slot milling packaging of multi-chip cards. When the multi-chip contact type intelligent card slot milling packaging device is used for the slot milling packaging of the multi-chip cards, the multi-chip contact type intelligent card slot milling packaging device has advantages of fast packaging speed, high production efficiency, and high packaging precision.

The invention relates to a return plug type air packaging device. Two thermoplastic film layers are subjected to thermal plastic packaging twice to form a three-dimensional packaging body which is provided with an opening and can seal the air, the three-dimensional packaging body comprises a plurality of independent sealing air chambers and a main channel, the main channel is provided with an air inlet, each sealing air chamber is communicated with the main channel by virtue of a check valve composed of a check valve film, the three-dimensional packaging body is also internally provided with an inner bag which can not be aerated, and the inner bag is formed by plastically packaging an outward extending section at one side of an opening of the packaging body and the other side of the opening or the outward extending section at the other side and is suspended in the inflated three-dimensional packaging body. The invention provides an air packaging device applicable to packaging of materials which are about to be packaged and provided with edges on the surface. By applying the packaging device, the packaging film for the materials to be packaged is saved; and meanwhile, a packaging film packaging process is eliminated, the packaging time is greatly reduced, and the accident probably existing in the packing process is further reduced, thus the cost is saved.

The invention relates to a packaging box and a packaging method, in particular to a glass packaging box and a packaging method. The packaging method specifically comprises the steps that 1, plugs for glass packaging buckle boxes are manufactured according to the thickness of glass to be packaged; 2, the glass packaging buckle boxes are manufactured; 3, two steel belts are packaged to outer box bodies of the glass packaging buckle boxes through a steel belt die; 4, groove boxes shorter than the glass to be packaged are manufactured; 5, the glass to be packaged is packaged on a packaging workbench; 6, the suspended packaged glass is directly hoisted to a storage area to be contained into a cabinet. The glass packaging box and the packaging method have the advantages that the upper and lower groove boxes are manufactured, so that the problem that naked packaged glass cannot be directly placed into the lower groove box by a hoisting belt for years is solved, and the packaging time is greatly shortened; the left and right buckle boxes are utilized for load bearing, so that glass hoisting and prepackaging are achieved; the formed outer package is neat, attractive, elegant, solid and convenient to store, convey and use.