511results about How to "Fast packing" patented technology

The invention discloses an IC automatic detecting braiding method and an automatic pallet type detecting braiding machine, comprising a pallet-transport device, a braiding packing device, a waste materials collecting device. A PC control system and an electrical control system as well as a pallet-separate device are arranged on the front end of the pallet transport device and an empty pallet-collect device is arranged on the back end. The braiding lead direction of the braiding packing device is vertical to the pallet-transport direction of the pallet-transport device. A face side scan device and a back side device for detecting IC as well as a catch-and-put device for catching IC from the pallet are orderly arranged in the transportation range of the pallet-transport device. The catch-and-put device is electrically connected with the PC control system and the electrical control system and is a classification catch-and-put device which can classify the ICs according to the detecting results of the face side scan device and the back side device and then send the eligible ICs to the braiding packing device and the unqualified ICs to the waste materials collecting device. The braiding machine has the advantages of good accuracy and reliability for scanning and detecting, rapid speed for braiding and packing, low composite cost and high production efficiency.

The invention discloses a container loading method based on an ant colony algorithm. The method takes into consideration overall constraints such as the load capacity of a container, the stability of cargo placement, the convenience of loading and unloading and so on, and introduces the ant colony algorithm for a group of goods to be loaded in order to search for a stowage solution allowing for high space utilization rate. The specific proposal of the method is as follows: firstly, searching for the sequence of the goods to be loaded which allows the goods after being loaded to meet the constraints and get good space utilization rate; and secondly, loading goods according to the searched stowage solution allowing for high space utilization rate, wherein the stowage solution contains information on how goods to be placed. The container loading method of the invention has high use value.

Multi-layer biaxially oriented polylactic acid (BOPLA) film with a novel formulation improves the heat seal initiation temperature and heat seal performance of BOPLA films while maintaining good optical clarity. The film may include a core layer including polylactic acid base polymer resin, and a heat sealable layer including amorphous polylactic acid base polymer and a modifier comprising polycaprolactone or poly(butylene-adipate-co-butylene terephthalate).

The invention discloses a packaging process and packaging equipment for a large-specification ceramic tile. Three independent working faces are included. The centering process, the alignment patting process and the corner wrapping process of a tile stack are finished on the first working face; the prepackaging location of the tile stack is finished on the second working face by using pre-placed box packaging paper; the tile pack packaging is finished in the process of the tile stack falling to the third working face; and finally, the outlet tiles of the tile pack are conveyed on the third working face. The packaging equipment comprises three working platforms, wherein the first working platform is provided with a centering mechanism, an alignment patting mechanism and a corner picking and placing mechanism; the second working platform is provided with a vertical packaging device; and the third working platform is arranged below the second working platform and is provided with an outlet tile conveying device. The invention adopts a brand-new packaging process flow and the packaging equipment with a brand-new layout to package the large-specification ceramic tile, makes the packaging speed greatly improved under the condition of ensuring the packaging quality stability and realizes automatic high-speed corner-wrapping packaging.

This application discloses four types of order information processing methods and apparatus, an electronic device, and an order information processing system. A first order information processing method comprises the following steps: a set of orders to be delivered is obtained; according to a preset order batching rule, orders in the set of orders to be delivered are divided into different batchesof orders to form a set of batch orders to be distributed; for each batch order to be delivered, information of at least one delivery parcel corresponding to each batch order to be delivered is generated. Via the methods provided in the present application, delivery parcel information corresponding to each batch order to be delivered instead of the delivery parcel information corresponding to theorders may be generated, and one batch order to be delivered may correspond to information of one or more delivery packages, and information of one delivery package may include information of multiple commodity objects related to multiple orders; via this processing method, commodities listed in the orders can be packaged according to batches, product packaging operation for individual orders canbe prevented, and therefore speed of product packaging can be improved.

The invention discloses a case packing mechanism enabling a paper box to be opened in a stretching mode. The case packing mechanism is characterized by comprising four angle-shaped supporting guiding boards, the angle-shaped supporting guiding boards can be inserted into a paper box barrel and correspond to the four corners of the paper box barrel to enable the paper box barrel to be opened in a stretching mode. The upper supporting guiding board and the lower supporting guiding board at the same side are provided with a clamping seat mechanism capable of driving the upper supporting guiding board and the lower supporting guiding board to be opened and closed, and when the four angle-shaped supporting guiding boards are opened in a stretching mode in parallel, a channel for objects to be contained to pass is defined. According to the case packing mechanism, due to the fact that the four angle-shaped supporting guiding boards are used for enabling the paper box to be opened in a stretching mode and fixing the paper box, and then the channel defined when the four angle-shaped supporting guiding boards are opened in a stretching mode in parallel is used for guiding the objects to be contained in, and the objects to be contained are pushed in the paper box. The case packing mechanism can directly pack finished bricks very conveniently for the wall and floor tile industry, the case packing speed is fast, procedures are easy, the most trouble packing procedures are removed, and the production efficiency is greatly improved.

The invention discloses a vertical bag boxing machine, which comprises a vertical bag mechanism (1), a grasping mechanism (2) and a frame body (3), wherein the grasping mechanism (2) is arranged on the frame body (3); the vertical bag mechanism (1) is connected on the grasping mechanism (2); the vertical bag mechanism (1) is composed of a servo motor (11), a drive chain wheel (12), a chain (13) and a groove plate (14); the servo motor (11) is connected on the drive chain wheel (12); the chain (13) is arranged on the drive chain wheel (12); the groove plate (14) is fixed on the chain (13); thegrasping mechanism (2) is composed of a lateral face inserting mechanism (21), a hand grip mechanism (22) and a bag spacing control mechanism (23); and the hand grip mechanism (22) and the bag spacing control mechanism (23) are respectively arranged at two sides of the lateral face inserting mechanism (21). The vertical bag boxing machine is stable to grasp, low in bag falling rate and fast in boxing speed, cause no damage to soft bags in a grasping process and can realize full-automatic grasping and boxing of bags.

The invention discloses an envelope type thin film packaging machine, which can improve the stability and the packaging speed. The envelope type thin film packaging machine comprises a rack, a conveying device, a sub-packaging device and an envelope sealing and cutting device, the conveying device, the sub-packaging device and the envelope sealing and cutting device are arranged on the rack, wherein the conveying device comprises a front conveying belt and a rear conveying belt which are arranged linearly and are combined with each other, the sub-packaging device is arranged above the rear conveying belt and comprises two gate opening and closing mechanisms and an alignment channel, the two gate opening and closing mechanisms cross over the rack, the alignment channel is arranged between the two gate opening and closing mechanisms, each gate opening and closing mechanism is provided with an opening and closing gate corresponding to a corridor; and a bottle distributing device which ismatched up with the alignment channel is arranged on the front conveying belt. The invention prevents the interference between conveying and sub-packaging, and improves the stability and the packaging speed of the whole device.

The invention discloses a plastic bag packing machine which is used for packing plastic bags. The plastic bag packing machine comprises a rack, a folding loading device, a supporting plate swing mechanism, a clamping output device and a mechanical arm conveying device, and is characterized in that the rack is provided with a swing type bag fetching and mouth opening device. The swing type bag fetching and mouth opening device is composed of a suction plate, a swing device, a lifting mechanism, a bag storage plate and a mouth opening mechanism, the swing device is connected with the suction plate and mounted on a bracket of the lifting mechanism, the suction plate can ascend and descend along with the bracket and swing front and back at the bracket under driving of the lifting mechanism and a swing device, the suction plate descends for a certain distance and then swings backwards and sucks packing bags in the bag storage plate, the packing bags are sucked when the suction plate ascends, swings and rotates to an initial position, the bottom layers of the packing bags are fixed to the suction plate, and the mouth opening mechanism sucks the upper layers of the packing bags to form openings. The plastic bag packing machine is compact in structure, high in efficiency and capable of carrying out packing by using common packing bags.

The invention discloses a full-automatic film banknote bundling machine, which is mainly used for alignment packaging of printed matters such as banknotes, bank documents, bills and the like, and comprises a feed conveying mechanism, a stacking and steering mechanism, a primary pushing mechanism, an arranging and ejecting mechanism, a secondary pushing mechanism, a heat sealing mechanism, a discharging mechanism, a labeling mechanism and a PLC (programmable logic controller) control system. The running principle of the full-automatic film banknote bundling machine includes the steps: firstly, automatically conveying, stacking and counting banknotes in a single bundle, steering the banknotes for 180 degrees, and pushing the banknotes in ten bundles into the arranging and ejecting mechanism for arrangement and ejection by the aid of the primary pushing mechanism; then, pushing the banknotes in ten bundles into the heat sealing mechanism for heat sealing and bundling by the secondary pushing mechanism; and finally, after bundling is completed, utilizing the discharging mechanism to push banknote bundles onto a discharge conveying mechanism, and then labeling, namely, the whole process including counting, stacking, steering, arranging, bundling and labeling is completed. The full-automatic film banknote bundling machine has the advantages that the full-automatic film banknote bundling machine is high in automation level, stable in performance and high in cost performance, operating efficiency is improved and packaging material cost is reduced by the aid of the bundling mode, and the full-automatic film banknote bundling machine has extremely high professional popularization value.

The invention provides section bar automatic packaging equipment. The section bar automatic packaging equipment comprises a packaging paper feeding mechanism, a section feeding mechanism, a vertical folding mechanism, horizontal folding mechanisms, a packaging mechanism, a clamping and feeding mechanism, a pushing mechanism and a control mechanism, wherein the packaging paper feeding mechanism is used for lifting, pulling out and shearing and paving packaging paper on a platform; the section feeding mechanism is used for transferring and locating a section bar in the middle part of the platform where the packaging paper is paved; the vertical folding mechanism is used for adjusting the side edge separation distance of the packaging paper and bending the side edge of the packaging paper paved on the platform; the horizontal folding mechanisms are used for adjusting the side edge separation distance of the packaging paper and bending the side edge of the packaging paper paved on the platform and then horizontally folding the upper part of the side edge of the packaging paper, so that the packaging paper wrap the end surface of the section bar; the packaging mechanism is used for winding and sealing the packaging paper which wraps the section bar; the clamping and feeding mechanism is used for a reciprocating motion to transfer the section bar wrapped by the packaging paper to the packaging mechanism; and the pushing mechanism is used for compacting the opening of the packaging paper which wraps the end surface of the section bar. The section bar automatic packaging equipment provided by the invention can solve the problems that the efficiency is low and the labor intensity is great due to a manual operation, so that the packaging efficiency and quality of the section bar are improved.

The invention discloses a packaging method for an organic light-emitting diode (OLED) display. A rear cover of the organic light-emitting diode display also comprises at least one ring of continuous bumps surrounding the light emitting region at the periphery of the light emitting region; and a water-absorbing protection layer covers the surface of each pixel display region of a substrate. The method comprises the following steps of: coating a packaging adhesive at the periphery of the light emitting region of the rear cover, wherein the packaging adhesive surrounds the light emitting region and completely covers the at least one ring of bumps surrounding the light emitting region; aligning and pressing the rear cover coated with the packaging adhesive and the substrate; and curing the packaging adhesive. By using the rear cover provided with bumps at the periphery of the light emitting region, the required adhesive strength between the rear cover and the substrate can be ensured, the distance between the rear cover and the substrate can be greatly reduced, and the capability of the OLED of preventing the penetration of vapor and oxygen can be enhanced; and the vapor penetrated into the OLED can be adsorbed by further covering a transparent water-absorbing protection layer on the pixel display region, so that the organic functional layer is protected.

The invention discloses smart card chip packaging equipment. The smart card chip packaging equipment comprises a working table, a card conveying device, a chip packaging device and a chip feeding device, wherein the card conveying device, the chip packaging device and the chip feeding device are arranged on the working table. The card conveying device comprises a card conveying mechanism used for intermittently conveying cards to be packaged to a packaging station one by one; the chip feeding device comprises a chip belt conveying mechanism, a blanking die and a blanking mechanism, and the chip belt conveying mechanism is used for conveying chips on a chip belt to a blanking station one by one; the chip packaging device comprises a packaging mechanism used for transferring the chips which have been blanked to the cards for packaging; the conveying direction of the chip belt conveying mechanism is perpendicular to the conveying direction of the card conveying mechanism, the chip belt penetrates through the position below the packaging station in the card conveying device, and the blanking station in the chip feeding device is arranged at the position tightly attached to the packaging station in the card conveying device. According to the smart card chip packaging equipment, the movement stroke of the chips is shortened, and the packaging speed is increased.

Container systems used in storage, deployment or retrieval of a seismic cable array comprise a container, at least two coiling elements attached to a bottom side of the container, and storage means for allocating or accommodating, in an ordered arrangement, a number of seismic stations and/or a number of couplers/splices and/or other discontinuities which are being interconnected by sections of the seismic cable. Said storage means is arranged between said coiling elements and are attached to the bottom side of the container. The seismic cable is spooled or wound around said coiling elements. Corresponding methods of storing a seismic cable and deploying/retrieving the seismic cable are based on the use of at least two coiling elements and storage means for allocating or accommodating a number of seismic stations and/or a number of couplers/splices and/or a number of other discontinuities and arranged between said coiling elements.

The fully automatic double-station paper roll packing method features the separated paper roll hemming station set in the paper roll conveyer and hot pressing station with one paper roll conveyer in between. The separated setting realizes continuous packing and raises the work efficiency greatly. The packing machine features the paper roll conveyer between the two stations. The paper roll conveyer consists of elevator and conveyer.

The invention discloses a packaging bag vacuum sealing quick packing device. The packaging bag vacuum sealing quick packing device mainly comprises a machine shell, the machine shell is internally provided with two sealing cavities, two first transmission cavities and two second transmission cavities, the machine shell is internally provided with a driving cavity and a pumping cavity, the drivingcavity is internally provided with a driving mechanism, the pumping cavity is internally provided with a pumping mechanism, the upper and lower two second transmission cavities are internally providedwith transmission mechanisms, and the upper and lower two sealing cavities are internally provided with clamping and sealing mechanisms for fixing and sealing a packaging bag. When the device works,after air in the packaging bag is completely pumped away, the device can instantly conduct hot sealing treatment on the packaging bag; after sealing of the packaging bag is completed, the device can automatically release the packaging bag and stop a power supply of a heating part, and one time of vacuum sealing treatment is completed; and while packaging bag vacuum sealing quick packing integration is achieved, the packaging speed is increased, and power is saved.

The invention discloses an indexing and subcontracting mechanism for standard fastener detection. An indexing turntable is arranged above a machine table (5), and a first CCD camera is arranged above the edge of the indexing turntable ( 6), the second CCD camera (7) and the third CCD camera (8) are set next to the indexing turntable, and there is an anti-falling baffle (9) around the periphery of the indexing turntable. A slideway (10) is also provided next to it, and the outlet end of the slideway (10) is bifurcated to form a first distribution channel (10a) and a second distribution channel (10b). There is a first parts box (16), and a parts wrapper (17) with a counter is arranged beside the first parts box (16). The invention can be used to detect various standard fasteners, and can automatically sort and pack parts by category through a sorting and packaging mechanism while preventing the standard fasteners from falling off.

The invention relates to a support filling mechanism, in particular to an automatic support filling device for penicillin bottles. The device comprises a horizontal feeding mechanism, a bottle separation mechanism, a bottle pulling mechanism, a spiral track and a storage apparatus. The horizontal feeding mechanism comprises a delivery belt and tracks, wherein the tracks are arranged on two sides of the delivery belt, and wall plates are arranged on the rack on the two outer sides of the tracks. The bottle separation mechanism is composed of separation plates which are arranged in parallel and at equal intervals at the tail end of the delivery belt. The device is controlled through a programmable logic controller (PLC) and a human-computer interface touch screen, so that the automation degree is high, operation staff are few in a whole packing process, the labor intensity requirement is low, connection positions are tight, the operation is stable, the device is safe and reliable, bottles cannot be blocked and broken easily, labels on the penicillin bottles cannot be abraded, the packing quality is high, the packing speed is fast, the production efficiency is high, and integrated support separation and filling is achieved.

The invention provides an automatic bottled product encasing device. The automatic bottled product encasing device comprises a bottled product conveying mechanism, a shunting mechanism, an encasing mechanism, a box conveying mechanism and a controller. The bottled product conveying mechanism is provided with M conveying channels and used for arranging bottled products according to the preset number of rows/columns of the bottled products needing to be arranged in a box and guiding and conveying the bottled products. One end of the shunting mechanism is connected with a device inlet, the other end of the shunting mechanism is movably connected with the M conveying channels, and the shunting mechanism is used for movably shunting and guiding the bottled products conveyed from the single device inlet into the M conveying channels of the bottled product conveying mechanism. The encasing mechanism is connected with an outlet of the bottled product conveying mechanism and used for arranging the bottled products according to the preset number of rows/columns of the bottled products needing to be arranged in the box, after an array is formed, the whole array of the bottled products fall and are arranged in the box capable of being lifted. The box conveying mechanism is arranged on one side of the encasing mechanism. The encasing device is simple in structure, high in encasing speed and encasing stability, and capable of improving bottled product encasing efficiency and accuracy.

The invention discloses a tile cartonning device, which comprises a rack body, and is characterized in that a carton conveying rack, a carton placing rack, a carton driving mechanism, a carton erecting device and a tile pushing mechanism are sequentially arranged on the rack body from left to right. The tile cartonning device provided by the invention has the characteristics of reasonable and scientific structure design, reliability in operation, high cartonning efficiency, high cartonning quality and the like.