166results about How to "Realize automatic packaging" patented technology

The invention discloses a chip packaging method and a packaging assembly. The chip packaging method comprises the steps of forming a first packaging layer on multiple chips, wherein the multiple chips comprise opposite first surfaces and second surfaces respectively, and multiple first conductive convex blocks formed on the first surfaces; forming a re-wiring layer on the surface of the first packaging layer; forming multiple second conductive convex blocks on the re-wiring layer so as to form the packaging structure; and separating the packaging structure into multiple packaging assemblies, wherein the re-wiring layer enables the multiple first conductive convex blocks to be connected to the multiple second conductive convex blocks so as to provide a conductive path from the multiple chips to an external circuit. According to the chip packaging method, a lead frame and a bonding wire can be saved, so that flexible pin layout is allowed, and the electrical performance of the packaging assemblies is improved.

The invention relates to a method for automatically packaging an APK (Android Package) installation package on a server. The method at least comprises the following steps that: establishing a Jenkins platform on a management server in advance, and establishing a gradle command task on the platform; obtaining the test code of a target item code by the management server, generating a test item set, and storing the test item set in a git library; automatically obtaining a target test item set from the specific git library by a Jenkins execution node in fixed time, adopting a gradle tool to compile and package an obtained target test item set file by the gradle tool, and generating an APK file; and through an interface script file, moving the generated APK file to an appointed catalogue. The invention aims to establish an automatic operation method and system capable of efficiently, accurately and continuously packaging the APK installation package.

The invention discloses a rice sub-packaging line, and belongs to the technical field of central kitchen equipment. The rice sub-packaging line comprises an automatic lunch box blanking machine, a rice sub-packaging machine, a sealing machine, a sucker transferring device, a plate chain conveyor and a rice lifting machine, wherein the automatic blanking machine, the rice sub-packaging machine, thesealing machine and the sucker transferring device are sequentially arranged above the plate chain conveyor; the rice lifting machine is arranged on the side part of the rice sub-packaging machine; and the rice pouring direction of the rice lifting machine directly faces a rice feeding part of the rice sub-packaging machine. According to the rice sub-packaging line provided by the invention, thewhole process of automatically loading rice, automatically discharging lunch boxes, sub-packaging the rice, covering the rice with films, and transferring out of the sub-packaging line is automatic.

The invention relates to the field of production of woven bags, in particular to a production assembly line for woven bags. The production assembly line comprises a ribbonfil production device, a circular weaving device, a roll printing device, a cutting sewing device and a packaging device. Raw materials are heated, melted, extruded and formed into ribbonfil through the ribbonfil production device, the circular weaving device weaves the continuous cylindrical woven bags through the ribbonfil, the woven bags are printed with patterns and characters through the roll printing device, and the printed woven bags are cut off and sewn through the cutting sewing device, then discharged from the cutting sewing device and automatically packaged through the packaging device finally. The production assembly line for the woven bags has the advantages that the production assembly line for the woven bags can achieve production of the woven bags, the overall production efficiency and automation degree are high, the product quality is good, and the production assembly line is suitable for large-scale popularization.

The invention discloses a packaging machine and a packaging method for a dual-interface card. The packaging machine comprises a card-in carrying arm, a Y-direction antenna correction group, a chip turning group, an antenna correction butt-welding group, a charge coupled device (CCD) detection group, a chip push-over group, a first non-contact detection group, a correction spot-welding group, a first hot-welding group, a second hot-welding group, a cold-welding group, a contact detection group, a second non-contact detection group and a cartridge group. By adoption of the scheme, the packaging machine packages a chip of the dual-interface card on the dual-interface card with an antenna selected mechanically or manually, achieves the technical effect of automatic packaging, and can be operated singly or operated by connecting with other equipment. During single operation, automatic card distribution operation and automatic packaging can be realized only by placing the card base with the selected antenna on a material-discharging conveying belt without manual operation, and the operation is flexible and convenient.

The invention discloses a steel ball racking machine comprising a rack, a funnel arranged on the rack, an upper valve sealing mechanism, a lower valve sealing mechanism, a racking cylinder, an upper chute, a discharge cylinder, a lower chute, a discharge pipe and a control system, wherein the upper valve sealing mechanism comprises a first supporting plate arranged on the rack, a first driving mechanism is arranged on the first supporting plate, a first transmission mechanism is connected to the first driving mechanism, a first propelling mechanism is connected to the first transmission mechanism, and an upper valve is connected to the first propelling mechanism; the discharge cylinder is arranged on the bottom surface of a second supporting plate, a discharge hole is arranged in the discharge cylinder, a material storage cavity is communicated with the discharge hole, and a lower valve can simultaneously seal the outlet of the material storage cavity and the inlet of the discharge hole; the lower chute is arranged on the discharge cylinder, the lower valve is located in the lower chute, and the inlet of the discharge hole is located in the bottom surface of the lower chute; the discharge pipe is connected with the discharge cylinder; and the control system is electrically connected with the first driving mechanism and a second driving mechanism.

The invention relates to an automatic distribution/cage loading machine for scallop seedlings. The machine comprises a cylindrical distributing roller (3) arranged on a machine frame, a plurality of holes formed in parallel on the cylindrical surface of the distributing roller (3), and distributing boxes (4) respectively arranged inside the holes. A plurality of discharge passages are formed by a plurality of discharge partitions (6) fixed on the machine frame below a feed hopper (1). The upper ends of the discharge passages are corresponding to the positions of the distributing boxes (4) and the lower ends thereof are positioned corresponding to the opening of each cultivation space of a scallop cage (5). The distributing roller drives the distributing boxes to rotate forwards or reversely at the predetermined angles, thereby realizing the automatic separate loading of the scallop seedlings. The automatic distribution/cage loading machine has the advantages of improved labor environment, high production efficiency and accurate distribution amount. Additionally, the automatic distribution/cage loading machine adopts the brush with flexible bristles to prevent the scallop seedlings from being crushed and damaged and thereby ensuring the safe loading of the scallop seedlings.

The invention discloses full-automatic machine part visual flaw detection equipment. The equipment comprises a feeding device and a detection device, the feeding device is connected with a feeding rail, the detection device comprises a first view finding mechanism, a first conveyor, a turnover mechanism, a second view finding mechanism, a second conveyor, an arrangement mechanism and a third viewfinding mechanism, an output end of the feeding rail faces the first conveyor, the first conveyor is positioned above the second conveyor, the turnover mechanism faces the second conveyor, and the arrangement mechanism is positioned between the second conveyor and the third view finding mechanism. The invention also discloses a full-automatic machine part visual flaw detection method. According tothe equipment and the method, through the cooperation of a vibration disc, the first view finding mechanism, the first conveyor, the turnover mechanism, the second view finding mechanism, the secondconveyor and the third view finding mechanism, comprehensive, efficient and rapid detection on the front surface, the back surface and the side wall of a part is realized, the false detection rate isreduced, the correct and reliable detection result is ensured, the detection efficiency is accelerated, and the cost is effectively reduced.

The invention discloses an automatic tape-wrapping machine used for wrapping a heat-radiating fin with an insulating tape. The tape-wrapping machine comprises a machine frame, a main shaft, heat-radiating fin holders, a tape and reel holder, a sliding rail, a sliding block, a knife holder and a cutting knife, wherein the main shaft is installed on the machine frame; a main shaft driving device isarranged in the machine frame; the main shaft driving device drives the main shaft to rotate; more than two heat-radiating fin holders are arranged on the main shaft; a heat-radiating fin holder driving device drives the heat-radiating fin holders to rotate; heat-radiating fin splicing positions for splicing the heat-radiating fins are formed on the heat-radiating fin holders; the tape and reel holder for installing the tape is fixedly installed on the machine frame; the side of the main shaft is provided with the sliding rail; the sliding block capable of sliding along the sliding rail is arranged on the sliding rail; the knife holder is fixedly installed on the sliding block; the cutting knife is installed at the front end of the sliding block; a cutting knife driving device is arrangedon the machine frame; and the cutting knife driving device drives the cutting knife to move back and forth. Through a skilful design, the insulating tape can automatically wrap the heat-radiating fin, so production efficiency is greatly enhanced and quality of the heat-radiating fin can be effectively ensured.

The invention discloses a packing and stacking device for a smoke alarm assembly production line, belonging to the field of product assembly equipment. The packing and stacking device comprises a packing box feeding device, a grabbing and packing device, a conveying device and a stacking device, wherein the conveying device is arranged between the packing box feeding device and the stacking device; the packing box feeding device comprises a package pushing and conveying mechanism and a baffling mechanism; the package pushing and conveying mechanism and the baffling mechanism are arranged on one end of the conveying device; the grabbing and packing device stretches over the conveying device and the product assembly line; the stacking device comprises a stacking pushing and conveying mechanism, a stacking pushing-out mechanism and a lifting stacking mechanism; the stacking pushing and conveying mechanism is arranged on one side of the conveying device; the lifting stacking mechanism is arranged on the other side of the conveying device; and the stacking pushing-out mechanism is arranged on one side of the lifting stacking mechanism. According to the packing and stacking device, manual packing and stacking work is replaced by mechanical equipment, so that packing and stacking efficiency for smoke alarms is greatly improved; and manual labor intensity and labor cost are lowered.

The invention discloses a method for actively packaging a blue light LED chip based on white light LED, which comprises the following steps: preparing blue light-sensitive photosensitive resin liquid; mixing fluorescent powder into photosensitive resin; presoaking an LED semi-finished product in the photosensitive resin; inversely soaking the LED semi-finished product into the photosensitive resin liquid; soaking the edge of a chip substrate into the photosensitive resin; conducting low operating current to an LED chip to make the chip luminate; triggering the photosensitive resin to polymerize and forming a photosensitive resin core on light emergent surface of the LED chip; slowly lifting the LED semi-finished product to a liquid surface separating from the photosensitive resin liquid, wherein a semi-sphere or a semi-sphere like photosensitive resin liquid drop is attached to the photosensitive resin core and the chip substrate; conducting middle operating current for the LED chip to make the chip luminate, exciting the photosensitive resin liquid drop to solidify; conducting high operating current to a solidified sample of the photosensitive resin liquid drop to make the LED chip laminate; solidifying and decoloring the sample or decoloring the sample through insolation by the sun, or decolcoring by violetray irradiation; and finally cleaning the sample.

The invention discloses a woven bag packing device. The woven bag packing device comprises a clamping jaw slide block arranged on a frame in a horizontal sliding mode; the clamping jaw slide block isprovided with an upper clamping jaw and a lower clamping jaw; the upper clamping jaw and the lower clamping jaw can mutually approach and leave, and both comprise at least two parallel cantilever jaws; the cantilever jaws are parallel to the sliding direction of the clamping jaw slide block; woven bag support pieces are arranged in the pointing directions of the cantilever jaws; the heights of thewoven bag support pieces meet that the upper clamping jaw and the lower clamping jaw clamp stacked woven bags to transversely shift onto the woven bag support pieces and the woven bag support piecesare not interfered with the cantilever jaws; pressing mechanisms are arranged above the woven bag support pieces, and move down to press the positions between the adjacent cantilever jaws of the upperclamping jaw on the woven bags; and annular packing belts are arranged around moving trajectories above the woven bag support pieces for the woven bags. The woven bag packing device has the advantages of higher packing efficiency, higher automation degree and higher safety.

The invention discloses an energy-saving and environment-friendly sewage treatment walking robot device which comprises a rack, wherein a walking device is arranged on the rack and comprises a walkingmotor and six walking foot tools; the walking motor is arranged on the rack; three rack guide rails arranged in parallel are arranged on the rack; the rack guide rails are arranged on the same horizontal plane; length directions of the rack guide rails are the same as an advancing direction of the walking device; one walking foot tool is arranged at each of the front part and the rear part of each rack guide rail; and the walking foot tools comprise vertical guide slide rails arranged along the rack guide rails in a sliding manner, and guide rail brackets fixedly arranged on the rack guide rails. The walking device can walk stably; alternating movement of six support legs can be achieved only by one walking motor to achieve a walking function; and the device is ingenious in structural design. A subpackage device can achieve real-time adjustment of subpackage capacity; automatic subpackage is achieved by a simple mechanical mechanism; and the device has practicability.

The invention discloses a system and a method for realizing automatic packing. The system comprises a center machine and at least one packing machine, wherein a first script for providing a task issuing interface is arranged in the center machine, and a second script for providing a packing interface is arranged in the at least one packing machine; the center machine is used for receiving a call request of the task issuing interface and running the first script so as to send a call request of the packing interface and a data packing task to the at least one packing machine; the at least one packing machine is used for running the second script to pack data after receiving the call request of the packing interface and the data packing task. According to the system and the method, automatic data packing is realized, data packing based on manual command input is not required, labor resources are saved, the defect that packing cannot be performed due to a manual input error is overcome, the system is convenient to operate, and the packing efficiency and accuracy are improved.

The invention discloses liquid crystal display screen packaging and code spraying equipment. The liquid crystal display screen packaging and code spraying equipment comprises a display screen conveying line, a foam box conveying line, a carton conveying line, a transition roller conveying line, a tail roller conveying line, an adhesive tape sticking machine and a code spraying machine, the displayscreen conveying line, the transition roller conveying line and the tail roller conveying line are co-linearly arranged, and the foam box conveying line is arranged on the back side of the display screen conveying line in parallel. According to the liquid crystal display screen packaging and code spraying equipment, display screens, display screen packaging foam and display screen packaging cartons are transported independently and placed through a turnover adsorption assembly and a display screen adsorption assembly, the tedious step that foam needs to be manually added and then encasement is conducted traditionally is omitted, and automatic packaging of the display screen packaging foam and the packaging cartons in the earlier stage is achieved; a stacking assembly is arranged, and thepurchase cost of an enterprise is reduced compared with robot stacking; and the overall automation degree of the device is high, the working efficiency is high, the use prospect is wide, and more labor cost is reduced.

The invention discloses a garbage can with a packaging device. The garbage can comprises a garbage can body and a garbage bag, wherein the garbage can body comprises an inner barrel and an outer barrel; the garbage can is characterized by further comprising a control panel, a control switch, a storage battery, a micro air pump, a plurality of telescopic assemblies and air push pipes; the control panel is positioned on the side wall in the outer barrel, and the control panel and the outer barrel are in threaded connection; the control switch is positioned on the side wall outside the outer barrel, and the control switch and the outer barrel are in gluing connection; the storage battery is positioned at the center of the bottom end in the outer barrel, and the storage battery and the outer barrel are in threaded connection; the micro air pump is positioned at the bottom end in the outer barrel, and the micro air pump and the outer barrel are in threaded connection; the telescopic assemblies surround the upper end of the side wall of the outer barrel of the garbage can; the air push pipes are positioned in the telescopic assemblies, and the air push pipes are in buckling connection with the telescopic assemblies. The garbage can realizes automatic packaging of garbage and is simple in structure and powerful in function; furthermore, the operation of a user is greatly facilitated, and the sanitation condition is improved.

The invention relates to a bagging device, in particular to a medicine dreg bagging device. According to the technical purpose to be achieved, the medicine dreg bagging device is provided, medicine dregs can fall into a garbage bag automatically, and labor is saved. According to the technical implementation scheme, the medicine dreg bagging machine comprises a support and the like. The support isarranged on the ground, and two step plates are arranged on the left side of the support. A frame body is arranged on the top of the support. A discharging device is arranged at the lower portion of the frame body. The discharging device comprises bearing seats, a rotating shaft, a semicircular protrusion, a supporting rod, a motor, insertion rings, first guide rods, clamping blocks, circular rings and rubber protrusions. The bearing seats are symmetrically installed at the lower portions of the left wall and the right wall of the frame body in an embedded manner, and the rotating shaft is connected between the bearing seats on the left side and the right side. By means of the medicine dreg bagging device, a user controls the motor to rotate clockwise, the diameter face of the semicircularprotrusion rotates in the clockwise direction, the medicine dregs in the frame body can automatically fall into the collecting bag, when the collecting bag is filled with the medicine dregs, the usercan control the motor to stop rotating, and then the collecting bag is packaged.

The invention provides a layering method for plasma, blood platelets, leukocytes and erythrocytes in a high-speed centrifugal manner. The method comprises the following steps that firstly, blood of apatient is quantitatively introduced into a test tube assembly for storage, the test tube assembly containing the blood is installed and inserted into a packaging mechanism, the test tube assembly andthe packaging mechanism are in an isolated state, and a liquid containing part formed by the test tube assembly and the packaging mechanism is integrally installed on a centrifugation device; then, the centrifugation device is started, and the centrifugation device is started to drive an outer-layer tube and the packaging mechanism to rotate to be centrifuged until the blood in the outer-layer tube is centrifuged layered and sequentially comprises a plasma layer, a blood platelet layer, a leukocyte layer and an erythrocyte layer from top to bottom; and finally, an automatic control device isused for switching the state between the test tube assembly and the packaging mechanism from an isolated state to a communicating state, the test tube assembly sequentially discharges all the layers of the layered blood from top to bottom into the packaging mechanism for independent containing, and the plasma layer, the blood platelet layer, the leukocyte layer and the erythrocyte layer which areindependently contained are taken out for later use by a user.

The invention relates to a compression, cutting, forming and automatic packing device for biomass fuel. The compression, cutting, forming and automatic packing device comprises a compression device, a cutting-off device and a packing device, wherein the compression device is used for compression forming of viscous material chips, the cutting-off device is used for cutting off the compression-formed biomass fuel into biomass fuel rods with the required sizes, and the packing device is used for encasing the cutting-off-formed biomass fuel rods and automatically packing the biomass fuel rods. Compared with the prior art, the biomass fuel rods can be packed automatically, so that the packing efficiency is high.