80 results about "Packaging Problem" patented technology

A magnetic recording medium including a magnetic layer 93 containing ferromagnetic powder and a binder, a support 91, and a backcoat layer 94, provided in this order, and being obtained by slitting to width a magnetic material of broad width and continuous length. The magnetic recording medium has no ridge protruding above the surface plane of the magnetic layer along the slit edge thereof. The magnetic recording medium achieves large recording capacity, is free from the tape pack problems such as appearance of a radial pattern and the output reduction problem, produces no fine scrapings in high speed running, which would cause head clogging and dropouts, thereby exhibiting good running durability and electromagnetic characteristics, and is particularly useful for computer data storage applications.

The invention discloses a hybrid beam forming method and device in a blind channel. The method comprises the following steps of: on the premise that the receiving signal-to-noise ratio is low and the receiving signal power is maximized, solving by adopting a stochastic gradient descent method according to the solving thought of a Rrassmann space packing problem, so that a simulation-domain beam forming pre-coding matrix of a base station side and a simulation-domain beam forming combination matrix of a user side are obtained; and, in combination with the simulation-domain beam forming pre-coding matrix of the base station side and the simulation-domain beam forming combination matrix of the user side, finding the optimal solution of a digital-domain equivalent channel matrix by adopting a transceiving iterative method based on the time-division duplex channel reciprocity, so that a digital-domain beam forming pre-coding matrix of the base station side and a digital-domain beam forming combination matrix of the user side are obtained. The hybrid beam forming method and device in the blind channel provided by the invention work in a blind channel state; channel state information does not need to be obtained in advance; the method and the device are not limited by channel types; therefore, the computing complexity is greatly reduced; and thus, the method and the device have relatively high practicability.

The present invention relates to a powder phase change energy storage material and a preparation method thereof, wherein the powder phase change energy storage material comprises a carrier and an inorganic phase change energy storage material adsorbed on the carrier, the inorganic phase change energy storage material is prepared from an energy storage material, a nucleating agent, a modifier and water, a weight part ratio of the energy storage material to the nucleating agent to the modifier to the water to the carrier is 35-50:0.1-1:0-15:35-50:20-25. According to the present invention, during the preparation, respectively weighing the energy storage material, the nucleating agent, the modifier and the water, uniformly stirring and mixing, adding the carrier, and uniformly stirring and mixing, wherein the interval time between the two stirring does not exceed 10 min; and compared with the material in the prior art, the material of the present invention has the following characteristics that the suitable packaging material and the suitable ratio are selected and the inorganic energy storage material is successfully and uniformly adsorbed into the system, such that the packaging problem of the material is solved, and the phase separation produced due to the long-term circulation of the material is solved.

As that warehouse material flow system needs to be stacked and assembled, such as stacking items as tightly as possible to conserve storage space in a warehouse, or stacking a plurality of finished packaged goods of a customer together for transportation during transportation to save transportation cost, the virtual container space is initialized according to the bottom size of the object to be stacked and the height limits of the transportation channel, the stack combinatorial problem is transformed into a multi-space packing problem, When a single virtual container space cannot hold all theitems to be stacked, a new virtual container space is initialized, and a stacking combination scheme with the least virtual containers and the highest space utilization rate is provided through the genetic algorithm, so as to improve the order combination rate and the stacking regularity, complete the stacking combination of the items, and reduce the waste of resources.

The invention provides a spiral-body-enhanced metal-based or polymer-based composite and a preparation method. The composite is formed by distributing an array formed by a plurality of spiral enhancing bodies in a metal matrix and combining the surface-modified spiral enhancing bodies with the metal matrix in a metallurgical manner. The metal matrix is made of frequently-used electronic packaging metal materials such as Al, Cu and Ag. The spiral enhancing bodies are formed by depositing diamond on a spiral-body-shaped substrate through a chemical vapor deposition method to obtain lining supporting diamond spiral bodies, and graphene or carbon nanotubes grow in the direction perpendicular to the surface to obtain a spiral diamond heat conductor structure with a vertical-array graphene wall or a carbon nanotube forest on the surface. The high-heat-conductivity composite is obtained by distributing the spiral enhancing bodies in the metal matrix to form an array and adding enhancing particles to further improve the heat conductivity. The composite can be used as electronic packaging, heat sink materials and the like, and the packaging problems of high-temperature, high-frequency and high-power electronic devices are solved.

The invention discloses a separate bottle conveying and automatic packing device, and belongs to the technical field of industrial robot application. The device comprises a conveying and separating device, a carrying device and a combined packing device, wherein the conveying and separating device comprises a conveying device and a separating device; the carrying device comprises an SCARA robot; the combined packing device comprises a conveying guide mechanism and a packing mechanism. By the adoption of the separating device, the carrying device and the packing device, the packing problem of existing bottles is effectively solved, and the automation degree is high; by the adoption of servo driving or cylinder driving, the separate bottle conveying and automatic packing device runs precisely and steadily; a PLC programming and human-machine interface is adopted for operation, so that the operation is flexible; the separate bottle conveying and automatic packing device can be widely applied to the field of industrial packing production, and is simple in structure, convenient to mount and debug and lower in mechanism manufacturing cost.

The invention provides a ternary tree planning calculation method for solving a three-dimensional packing problem. Based on an existing technology, X, Y and Z axes of a three-dimensional space are converted into three branches of a tree diagram of a ternary tree for study through creative problem solving ideas, and a packing sequence can be naturally formed; the level-wise search can be implemented, and the calculation process can be simplified; and meanwhile, by adopting the scheme, all directional constraint conditions can be taken into account, packed objects of which the front sides, rightsides and upper sides are spaces to be packed can be classified into the category, and a binary tree packing scheme parallel to the height direction can also be classified into the category. The technical scheme of the invention can make up for the problem of 'combination explosion' of multi-constraint conditions of the packing scheme; and compared with an existing packing scheme, the method hasthe following advantages: a ternary tree structure can be formed, and the packing sequence can be naturally formed; the level-wise search can be implemented, and the entire calculation process is simple and effective; through optimization calculations, a complete optimization result can be obtained; and the packing schemes of objects to be packed in different directionality can be proposed.

The invention discloses a flexible solar cell module and a preparation method and application thereof. The flexible solar cell module comprises upper skin, a first packaging adhesive film, a flexible solar cell array, a second packaging adhesive film, a supporting member, a third packaging adhesive film, and lower skin in a hot-pressing packaging in order from up to down, and the supporting member is a polymethacrylimide foam board. The preparation method comprises the steps of stacking the upper skin, the first packaging adhesive film, the flexible solar cell array, the second packaging adhesive film, the supporting member, the third packaging adhesive film, and the lower skin in order from up to down, and performing lamination. The flexible solar cell module is advantaged by low surface density, good bending and flexibility, suitability for being attached to airfoil curved surface, good reliability, no packaging problems such as warping, fragmentation, etc., and wide application in spacecrafts such as solar unmanned aerial vehicles, etc.

The invention discloses a mining hole packer and a hole packing method, and solves the hole packing problem of downward drilling holes and drilling holes filled with water. The mining hole packer comprises a drainage sleeve and a grouting pipe. The drainage sleeve is arranged at the hole pre-packing section of a gas drainage pipe. Pockets sleeve the two ends parts of the drainage sleeve respectively. The grouting pipe passes through the two pockets to be fixed on the drainage sleeve. The tail end of the grouting pipe is sealed. One-way valves are arranged at the position sections, in the pockets, of the grouting pipe. An explosion valve is arranged at the position section between the exteriors of the two pockets of the grouting pipe. The mining hole packer and the hole packing method can realize automatic hole packing, are convenient to operate, improve the drilling hole packing quality and the extraction effect, and besides, save manpower and material resources.

A non-adhesive packing method for the hot-fusible pressure-sensitive adhesive block includes such steps as fusing, extruding out which coating an antisticking film layer on its surface, cooling, and cutting to obtain quasi-cylindrical solid blocks.

The invention discloses a horizontal bagging bag-feeding-type packing machine comprising a rotating disc arranged on a worktable in an indexing-rotating mode. A bag feeding station, a bagging stationand a bag discharging are arranged on the periphery of the rotating disc. A machine clamp used for clamping a packing bag is arranged corresponding to each station. The horizontal bagging bag-feeding-type packing machine is characterized in that each machine clamp is provided with a machine clamp nozzle capable of being turned over back and forth from the horizontal direction to the vertical direction; and in the bagging station, the packing bags clamped by the machine clamp nozzles are placed horizontally, and materials are horizontally pushed into the packing bags after bag openings are opened. The packing bags can be horizontally clamped, and horizontal bagging is achieved, so that the bag-feeding-type packing problem of the vertically-bagged materials is solved.

The invention belongs to the field of electronic design automation technique, concretely a functional model of FPGA logic cells and a universal logic cell packing algorithm. The model firstly extracts functional components from the FPGA logic cells, then using the connection of the functional components and multi-channel switch selectors to describe the whole structure of logic cells, successively making different configurations on the logic cells to generate many available functional circuits formed only by connection of logic cells and the model can widely describe the structure of logic cells of the existing FPGAs and obtain all logic functions of logic cells by their corresponding available functional circuits. Based on the functional model of FPGA logic cells, the invention advances a universal logic cell packing algorithmí¬FDUPack whose kernel idea is to repeatedly make circuit diagram mode matching on each available functional circuit in the user circuit and which is a universal algorithm of processing various logic cell packing problems.

The invention discloses an LED display panel and a packaging method thereof, and relates to the display technical field. The LED display panel comprises a first substrate, a second substrate and sealing-in materials used for connecting the first substrate and the second substrate. In a non-display area of the LED display panel, one of the first substrate and the second substrate is provided with first attraction layers, the other one of the first substrate and the second substrate is provided with second attraction layers, and the first attraction layers and the second attraction layers can be attracted with each other through magnetic force. According to the LED display panel and the packaging method thereof, the phenomenon that the first substrate and the second substrate can be separated due to stress relief in the fusing process of the sealing-in materials can be effectively avoided, and accordingly the bad packaging problem is solved; meanwhile, ferro magnetic materials are good in thermal conductivity and also can be used as heat conduction layers, and thus the bad influence of heat released in the fusing process of the sealing-in materials on a light-emitting unit can be reduced.

A polymeric compound solid electrolyte for dye sensitization batteries and method for making same, including a polymer matrix, a redox couple, a silicone hydride coupling agent containing isocyanate functional groups and functional groups capable of complexing with inorganic sol particles after hydrolyzing, and a metal alkoxy compound generating inorganic sol particles after hydrolyzing, wherein, the inorganic sol particles are complexed with the polymeric matrix through sol gel in situ compounding. In the inventive polymer solid electrolyte, the inorganic sol particles are uniformly dispersed in the polymer matrix, the polymer solid electrolyte has good heat stability, simple and unique preparation method, no requirement of complicated equipment, capability of effectively resolving the packaging problems of sensitization batteries, and good application foreground in the field of dye sensitization batteries.

The invention discloses a packing machine which comprises a compression mechanism, a pushing mechanism, a packing material supply mechanism, a side edge brand-sealing mechanism and a two-in-one conveying mechanism, a reciprocating die box, a folding mechanism and a push-out mechanism sequentially mounted. According to the invention, the whole channel is a closed pipeline of which the cavity height is gradually reduced; all packed articles are in a completely restrained state in the whole conveying and packing process; if the packed article consists of several units, the neat shape can still be guaranteed; and the mounting mode and structure of a packing roller and the reciprocating die box and the folding mechanism can guarantee stable packing of the packed article in the condition that the moving direction does not change so that the whole machine can realize a high-speed operation effect. Through adopting the invention, the conveying and packing process of the packed article is simple and visual; when the packing machine is in use, the relative positions of the mechanisms can be adjusted to adapt to the dimensions of the packed articles with multiple specifications, and the packing material is supplied and folded in the condition that the speed and direction of the packed article do not change and the packed article moves continuously.

The present invention provides a light guide plate packaging structure for a microstructure array with a surface having quantum dots and a manufacturing method thereof. The packaging structure is a laminated structure, and comprises a barrier layer, a quantum dot microstructure array light modulation layer and a packaging layer. The packaging structure can employ a full ink-jet printing technologyfor preparation, and the manufacturing method of the packaging structure concretely comprises the steps of: on a basis that a substrate performs preprocessing to form the barrier layer, and uniformlymixed quantum dot slurry is molded at the lower surface of the light guide plate through ink-jet printing and is subjected to solidification to form the light modulation layer; and a layer of transparent barrier materials is subjected to point-to-point ink-jet printing on the light guide plate having quantum dot net points and is subjected to solidification to form the packaging layer. The packaging problem of the discretely distributed quantum dot microstructure arrays is solved, and compared to other packaging modes, the light guide plate packaging structure for the microstructure array with surface having quantum dots and the manufacturing method thereof are complete in function, simple in structure, simple in process and low in cost, and can be further popularized and applied to otherillumination fields.

The present invention relates to a container to be coupled either with a bottle or another container, for the sale of multicomponent articles. Particularly, the container being the object of the present application is provided with a hole, either a through or blind hole, in which the neck of said bottle or another similar container may be housed, so as to form a compact assembly having a smaller size. The invention solves the packaging problems that multicomponent articles, such as for example promotion articles may often involve.

The invention discloses a cooling silane intermediate storage tank with an outer coiled pipe, comprising an upper sealing head, a barrel body, a coiled pipe, a lower sealing head, a feeding pipe, a discharging pipe, a temperature measuring pipe, a coolant and heating medium feeding port, a coolant and heating medium outlet and a support, wherein the upper sealing head and the lower sealing head are connected with the upper end and the lower end of the barrel body to form a shell of the silane intermediate storage tank; the shell is arranged on the support; the coiled pipe is fixedly arranged on an outer wall of the shell; the lower hole of the coiled pipe is the coolant and heating medium feeding port; the upper hole of the coiled pipe is the coolant and heating medium outlet; therefore, a coolant and heating medium channel for cooling and gasifying silane is formed; and the feeding pipe and the discharging pipe for silane, and the temperature measuring pipe for measuring temperature are connected with the upper sealing head. The device disclosed by the invention adopts low-temperature low-pressure storage, has high safety and solves the material storage and gasification packaging problems during silane production well.

The invention discloses an OLED device, an OLED device manufacturing method and a display. The OLED device comprises a substrate, a functional layer, a first water absorption layer and an OLED device layer, wherein the functional layer is formed on the substrate; the first water absorption layer is formed on the functional layer and covers the functional layer except a light-emitting region; and the OLED device layer is formed on the first water absorption layer and the functional layer which is not covered by the first water absorption layer. According to the invention, the first water absorption layer is added between the functional layer and the OLED device layer of the OLED device, thus, the situation of out gassing generated in follow-up evaporation of organic materials and caused by water vapor or sol residuals generated in earlier-stage production technological process is avoided effectively. Finally, a problem of influence on service life of the conventional OLED device caused by a phenomenon of pixel shrinkage of the conventional OLED device caused by non-packaging problems is solved effectively.

The invention discloses a functional material and a special device for preparing multifunctional healthy running water. The functional material consists of components A and B which are grains. The component A is Tufuma, which contains ferric oxide, zinc, copper, magnesium and titanium. The component B comprises tourmaline, medical stone, Muyushi, good wine jade, selenium-rich stone (cinder), calcium sulfite and sticky pot clay. The special device is made of a stainless steel material; a whole cavity wall is provided with uniformly distributed pores; a partition layer is arranged in the middle of a cavity to divide the cavity into an upper cavity and a lower cavity; and the partition layer is also provided with pores. The upper cavity is used for holding the component B and the lower cavity is used for holding the component A. When the special device is used, the component B is placed above and the component A below in the special device and running water flows into a cup from top down. The material and the device of the invention have the main advantages of solving the packing problem of functional materials and providing purified, mineralized and activated functional water which meets the needs for micro elements of human bodies.

The invention discloses a packaging material of a high capacity film capacitor. The packaging material is prepared by mixing a component A with a component B, and the component A comprises bimaleimide modified phenolic resin, epoxy resin, ethyl acetate and butyl glycidyl ether; and the component B comprises a modified amine curing agent, zinc N-ethyl-N-phenyldithiocarbamate, a heat conduction strengthening agent, pentaerythrite tetra(4-hydroxy-2,5-t-butylphenylpropionate), anilinomethyltriethoxysilane, ethylimidazole, an anti-settlement agent and an antifoaming agent. The packaging material has an excellent electric insulation performance, so long-term stable working of the high capacity film capacitor is ensured; the packaging material has high heat conduction coefficient and low stress, so the high capacity film capacitor can be used in severe outdoor environment; and the packaging material also has the advantages of excellent weatherability, hot and cold impact resistance, good bonding force with metals and plastics, and solving of the insulation packaging problem of the high capacity film capacitor.

The invention discloses a wall-penetrating type air conditioner which comprises a main body and a curtain, wherein a front panel of the main body faces towards a room; the square curtain used for blocking a gap formed between the main body of the air conditioner and a wall body and the front panel are respectively and singly formed; the curtain is an assembled structure and can be moved front and back along a shell of the main body of the air conditioner; and the square curtain comprises an upper border, a lower border, a left border and a right border which are long and thin as well as four L-shaped connecting corners for connecting the upper boarder, the lower border, the left border and the right border. In the invention, the curtain and the front panel form a separate independent structure; a die is simple to manufacture; the curtain is extrusion molded, and the lengths at the upper side, the lower side, the left side and the right side of the curtain can be adjusted so as to adapt to a plurality of models; and the assembly is simple. The invention has the key point of solving the packaging problem and the advantages of low cost and low reject ratio while production and transportation. Moreover, the front and back positions of the curtain can be adjusted according to different wall thicknesses.

The invention discloses a packaging method for small-size PCBs. The packaging method includes the steps that gummed paper is selected and cut into the proper size; the small-size PCBs are uniformly distributed on the gummed paper, and then another gummed paper and the gummed paper are bonded; and the bonded gummed paper is overlaid in a packaging carton, and therefore packaging is completed. The problems that the small-size PCBs are prone to moving, collapsing and skewing in the packaging process are solved, or complex packaging methods for solving the problems are avoided, for example, special clamps and special packaging boxes are omitted. By means of the packaging method, the packaging problems of the small-size PCBs can be solved simply, quickly, safely and reliably.

The invention discloses an empty packing and condom pressing automatic detecting device and a detecting method in a condom sealed packing process. The detecting device comprises a sealed packing rail, a sealed packing mold, a condom loading rail and a cutter; a manipulator and an empty packing sensor for detecting if the manipulator clamps a condom are arranged above the connecting place between the condom loading rail and the sealed packing rail; a synchronous sensor is arranged on one side of the sealed packing mold; a condom pressing sensor is arranged on the outer side of a condom packing impressing position in the sealed packing mold; a condom pressing detecting device is arranged between the sealed packing mold and the cutter; and the manipulator, the empty packing sensor, the condom pressing sensor, the synchronous sensor, the condom pressing detecting device and the cutter are respectively connected with a control system. The detecting device can timely detect empty packing and condom pressing in the packing process, cuts off and isolates the empty packing and condom pressing products, and effectively reduces the risk of feeding the empty packing and condom pressing products in normal products in subsequent packing.

The invention relates to a method for artificial mass production of spider mite natural enemies. The method is characterized by including a spider mite breeding method, first-time breeding and continuous breeding methods for the spider mite natural enemies, a separating collection method for the spider mite natural enemies, a spider mite natural enemy packaging method and a cultivating matrix treatment and reutilization method. The method has the advantages that the method for breeding oligota sp., stethorus gilvifrons, acaroletes sp. and scolothrips takahashii is put forward for the first time and is capable of achieving mass breeding of the spider mite natural enemies, solving the collection and packaging problems of spider mite natural enemy resources and providing a key technical guarantee for commercialized utilization of the spider mite natural enemy resources.

The invention relates to an annealing strategy-based layout method for a circle packing problem, and the problem is that n given round cakes are arranged in a regular triangle container in a way that every two round cakes are not embedded mutually, wherein the side length of the triangle is L, and the minimal value of the L is determined. The method comprises the following steps: A, reading an input file, namely, data including the number of the round cake to be arranged and the Ri thereof (i is larger than or equal to 1 and smaller than or equal to n) for test cases; B, converting the problem of the circle packing problem in the triangular container into an unconstrained layout optimization problem through a quasi content strategy; C, solving the circle packing problem in the triangular container through a heuristic simulated annealing algorithm; D, taking the final layout obtained from the algorithm as an initial layout, and carrying out binary search to the side length L; and E, outputting the final result in a way of graphics and documents. The method provided by the invention has high feasibility and high processing speed, can obtain the result closer to a global optimal solution, and can be widely used to solve other layout optimization problems.

The invention provides a flexible gas sensor chip structure. The flexible gas sensor chip structure comprises a flexible substrate, flexible gas sensing units and a flexible cover layer, wherein a plurality of flexible gas sensing units are arranged at intervals with each other; each flexible gas sensing unit comprises a flexible lower electrode and a flexible upper electrode; a gas sensitive layer is arranged between the flexible lower electrode and the flexible upper electrode; a metal wire is arranged in the flexible substrate as a connecting electrode; a metal wire is arranged below the flexible cover layer as a connecting electrode; the flexible lower electrode is connected with the metal wire in the flexible substrate; the flexible upper electrode is connected with the metal wire below the flexible cover layer; and the flexible cover layer is provided with holes which are formed at spaced positions among the flexible gas sensing units and avoid the metal wire in the flexible cover layer. The flexible gas sensor chip structure solves the packaging problem under the flexible requirement of the current gas sensor, realizes a flexible gas sensor through the packaging structure, and expands the application scenario of gas sensors.

The invention relates to the technical field of a packaging powder head and specifically relates to an igniting packaging powder head based on self-propagating reaction and a packaging method thereof. The powder A and powder B are respectively prepared according to different formulas, and then different adhesives are added for converting powder A and powder B into muddy form and are plugged into a container opening, the powder is pressed under the condition of full sealing container and the shaking layering is avoided. In an igniting process, the packaging powder head is ignited by the igniting device, an igniting powder head is ignited by the packaging powder head, the main powder in the container is ignited by the igniting powder head, the opening space is above the main powder and the packaging powder head and the igniting powder head are burned out, so that the explosion is avoided. The igniting packaging powder head based on self-propagating reaction can solve the packaging problem of self-propagating technique in the industrialization and has a certain promoting effect on the industrialization of the self-propagating technique.

The invention, which relates to the integrated circuit (IC) design technology field, discloses a contactless IC wafer pad layout design method. The invention provides a pad layout design method. A compatibility problem and a reliability packaging problem between pad layout configuration of the current contactless IC wafer and different wafer packaging carrier tape can be solved through arranging two radio frequency function solder joints of the wafer on diagonal positions of the wafer but not the current adjacent angular positions. The invention provides a pad layout design method. After scribing, the wafer can be attached and packaged according to different requirements of a wafer supplier or a wafer packaging trader. By using the method of the invention, a technology communication bridge between the wafer layout design and the wafer packaging are established; the wafer layout design with strong compatibility can be obtained; production efficiency is raised.

The invention relates to a packaging structure of a self-adhered elastic bandage. In the invention, the self-adhered elastic bandage is rolled to form a drum structure, the surface of the self-adhered elastic bandage in the drum structure is wrapped with a transparent PVC heat shrinking film, two rows of continuous eyelets are arranged at symmetric positions of the transparent PVC heat shrinking film, and a color pattern indication mark is printed besides each row of eyelets. The transparent PVC heat shrinking film wraps the surface of the self-adhered elastic bandage through heat shrinkage, and a user can easily find the eyelets besides the color pattern indication mark and can successfully tear off the transparent PVC heat shrinking film along the direction of the eyelets, thereby well solving the packaging problem of the self-adhered elastic bandage.