116results about How to "Reduce packaging process" patented technology

An extravascular nerve cuff that is configured to hold a leadless, integral, implantable microstimulator. The nerve cuff may include a cuff body having a pocket or pouch for removably receiving the implantable device within. The nerve cuff can be secured around the nerve such that the electrodes of the device are stably positioned relative to the nerve. Furthermore, the nerve cuff drives the majority of the current from the stimulation device into the nerve, while shielding surrounding tissues from unwanted stimulation.

An implantable medical device comprising a drug-loaded polymer overlaid with a fabric that promotes tissue ingrowth is useful in a wide variety of tissue engineering applications. The invention includes, for example, prosthetic heart valves, annuloplasty rings, and grafts, having enhanced biocompatibility and biostability. Methods of making and using the implantable medical devices of the invention are also included.

A device comprising a planar integrated circuit that includes an array of electrodes and at least one nanostructure, having a major axis, in electrical contact with at least one electrode. The device forms an interface between an integrated circuit platform and electro-physiologically active cells and is used in manipulate the same.

The embodiment of the invention provides a packaging method and a display device and relates to the field of display device packaging preparation. The process of the packaging method can be simplified, and the occurrence of the phenomenon that stress is generated inside glass glue when laser beams are irradiated on the glass glue so as to cause poor packaging such as packaging glass cracking or peeling-off can be reduced. The packaging method comprises the following steps: forming a glass glue pattern layer in a packaging area of a first glass substrate; fitting the packaging substrate on which the glass glue is formed onto a device substrate to enable the packaging area of the packaging substrate to be aligned with a packaging area of the device substrate; and irradiating laser on the packaging areas, sintering the glass glue and applying uniform pressing force to the packaging areas during laser irradiation. The packaging method is used in packaging preparation of a display device needing to be isolated from the surrounding environment during packaging.

The invention relates to a dispersion strengthening copper-based composite material and a preparation method thereof. The dispersion strengthening copper-based composite material and the preparation method thereof are characterized in that A dispersion strengthening phase is yttrium oxide, and the content of yttrium oxide in copper is 1-2.5 percent by weight, and the preparation method comprises the processes of alloy smelting, rolling, internal oxidation, reduction and the like. The preparation method has the advantages of short process and low production cost. The tensile strength of the product is greater than 550 MPa, the conductivity exceeds 90 percent IACS (international annealed copper standard), and the softening temperature is higher than 900 DEG C. The dispersion strengthening copper-based composite material has higher mechanical property, excellent electrical conductivity and high-temperature softening resistance. The Y2O3 granulate dispersion strengthening copper-based composite material prepared in the invention can be applied to computer integrated circuit lead frames, resistance welding electrodes for automobile industry, linings of crystallizers of continuous casting machines for metallurgical industry, equipment and carrier rockets, electric car and electric power train aerial conductor and the like, and the character of service and the service life can be obviously improved.

The invention discloses a label adsorption and attachment device and an implementation method thereof. The label adsorption and attachment device comprises a stander, wherein a wall plate is vertically arranged on the stander; a material supply polish rod, a flat material guide plate and a pair of tension rollers are arranged on the side surface of the wall plate according to three vertexes of three angles, respectively; a paper-tape coil with labels is arranged on the material supply polish rod in a sleeving manner; the free head of the paper-tape coil runs along the flat material guide plate, passes through a bent position and then is clamped between the two tension rollers; a vacuum cavity type adsorption head is arranged at the bent position in a clutching manner and is arranged on a rotating and lifting power mechanism which is used for driving the vacuum cavity type adsorption head to do reciprocating rotation along an arc trace and can rise and fall along the longitudinal direction. The label adsorption and attachment device can simulate operation of an operator of bending and upwarping an adhesive edge of a label and manually stripping off the label, namely when the paper-tape coil runs to the bent position, the label at the paper-tape coil is upwarped by bending, and furthermore, the vacuum cavity type adsorption head strips off the label by using negative pressure gas; the label is safely, reliably, successfully and efficiently taken in the whole process.

The invention discloses magnetic steel magnetization and magnetic flux detection integrated equipment. The integrated equipment comprises a worktable; a feeding station, a magnetizing station and a magnetic flux detecting station are arranged on the worktable in sequence; a feeding device is arranged in the feeding station; a magnetizing coil connected with a magnetizing machine is arranged in the magnetizing station; a magnetic flux measurer is arranged in the magnetic flux detecting station; a first conveying device for conveying magnetic steel from the feeding station to the magnetizing station is arranged between the feeding station and the magnetizing station; and a second conveying device for conveying the magnetized magnetic steel to the magnetic flux detecting station is arranged between the magnetizing station and the magnetic flux detecting station. The equipment has the advantages of realizing integrated operation of magnetization and magnetic flux detection, saving both manpower and material resources, reducing the production cost and improving the production efficiency.

The invention provides a wafer-level packaged LED chip, and a manufacture method thereof. The method is characterized in that an LED is formed on a wafer substrate by utilizing the steps of smearing photoresist, exposing, developing, etching and the like in a semiconductor process; the top surface of the LED is provided with a positive electrode and a negative electrode; before the wafer substrate is cut into a single LED chip, an extension layer connected with the adjacent LED is removed through a cutoff step; through a step of forming protective layers with extensions, a protective layer with an extension is formed on the periphery of the LED except the top surfaces of the positive and negative electrodes, so as to ensure that the LED chip can utilize the protective layer to generate self-protection functions of resisting moisture, preventing oxidation, preventing short circuit and the like; therefore, subsequent assembly routing, packaging, package test and other actions can be reduced; and the method can greatly shorten production flow and time, reduce production cost, raise product yield, and then increases economic benefit.

The invention provides a flexible package lithium ion battery and a processing method thereof. The flexible package lithium ion battery comprises a membrane housing, a lug, and an electric core and an electrolyte which are arranged in the membrane housing, wherein the membrane housing is provided with a sheet one-way valve, one end of the sheet one-way valve is inserted into the electric core and the other end of the sheet one-way valve is exposed outside the electric core, and the sheet one-way valve is used for exhausting gas inside the flexible package lithium ion battery. The processing method of the flexible package lithium ion battery comprises the following steps of: A, punching the housing without an air bag; B, coiling the electric core into the membrane housing; C, doubling over along an upper die cavity and a lower die cavity, carrying out tip seal and side seal, packaging the sheet one-way valve on the membrane housing; D, injecting electrolyte, standing until the electrolyte is absorbed completely and vacuumized; E, packaging the electrolyte-injecting side; and F, degassing. Through arranging the sheet one-way valve on the top, gas generated during the degassing can be immediately exhausted, the air bag and the air bag and the right side part of the air bag can be removed during punching the housing, thus raw materials and processing procedures are saved, and packaging effect and safety of the battery are improved.

Disclosed is a cogeneration solar boiler, which belongs to the technique field of high-efficient solar energy utilization. The solar boiler optimizes and matches a photovoltaic generation solar panel with a heat abstractor of a solar thermal utilization product which are connected and combined into the cogeneration solar boiler. The boiler can fully utilize the light and heat of sunshine, and utilize the heat of the rest parts while converting the part that can be directly converted into electric energy in the radiation energy into electric energy. The solar boiler thereby can substantially increase the energy conversion rate of solar energy utilization products, greatly reduce manufacturing costs, and provide a new technical proposal for high-efficient solar energy development and utilization.

The invention relates to a method for shaping contact lenses and a mould, particularly a method which can use simple moulds for forming the contact lenses. The method comprises the following steps: placing the contact lens material in a die cavity of a mould; then, using the mould of an auxiliary appliance to press the lens material in the die cavity; causing the lens material to spread and extend along an arc surface of a die cavity and a mould; pushing excessive materials and overflowing out of the corner cut edge; proving the retained surface at the outer part of the mould for jointing the corner cut edge; removing the excessive materials; solidifying and treating the lens material in the mould; jointing the lens material on the surface of the mould of the auxiliary appliance; shaping glasses of the contact lenses after testing; packaging after injecting buffer solution in the appliance space of the outer part of the mould of an auxiliary appliance; and manufacturing products for selling. The contact lens has the advantages that the manufacturing procedure is simple and fast; and the purposes for saving labor and time, reducing the manufacturing cost, and keeping with the economic effect can be achieved.

A microphone and a method for manufacturing the same are disclosed. The microphone includes: a main substrate in which a first sound hole is formed; a sound sensing module formed in the main substrate corresponding to the first sound hole; a semiconductor chip electrically connected with the sound sensing module and formed on the main substrate; a cover mounted to the main substrate, and in which a second sound hole is formed; and a sound delay filter mounted corresponding to the second sound hole, and in which a plurality of filter holes are formed.

A standing-type air-filled packaging apparatus and a manufacturing method therefor are provided. The apparatus includes an inflatable body and an inflation valve. The inflatable body includes multiple inflatable units that are formed by stacking together at least two layers of air chamber films and are connected with each other. The inflatable units are heat-sealed and bent to form an air-filled packaging apparatus provided with at least one accommodating chamber used for accommodating an item to be packaged. The inflation valve is mounted on the inflatable body to inflate the inflatable body. At least one distal side of the solid air-filled packaging apparatus forms an annular support part. When the air-filled packaging apparatus is inflated, the annular support part is suitable for standing on a surrounding surface, thus allowing the packaging apparatus to be in a firm standing state.

The invention provides a dual-frequency responder system which comprises a ground dual-frequency responder, a vehicle-mounted dual-frequency responder reader, a vehicle-mounted antenna and affiliated equipment thereof, and a vehicle-mounted power supply. By using the dual-frequency responder system, the problem of backup redundancy of the responder can be solved.

The invention discloses a temperature-insensitive elliptical hinge fiber Bragg grating acceleration sensor. The fiber Bragg grating sensor comprises a sensor shell, a core body and two fiber Bragg gratings, the core body is composed of an inertia mass block, an oval flexible hinge and a base, the inertia mass block is symmetrical about the flexible hinge and is higher than the other side connectedwith the flexible hinge, and optical fiber grooves are formed in the inertia mass block and the upper and lower tops of the base opposite to the inertia mass block. The optical fibers penetrate through the optical fiber grooves and come out of the holes of the shells at the two sides, the optical fibers are engraved with gratings between the inertia mass block and the base, the flexible hinge isan oval flexible hinge, and the inertia mass block generates the relative displacement around the flexible hinge, so that the fiber gratings generate the relative displacement. The temperature-insensitive elliptical hinge fiber Bragg grating acceleration sensor is small in size and higher in frequency measurement range, is easy to package, and is insensitive to temperature.

The invention discloses a weighing-type rice packaging machine. The weighing-type rice packaging machine comprises a storage box, a support, a weighing device, a funnel, a conveying device and a sealing device, wherein the storage box is arranged at the upper end of the support; two sides of the upper end of the funnel are provided with fixed sheets; a discharge port is arranged at the bottom endof the storage box through the fixed sheets; the discharge port at the lower end of the funnel is connected with a discharge pipe; a flow control valve is arranged on the discharge pipe; a weighing device is arranged at the lower end of the discharge pipe; the weighing device comprises a weighing box, a weighting plate, and a weighting sensor; the weighting box is of a cover-free frame structure,and the open end of the weighing box is directly opposite to the lower portion of the discharge pipe; the weighing box is mounted on the weighing plate; the two sides of the weighing plate are fixed with the support through fixing frames; the weighing sensor is arranged on one side of the weighing plate; a discharge opening is arranged at the bottom end of the weighing box; the discharge opening is connected with a discharge pipeline; an electric control valve is arranged on the discharge pipeline; and a conveying device is arranged at the lower portion of the discharge pipeline.

The embodiment of the invention provides a data transmission method, device and system and a storage medium, and the method comprises the steps: obtaining target data of a first application program through an operation system of a virtual machine, packaging the target data, obtaining a target data package, and sending the target data package to virtual PCI equipment; by the virtual PCI equipment, de-encapsulating the target data packet to obtain target data, and sending the target data to a processor of the host machine; and by the processor, storing the target data to a shared memory area in the memory of the host machine, and notifying the second application program to obtain the target data from the shared memory area for data processing. According to the technical scheme provided by the embodiment of the invention, the data transmission efficiency between the virtual machine and the host machine can be improved.

The method is suitable for the technical field of RFID card packaging. The invention discloses an ultra-thin RFID intelligent card packaging method which comprises the following steps: an antenna manufacturing step: winding an enameled wire on a first base material according to a set shape to form an antenna, and removing insulating layers on the surfaces of two leads on the antenna; a mounting step: respectively placing two welding spots on the RFID chip flip-chip bonding pad above the two leads of the antenna with the insulating layer removed; and a lamination forming step: covering a secondbase material on the bonding pad with the welding spots in the mounting step, and enabling the two welding spots on the bonding pad to respectively form close contact with the two leads of the antenna to form electric connection by laminating and melting the first base material and the second base material, i.e., one welding spot is electrically conducted with one antenna lead. Because the two leads of the antenna and the bonding pad do not need to be in hard connection through welding, on one hand, the packaging process can be reduced, and the packaging efficiency is improved; and on the other hand, the thickness of the RFID card can be reduced without welding. And the winding antenna is adopted, so that the precision is high.

The invention discloses a high-efficiency binary transmission protocol based on the real-time streaming compression technology, and the abstract design is performed according to an application layer data structure and binary bidirectional conversion, and a corresponding processing class can be generated according to an IDL (intermediate definition file), thereby simplifying the conversion of binary data stream and the application layer data structure, and reducing the packaging and design complexity of a conventional binary protocol. Moreover, a three-level design is employed for the protocol,and a packet header + message base mode is employed, wherein the message base is taken as an abstract layer and is embedded into a third-level business message structure. Because most of intermediatetransmission layers just need to recognize the first-level and second-level messages, and do not need to recognize a specific third-level message, a high-efficiency binary transmission protocol whichis easy to extend can be implemented through the above layered design. Meanwhile, the universal compression design of the second-level message is performed. Compared with a conventional method, the method employed in the invention reduces the data transmission flow by 50%-80%.