19results about How to "Meet packaging needs" patented technology

This invention discloses a paperboard structure and paper tray based on rapid folding of double-layer paperboard, including first to third transverse folds and a first vertical slit, which together construct a basic paper tray folding frame. The end support surfaces, guided by specific folds, work in conjunction with the inner and outer side panels to form a robust end support structure. The interlayer formed between the inner and outer side panels further consolidates the overall stability. The lateral support plate is transformed into an L-shape through a clever fold design, significantly enhancing the lateral support force. The end support frame also features a similar L-shaped support strip design. This design also demonstrates various deformation schemes to adapt to different needs, such as different forms of L-shaped support strips and support tongues achieved through specific slits and auxiliary folds, which respectively improve the stability and edge strength of the ends. All components are self-formed through simple folding without additional assembly, realizing rapid three-dimensional transformation of the paperboard and greatly improving the pressure-bearing capacity and structural stability of the paper tray.

The utility model discloses a lead frame that is more material saving belongs to lead frame field, including frame body, and the inside frame body is arranged and set up with a plurality of chip mounting area through longitudinal edge and horizontal edge, and each chip mounting area is set up with a plurality of chip mounting unit through the connecting rib, and each chip mounting unit is composed of two groups of base island board of symmetrical setting, and each group of base island board includes three base islands of different area size, and can be used for installing the chip of different size, and each base island is independently provided with a pin.

The application discloses a PMMA micro-fluidic chip packaging method, mainly comprising the following steps: providing a PMMA micro-fluidic chip to be packaged; adding phase change material into a micro-fluid channel of a chip bottom plate after the phase change material is heated to a molten state; covering a layer of solvent on a bonding surface of the chip bottom plate after the phase change material is cooled and solidified; aligning a chip cover plate with the chip bottom plate and combining the chip cover plate with the chip bottom plate, the solvent infiltrating the bonding surfaces of the chip bottom plate and the chip cover plate and forming a liquid bridge between the chip bottom plate and the chip cover plate, the chip bottom plate and the chip cover plate being automatically aligned according to a contour by a horizontal directional component force of the liquid bridge force; and after standing until the bonding is completed, heating the micro-fluidic chip to melt and blow out the phase change material in the micro-fluid channel, and completing the packaging. Furthermore, the application also provides a PMMA micro-fluidic chip formed by the packaging method. The application realizes the packaging of the PMMA micro-fluidic chip by one-step method, does not need to rely on external expensive equipment, is simple to operate, has high alignment precision and good bonding quality.

The utility model discloses a kind of finished product packing equipment of standard parts, it includes: vertical board, support plate and electric lever, the vertical board is spaced apart with four, four The first runner is rotatably connected between every two adjacent vertical boards, four The connecting plate is fixedly connected in the side wall of vertical board, every two adjacent connecting plates The third runner is rotatably connected, the support plate is symmetrically provided with two, two The connecting piece is fixedly connected in the side wall of support plate, two The feeding hopper is fixedly connected in the side wall of connecting piece, the feeding hopper outside is provided with suction pump, suction pump Two sides are communicated with suction pipe, the electric lever is symmetrically provided with two, two The fixed plate is fixedly connected in the output end of electric lever. The above structure realizes the function of stable conveying packaging bag and adapting different specifications packaging bag.

This utility model provides an automatic cleaning and packaging device for blister trays, including a main frame, a feeding section, a cleaning section, a packing section, an auxiliary section, and a control section. The main frame includes a base, a transport seat, a cleaning seat, a protective plate, a packaging seat, a dustproof carrier plate, and a compressor. The feeding section includes a feeding mechanism and a clamping mechanism. The cleaning section includes a transport fixing mechanism, an adjustment mechanism, and a cleaning mechanism. The packing section includes a servo motor, an electric telescopic rod, and a vacuum suction cup. The auxiliary section includes a transport calibration mechanism and a lid-mounting mechanism. This utility model features full-process automation, reducing manual intervention. Operators do not need to manually intervene in the tray position, significantly reducing labor intensity. Standardized cleaning processes ensure quality, significantly improving the cleaning pass rate and completely avoiding the risk of secondary pollution caused by manual wiping. Closed-loop environmental control optimizes working conditions, significantly reducing dust concentration in the work area and minimizing the harm of dust to the respiratory system.

The utility model provides a kind of water sample parallel subpackaging device, including water sample mixing mechanism, the water sample mixing mechanism includes mixing pipe and water wheel, the inside of the mixing pipe is equipped with mixing chamber, the top and bottom of the mixing chamber are equipped with liquid inlet and liquid outlet respectively, the water wheel is installed in the mixing chamber, the center of the water wheel two sides is equipped with rotating shaft, rotating groove corresponding with the rotating shaft is equipped in the mixing chamber inner wall, water sample enters mixing chamber from liquid inlet, and falls on water wheel, drives water wheel rotation, directly shears fluid by the mechanical action of water wheel rotation, generates intense turbulent flow to realize mixing, and the mechanical stirring force provided by water wheel is much greater than passive turbulent flow, can effectively break up lump, prevent precipitation, greatly improve the mixing intensity of water sample, to meet the subpackaging demand of different water samples.

This utility model relates to the technical field of box sealing and packing equipment, and in particular to an adaptive box sealing and packing machine; it is applicable to the packing needs of various corrugated boxes and has better applicability; it includes a mounting box, a gantry frame fixedly mounted on the mounting box, a first telescopic cylinder fixedly mounted on the gantry frame, a suction component mounted on the output end of the first telescopic cylinder, and a lifting and feeding mechanism mounted in the mounting box. The lifting and feeding mechanism includes a second telescopic cylinder fixedly mounted in the mounting box, a placement frame mounted on the output end of the second telescopic cylinder, multiple heat shrinkable tape rings stacked on the placement frame, and elastic limiting members symmetrically mounted on both sides of the placement frame. The elastic limiting member includes a rod slidably mounted on the placement frame, a limiting wheel rotatably mounted on the rod, and a spring sleeved on the rod. One end of the spring is connected to the bottom of the rod, and the other end of the spring abuts against the bottom of the placement frame. A heating mechanism for heating the heat shrinkable tape rings is mounted on the gantry frame.

This utility model relates to the field of packaging technology for Gannan navel oranges, and more particularly to a container device for sorting and packaging Gannan navel oranges. It includes a sorting machine, a base mounted outside the sorting machine, a turntable rotatably connected to the base, supports symmetrically mounted on the turntable, and holding frames fixedly connected to the supports; and a removal component mounted on the holding frames, which facilitates the removal of Gannan navel oranges. The opening and closing of the baffle and the linkage between the baffle and the movable plate can be achieved by pulling a handle, allowing for operation by a single person and reducing labor intensity. The symmetrical design of the two holding frames, combined with the rotation function of the turntable, enables alternating operation, avoiding wasted time waiting for the sorting machine to be idle. Furthermore, the equipment has good adaptability; by adjusting the sliding stroke of the movable plate and the opening and closing height of the baffle, it can accommodate Gannan navel oranges of different sizes, meeting the packaging needs of various sorting grades.

The utility model provides a kind of mould plate protection device for food detection, it includes sealed bag, the sealed bag has bag mouth and is closed using sealing structure, it is characterized by: the sealed bag also has at least 1 opening, the opening is closed by hydrophobic air-permeable composite film, the hydrophobic air-permeable composite film has several micropores, the periphery edge of opening and the periphery edge of hydrophobic air-permeable composite film are sealed connection.The mould plate protection device for food detection of the utility model, by the hydrophobic waterproof performance and air-permeable performance of hydrophobic air-permeable composite film, on the one hand, can block the pollution of external mould spores to the plate in device, on the other hand, can prevent the spores from sample source in device from overflowing outward, to reduce the risk that mould incubator is polluted by different source mould spores, reduce incubator frequent shutdown sterilization times, while avoid moving plate frequently during cultivation and cause inaccurate result.

The invention relates to the technical field of biological medicine manufacturing, and provides a water-soluble microcapsule and a preparation method thereof.The preparation method comprises the following steps that an emulsifying agent, a thickening agent and a water-soluble monomer are dissolved in water, and an emulsion continuous phase is obtained; the content of the emulsifier in the water is 0.5%-5%; the content of the thickening agent in the water is 0.5%-5%; the ratio of the water-soluble monomer to the water is (1: 100)-(20: 100); the water-soluble monomer is introduced to increase the viscosity of a water phase and participate in construction of a shell layer, so that diffusion of a core material to the water phase is effectively inhibited, and high encapsulation efficiency and high drug loading capacity are realized; the process parameters such as the emulsifying rotating speed and the monomer proportion are easy to adjust, microcapsules with the particle size ranging from 1 micrometer to 800 micrometers can be prepared in a controlled mode, the packaging requirements of different water-soluble active substances such as vitamins and enzyme preparations are met, and the product adaptability is good.

The utility model relates to product packaging technical field especially is involved in a kind of film wrapping machine, including tail cutting module, tail cutting module includes machine base, setting in the swivel arm cylinder of machine base, swivel arm mechanism includes adapter block and connecting arm, adapter block is set on the bearing seat in machine base, adapter block one end is connected with the telescopic rod of swivel arm cylinder, other end is connected with connecting arm, film sticking mechanism includes film sticking cylinder, adjusting seat and several film sticking blocks, film sticking cylinder is set on connecting arm, adjusting seat is connected with the telescopic rod of film sticking cylinder, several film sticking blocks are set on adjusting seat at equal intervals, film cutting mechanism includes film pressing cylinder, heating wire and roller stand, roller stand is set on connecting arm by elastic guide rod.The film wrapping machine is optimized to tail cutting mechanism, film is collected, film is cut and is ironed as a whole, integrated design greatly reduces the overall occupied space of equipment, simplifies equipment structure, avoids the failure caused by cooperation problem, effectively improves the stability of equipment.

This utility model relates to a cable wrapping device in the field of cables, comprising a frame, a support plate and a rotating plate, a worktable mounted on the support plate via support columns, a wheel set on one side of the rotating plate, a rotatable wrapping disc within the wheel set, and the wheel set being driven by a motor. The worktable is provided with a first roller, a second roller, an arc-shaped groove and a pulley, the first roller and the second roller being respectively located on both sides of the wrapping disc, and the pulley being slidably mounted within the arc-shaped groove. This utility model, through the wrapping disc, the first roller, the second roller, the arc-shaped groove and the pulley, achieves a fast and convenient cable wrapping process. The device is easy to operate, not only improving work efficiency but also reducing the complexity and labor intensity of manual operation, making the entire packaging process more efficient and convenient.

The invention discloses a thermocouple precision packaging device and method, and the device comprises a straightening mechanism which is correspondingly provided with a wire diameter detection device, a hole shrinkage snapping mechanism is disposed behind the wire diameter detection device, a material conveying mechanism is disposed behind the hole shrinkage snapping mechanism, a workpiece five-dimensional adjustment module is disposed right opposite to the material conveying mechanism, and the workpiece five-dimensional adjustment module is connected with the straightening mechanism. A workpiece clamping platform is mounted on the workpiece five-dimensional adjusting module; and the reducing snapping mechanism and the workpiece five-dimensional adjusting module are correspondingly provided with pneumatic wire cutters. The thermocouple precision packaging device is compact in design and convenient to maintain, has the function of automatically and precisely packaging a small-size integrated thermocouple sensor, and has the characteristics of good machine vision recognition effect, good mechanical deformation pretreatment consistency, good force control feedback, high hole positioning precision, high packaging yield, high assembly precision and the like; the engineering practical value is realized.

The application relates to an optical-electric device blister box with multi-tail fiber length compatibility, and relates to the technical field of optical communication device packaging. The blister box comprises a transparent protective upper cover and a black protective base, and the two are buckled to form an integrated structure, have good sealing and protection performance, and the black protective base is provided with symmetrical left and right buckles and outer upper and lower buckles, facilitating firm closure and stacked storage. The upper surface of the base is provided with a wavy tail fiber groove capable of accommodating tail fibers with different lengths; the left end of the tail fiber groove is provided with a device limiting groove, and the right end is provided with an adapter placing groove, the placing groove is provided with a tail rubber sleeve limiting buckle, and the tail end of the tail fiber is stably fixed. The left side of the device limiting groove is also provided with a device pin / soft plate placing groove, and the left side of the tail rubber sleeve limiting buckle is provided with a multi-point limiting convex point groove, thereby providing multi-section positioning support. The application can effectively avoid tail fiber bending damage and improve the safety of device transportation and storage.

This invention relates to the field of ceramic packaging technology, and discloses a ceramic packaging structure and its preparation method. The ceramic packaging structure includes an integrally formed ceramic substrate, with at least two non-coplanar outer surfaces having cavities for accommodating chips; sealing pads are provided around the opening of each cavity for sealing connection with a cover plate; conductive paths are provided inside the ceramic substrate for electrically connecting the chip in the cavity to an outer surface connected to an external circuit. This invention eliminates the ceramic-metal welding interface by creating integrally formed cavities on the ceramic substrate, completely avoiding stress cracking and hermeticity failure caused by mismatch in thermal expansion coefficients. The integral forming process eliminates the need for welding positioning fixtures, reducing the impact of thermal deformation on dimensions. By eliminating the welding process, the production cycle is greatly shortened, and manufacturing costs are significantly reduced.

The invention discloses a multi-stage stepping type transmission device of a tea leaf tray arranging machine and a method of the multi-stage stepping type transmission device. The conveying assembly is installed on the machine frame and used for conveying tea leaves, and the conveying assembly comprises at least two sets of X-axis conveying lines which are arranged in the first direction and connected in sequence and a Y-axis conveying line which is arranged in the second direction perpendicular to the first direction. The speed difference is used for pulling out gaps among tea leaves, the initial state is effectively broken, a preliminary longitudinal queue is formed, multiple tea leaves are prevented from entering a subsequent link at the same time, the Y-axis conveying line receives materials at the high speed not lower than two times of the last-stage speed of the X-axis, 90-degree steering is achieved, meanwhile, the tea leaf distance is greatly increased again, and the tea leaves are evenly distributed. And the fully dispersed tea leaves enter the posture sorting assembly at stable intervals, so that a plurality of tea leaves are fundamentally prevented from entering the same carding channel by mistake, and a reliable premise is provided for a subsequent plate placing procedure.

The application is suitable for the technical field of device packaging, and provides a device packaging method with adjustable vacuum degree, a MEMS structure and a sensor. The method comprises the following steps: placing a getter in a cavity of a target device; vacuumizing the cavity of the target device; filling a target gas into the cavity of the target device to complete packaging of the target device; wherein the target gas at least comprises a gas that can be absorbed by the getter, the type and / or mass of the getter are determined according to the vacuum degree requirement of the target device, or the volume and pressure of the target gas are determined according to the vacuum degree requirement of the target device. The application can accurately control the vacuum degree of the device and realize adjustment of the vacuum degree.

The utility model discloses a kind of clean equipment packaging structures, including cleaning equipment and packing box, the cleaning equipment includes cleaning main body and base station, the cleaning main body includes fuselage, telescopic pipe, floor brush and cleaning accessory group, further include the bracket for connecting fuselage and base station, the size of the packing box is adapted base station, the fuselage, cleaning accessory group and bracket are built-in in base station interior, the base station and packing box one side and bottom portion are respectively left with the accommodation space of adapting telescopic pipe, floor brush, the utility model makes full use of base station interior space, the size of packing box and base station are basically adapted to meet the packaging demand of complete set of product, to substantially reduce packaging and logistics cost.

The present application relates to material packaging equipment technical field, specifically to a kind of material packing integrated equipment, including support seat, rack fixed in the top of support seat and bag gripper fixed in the top of rack one side, through the setting of bag gripper, drive assembly and reinforcing assembly, the material packing integrated equipment of present can accurately apply reinforcing glue to the bottom of packaging bag when using, cooperate hot air rapid drying to form dense wear-resistant glue layer, efficiently block bag bottom seam sewing pinhole and seam gap, then utilize hot-melt pressing plate to carry out secondary hot-melt pressing at the more bottom end position of bag bottom sewing line, form a dense hot-melt pressing layer sealing structure, realize the secondary reinforcement of bag bottom.The design greatly improves the wear resistance and impact resistance and pressure resistance of bag bottom, effectively avoids the problem of bag bottom damage and leakage caused by material scratching and long-term stacking, adapts to packaging bags of various materials, significantly reduces the loss rate in the process of material storage and transportation, improves the stability and reliability of packaging operation.