7311 results about "Packaging machine" patented technology

A retrievable frac packer is provided which allows frac operations to be conducted with a single, retrievable tool, with the capability of providing positive zone production indications during production testing.

A method for packaging a product arranged in a tray is provided. An upper film located in a distance above the product is clamped along an edge surrounding the tray and is deformed in a direction extending away from the product. Subsequently, evacuating of the space surrounding the product is performed, then a raising of the tray towards the upper film and finally a sealing of the film and of the edge of the tray. In this way, the seam of the upper film and the edge of the tray is attained to be free from creases such that a long-living and good looking package is produced. Additionally, a packaging machine for performing the method is provided.

A filling and packaging machine capable of supplementing the shortage of heat quality without lowering package speed when a film is heat-sealed while being pressurized by a vertical sealing mechanism, comprising a film folding mechanism having an inner surface guide member for guiding the film laterally, formed on the inner surface side of the film folded up into two parts, a pair of right and left pre-heating block members having tilted support surfaces or are support surfaces formed along the width-direction of the film on the outer surface side of the film through a specified interval from the inner surface guide member so that the interval on the upstream side of the film in feeding direction is larger than the interval on the downstream side, and heaters installed in the pre-heating block members.

Two side cut reseal with pressure sensitive adhesive. A flexible package having a reseal integrated within the opposite layers of its film is constructed using existing vertical form fill and seal packaging machines. The invention involves a single sheet of flexible packaging film web having at least three layers. In a preferred embodiment, the reseal is comprised of two offsetting score lines on interior and exterior sides of the film and spaced apart by 0.5 to 1 inch. The scoring creates lines of weakness, which define an opening in the package. Upon opening, a pressure sensitive adhesive layer, which is pattern applied in between the offsetting score lines, is exposed from an interior side of the film. The adhesive releasably adheres the inner and outer layers of the film back together once separated by a consumer.

A product package embodying the principles of the present invention includes an integrated circuit device which is configured for radio frequency interfacing with associated equipment. The package is configured such that the integrated circuit device is disposed within the package, thus assuring that the device remains associated with the package's contents. Notably, this arrangement facilitates use of the device for applications apart from product tracking and inventory control, including product promotions, storage, and dissemination of product information, and quality assurance including tamper-indication. A packaging machine for writing information on, and or reading information from, the integrated circuit device is also disclosed.

Disclosed is a bag-feeding pillow type packaging machine. A horizontal bag conveyor is disposed between a bag feeder and a horizontal bag opener. A feeding part of the horizontal bag conveyor is located below the bag feeder. A discharge part of the horizontal bag conveyor is connected with the rear end of the horizontal bag opener. A bag picker is located below the horizontal bag conveyor. The bag picker extends into the bag feeder through the feeding part of the horizontal bag conveyor. The horizontal bag opener is disposed on the conveying direction of the horizontal bag conveyor, a conveying device is disposed in front of the horizontal bag opener, the conveying direction of the conveying device is perpendicular to that of the horizontal bag conveyor, a horizontal feeding device is disposed on one side of the conveying device and located on the conveying direction of the horizontal bag conveyor, a motion direction of the horizontal feeding device is perpendicular to the conveying direction of the conveying device, a sealing device is disposed on the horizontal bag opener, a finished product output device is disposed below the horizontal bag opener, and the conveying direction of the finished product output device is perpendicular to that of the horizontal bag conveyor.

A gas-filling packaging method using a track type gas-filling packaging machine includes a bag placing step in which a number of packaging bags set in a magazine in a stacked state are turned up one by one by a sucker and picking up and then passing the bag to a bag chuck, a bag opening/inflating step of opening the bag mouth and inflating the bottom of the bag by suckers, a bag filling step of lowering a synchronous funnel to be inserted into the bag and applying a receiving member of a bottom tapping unit to the bag, so that the bag is filled with a predetermined amount of article while the bottom is tapped, a deaeration/temporarily sealing step of inserting a deaeration nozzle into the bag to remove air in the bag and holding the bag mouth by a temporary heater.

A method for sterilizing at least partly formed packages with electron beam irradiation in a packaging machine involves sterilizing each of at least two at least partially separate areas of the package by way of a respective electron beam sterilizing device, with each of the sterilizing devices being adapted to characteristics of each respective one of the two areas, and also performing a respective relative movement between the package and each of the electron beam sterilizing devices, which movements are adapted for the sterilization of each respective one of the two areas with the sterilizing devices.

A method of mail sorting according to the invention includes the steps of sorting a batch of mail addressed to recipients in a common postal delivery zone with an automated single pass mail sorting machine into groups wherein the mail pieces in each group have a common delivery destination, transporting the groups of sorted mail using an automated conveying system to a delivery point packaging machine, and then packaging the groups of mail pieces with the delivery point packaging machine. Such a method is preferably part of a single pass sorting process wherein a batch of starting mail destined to a common zone is sorted into groups of mail for each destination that are then brought to the delivery point packaging machine in carrier delivery order.

The invention is concerned with a process of manufacturing filled drinking cups closed by cover foil blanks heat-sealed thereto and formed by deep-drawing from a thermoplastic packing material strip, comprising a beaded peripheral flange, with the cover foil blanks being provided with a pull flap. According to the invention the method includes the following steps: cyclically feeding the packing material strip loaded with the deep-drawn and filled cups underneath a cover foil blank transfer means; taking up the cover foil blanks from the transfer means, with the pull flaps, during transfer of the cover foil blanks to the packing material strip, being positioned in a direction substantially vertical to the extension plane of the blanks, and the blanks with the upright pull flaps above the cup openings being applied to the packing material strip; sealing the margins of the cover foil blanks to the unmolded areas of the packing material strip about the cup openings; bending the upright flaps during the advance movement of the packing material strip; punching the cups from the packing material strip along a punching contour line extending in parallel to and at a space from the circumferential contour of the cover foil blanks; and transferring the punched cups into a beading means wherein the peripheral flange portion projecting relative to the cover foil blanks is downwardly beaded.

An automated pharmaceutical product packaging machine simultaneously fills a plurality of product package templates in parallel with desired pharmaceutical dosing requirements. The templates are subsequently positioned over a temporary storage template having cavities for receiving solid pharmaceutical doses. A collector member is subsequently placed beneath the temporary storage template for receiving the pharmaceuticals which in turn is positioned over a solid pharmaceutical product package having a plurality of cavities which correspond to openings on the templates and wherein each of the templates fills a pharmaceutical package.

The invention relates to an automatic bagging packing machine. The automatic bagging packing machine comprises a packing matter supplying and conveying device, an absorbing and transmission device, a vacuum bag opening device, a leading-in type filling device and a side folding, exhausting and opening sealing device; a vacuum absorbing and bag opening device comprises a bag opening mechanism and a bag supporting and blowing mechanism; the material supplying and conveying device is arranged in parallel with the absorbing and transmission device; the absorbing and transmission device works by the vacuum absorbing and dynamic transmission mode; the vacuum absorbing and bag opening device and the side folding, exhausting and opening sealing device are arranged above the absorbing and transmission device; the leading-in type filling device is arranged above the packing matter supplying and conveying device. According to the automatic bagging packing machine, the intermittent packing and transmission mode is performed; the mechanical structures with a plurality of functions like absorbing and bag supplying, bag opening, bag supporting and blowing, leading-in type filling, and side folding, exhausting and opening sealing are integrated; the automatic bagging packing machine is novel in design, unique in structure, compact in processes, wide in product package applicability, high in packing quality, and high in production efficiency.

The invention discloses an automatic bottle feeding, filling, corking and capping integrated packaging machine which comprises a rack main body, a bottle arrangement and feeding system for arranging a bottle and placing the bottle on a bottle feeding station, an automatic filling system for filling the bottle on a filling station with a required material, an inner cork arrangement and corking system for pressing an inner cork in a bottle opening on a corking station, a bottle cap arrangement and capping system for capping the corked bottle opening on a capping station with a bottle cap, a cap twisting system for twisting the bottle cap arranged on the bottle opening on a cap twisting station on the bottle opening, a conveying system and a control system positioned in the rack main body. The automatic bottle feeding, filling, corking and capping integrated packaging machine is easy to operate, the great convenience is brought to a user, a product is high in quality consistency, and the systems and the mechanisms are compact and high in working efficiency, and sequentially act; the manual operation is replaced by the systems and the mechanisms, so that the risk of pollution is avoided.

Disclosed is a material packing device, which contains a film feed device, a charging device and a packaging film forming enveloping device, and is characterized in that: said film feed device contains a film cutting mechanism; said packaging film forming enveloping device contains a packaging film supporting board fixed on the stand, the supporting board being equipped with material through-holes, all shapes and dimensions of which match with pre-packaging material; and the packaging film forming enveloping device contains a packaging film former above the material through-hole, a material fixing clamping part and material pushing part above the packaging film former, a group of material floor packaging hands and a scalding enveloping plate for enveloping packaging film of material floor between the packaging film former and the material clamping part, and a material lifting part which can send the material to material fixing clamping part from below the packaging film supporting board; the material fixing clamping part and material pushing part which moves vertically. The device can complete automatically the packaging of material, especially the rectangle material, the packaging quality perfect and stable, and the work efficiency high.

A packaging condition for packaging a product using a film roll is stored in a recording medium, and the packaging condition is read by a recording medium reading device in a rotator of a support shaft. In this case, an operator can set an optimum packaging condition at the time of exchange of packaging rolls regardless of his/her skill. Therefore, even an unskilled operator would not set an erroneous packaging condition which may result in additional time loss and film loss.

An antistaling method for the packed food features that a flow control system is coupled to the packing machine to quantitatively spray the antiseptic antistaling liquid onto the surface of said food or in the packing bag.

The invention relates to an automatic packaging machine for metal components in an optical fiber ceramic inserting core. The automatic packaging machine comprises a base, a graduated rotating disc and a clamping device mounted on the base, a workpiece positioning ring mounted on the graduated rotating disc, and a control device for controlling the matching action of the graduated rotating disc and the clamping device. The clamping device comprises a drive mechanism and a pressure head driven and pressed by the drive mechanism; a plurality of workpiece mounting positions are arranged on the circumference of the workpiece positioning ring; and the pressure head is positioned above the workpiece positioning ring. A metal workpiece is driven to the position of the clamping device by utilizing the graduated rotating disc through placing the metal workpiece required to be assembled on the graduated rotating disc; and then the assembly of the metal components in the ceramic inserting core is completed through pressing the pressure head, so that the assembly automation is achieved and the work efficiency is improved. Moreover, the accuracy of assembling the components is ensured due to stable downward pressure of the pressure head, so that the rate of finished products is improved greatly. In addition, the components after being assembled can be automatically taken down from the graduated rotating disc through a blanking device, so that the work efficiency is further improved.

A packaging method and apparatus wherein each product is packaged by enveloping the product in flexible packaging material. A programmed microprocessor calculates the length of flexible packaging material needed to package the product based on the physical dimensions of the product, calculates the weight of the flexible packaging material needed, and calculates a total package weight as the sum of the weight of the product and the calculated weight of the flexible packaging material. A printer prints information specific to the product that is being packaged onto a label that is then affixed to the flexible packaging material prior to the product being packaged. The information can be a function of the package weight, and the calculated total package weight can be communicated from the microprocessor to the printer. Finally, the product is packaged in the flexible packaging material having the label already affixed thereto.

The invention discloses a servo double-surface heating vacuum packaging machine and belongs to liquid extraction seal secondary forming and packaging equipment of flexible packaged lithium batteries. The servo double-surface heating vacuum packaging machine comprises a double-station turntable feeding device driven by a cam partitioning device, a packaging mechanism with an up-and-down packaging device, and an electric control system, wherein the up-and-down packaging device comprises an upper cavity main body and a lower cavity main body; the opening directions of the upper cavity main body and the lower cavity main body are opposite to each other; the upper cavity main body and the lower cavity main body can clamp the turntable to form a sealed cavity body; a pressing board, an upper sealing head and a bayonet are arranged in the upper cavity main body; a lower sealing head and an aspirating hole are arranged in the lower cavity main body; the aspirating hole is communicated with an external vacuum source; the upper sealing head corresponds to the lower sealing head; and a heating body is arranged inside the servo double-surface heating vacuum packaging machine. The servo double-surface heating vacuum packaging machine has a compact structure and high efficiency; the electric core packaging quality is stable and the cost is low; vacuum liquid extraction can be realized; and pollution of the electrolyte to the equipment can be reduced to minimum.

The present invention discloses apparatus and methods for use in wellbores that comprise an inflatable element. The inflatable element is adapted for inflation by gravel. One embodiment of the invention is a method of sealing an annulus in a well that comprises expanding the inflatable element with a gravel laden slurry. The inflatable element comprises a passageway communicating between an exterior and an interior of the inflatable element. The inflatable element is capable of being connected to a sand screen and the inflatable element can be inflated with the gravel laden slurry during a gravel packing of the well.

A device for grouping articles to be loaded into a carton and delivered to the device from an infeed stream at an infeed end of a packaging machine. The device comprises a leading and trailing spacer elements arranged to move along a first path, each spacer element being adapted to engage at least one article from the infeed stream and to convey the articles through a working reach of the device. The device further comprises adjustment means to adjust the device between a first mode in which each spacer element follows the first path to successively engage an article group; and a second mode in which the trailing spacer element follows the first path and the leading spacer element becomes transferred from the first path to follow a second path connected to the first path before rejoining the first path, whereby the leading and trailing spacer elements engage an article group simultaneously.

The invention discloses a label sewing fully automatic socks packaging machine. The label sewing fully automatic socks packaging machine comprises a vibrating disk bracket, wherein the vibrating disk bracket is provided with a vibrating disk; a spiral material passage is arranged on the outer side of the vibrating disk; the lower end of the spiral material passage is connected with a hook mounting component; a socks feeding component is arranged in front of the hook mounting component; a vertical paper card bin component is arranged between the hook mounting component and the socks feeding component; a label sewing machine is arranged behind the socks feeding component; the hook mounting component and the socks feeding component are arranged on a same longitudinally arranged linear guide rail. The label sewing fully automatic socks packaging machine has the advantages that (1) the vibrating disk is arranged, so that automatic hook feeding can be realized, (2) the hook mounting component is arranged, so that automatic hook mounting can be realized, (3) the paper card bin component is arranged, so that automatic paper card feeding can be realized, (4) the socks feeding component is arranged, so that automatic socks feeding can be realized, and (5) the label sewing machine is arranged, so that automatic sewing can be realized.

A vacuum packaging machine includes a plurality of vacuum chambers (3a, 3b) each arranged to receive at least one unsealed product package and operable to perform an independent vacuum sealing operation, each vacuum chamber having a longitudinal direction defined by a direction of travel of the respective product package through the chamber (3a, 3b), each chamber having a heat seal assembly (15) therein which extends transversely to the longitudinal direction. An infeed conveyor (17) can be provided with a telescoping portion (17a) which can extend over the heat seal assembly or a part thereof. Each vacuum chamber can have a respective bed (9) and independently moveable hood (11), and the beds (9) can be synchronously vertically moveable. The vacuum packaging machine can be used in combination with a suitable product bagging or wrapping machine.

Inflatable packers are provided with one or more components to improve longevity and/or functionality. One or more of the packer components utilizes reinforced materials incorporated in a manner that enables the improved longevity and/or functionality.

The invention relates to a completely automatic continuous box-typed air conditioning packaging machine, which is characterized in that operations of vacuum pumping, inflating and box packaging are respectively completed on two continuous working positions; an air replacing device comprises a sealing chamber which is connected with a cylinder shaft; a sealing chamber is internally provided with the air replacing device which respectively carries out the air pumping and inflating of the air replacing chamber by an external pumping pipeline and an inflating pipeline; the external inflating pipeline is arranged on an air conditioning auxiliary device which carries out the conditioning of the air in the box by the external inflating pipeline; a thermal sealing film guiding device and the air conditioning auxiliary device are connected on a frame; the thermal sealing device is fixedly connected with the frame by a connecting screw; a first film cutting device and a second film cutting device are respectively arranged on the frame. The completely automatic continuous box-typed air conditioning packaging machine has high air replacing rate and air mixing precision and quick packaging speed, meets the requirements of changed volume of the packaging products and various styles of exterior of the packaging boxes, and has the advantages of integrating the sealing and slicing into a whole, etc.

The invention discloses a full-automatic vacuum packaging machine which comprises a membrane releasing device, a printing device, a bag making device, a feeding device and a vacuum and sealing device connected in sequence. The vacuum and sealing device comprises a vacuum reciprocating mechanism, a vacuum switching mechanism, a bag receiving mechanism, a bag delivery mechanism, a traction mechanism, a sealing mechanism, a bag pressing and shaping mechanism, a bag clamp adjusting mechanism and a transfer belt separating mechanism. The vacuum reciprocating mechanism comprises a main box body capable of laterally moving and fixed side box bodies located on both sides of the main box body, and the main box body laterally moves to be combined with one side box body to form a vacuum chamber and simultaneously to be separated from another side box body to form an opened sealing station. The vacuum switching mechanism is used for vacuumizing and relieving the vacuum of the vacuum chamber and the sealing station. The bag receiving mechanism, the bag delivery mechanism, the traction mechanism, the sealing mechanism, the bag pressing and shaping mechanism, the bag clamp adjusting mechanism and the transfer belt separating mechanism are respectively located on both sides of the main box body. Packaging, inputting and outputting can be carried out at the same time, so that the efficiency is greatly increased.

A first tubular is disposed coaxially within a portion of a second, larger tubular. A portion of the first tubular is expanded into frictional contact with the second tubular, thereby creating a liner and a hanger. In one embodiment, a pattern of grooves and profile cuts are formed in the surface of a portion of the first tubular body. The grooves in one aspect define a continuous pattern about the circumference of the tubular body which intersect to form a plurality of substantially identical shapes, such as diamonds. The grooves and profile cuts serve to improve the tensile strength of the tubular body. At the same time, the grooves and profile cuts allow for expansion of the tubular body by use of less radial force. The grooves and profile cuts further provide additional frictional support for hanging the expanded tubular onto the inner surface of a surrounding second tubular.

The invention relates to a method for producing dual-interface cards and equipment thereof. The method comprises the following steps: S1: solder is welded on a scheduled welding spot of a dual-interface chip; S2: the excess solder on the scheduled welding spot after soldering is removed; S3: hot melt adhesive is welded on the dual-interface chip; S4: die cutting is carried out to the dual-interface chip which has the solder and the hot melt adhesive; S5: the die-cut dual-interface chip is flipped and rotated and then welded on a standard card with an antenna; S6: butt-weld, location amendment, and spot welding are carried out to the card and the dual-interface chip; and S7: heat welding is carried out to the card with the dual-interface chip so as to form a dual-interface card. The equipment comprises a solder-coating adhesive-preserving machine which conducts solder-coating and adhesive-preserving processing to the dual-interface chip and a packaging machine which is used for packaging the dual-interface chip after solder-coating and adhesive-preserving processing onto the dual-interface card. By implementing the method and equipment of the invention, the production efficiency and yielding rate in production process are high, the raw materials are conducive to being conserved and the production cost is also lowered.

The invention discloses a universal tensile covering film packaging machine which is used for wrapping a pre-tensioned cylindrical thin film on goods. The packaging machine comprises a film coil bracket (1), a lifting mechanism (2), a tensioning mechanism (3), a film feeding mechanism (4), a thin film heat-sealing and cutting mechanism (5), a main frame (6), a transmission mechanism (7) and the like, wherein the main frame (6) has a frame-shaped structure with four pieces of upright posts; the film coil bracket (1) is positioned on the outer side of the main frame (6); the film feeding mechanism (4) is positioned on the top of the main frame (6); the thin film heat-sealing and cutting mechanism (5) is positioned below the film feeding mechanism (4); the transmission mechanism (7) is positioned on the ground on the inner side of the main frame (6); the tensioning mechanism (3) is driven by the lifting mechanism (2) to perform rising and falling motions; left and right movable beams of the tensioning mechanism (3) are provided with upper and lower sliding racks; and the sliding racks are provided with film collecting and releasing mechanism and a film sucking mechanism. Because the film collecting and releasing mechanism and the film sucking mechanism are positioned on the same sliding rack, the tensioning mechanism (3) can automatically adapt to the cylindrical thin films of different widths by only adjusting the relative distance between the upper and lower sliding racks.

The invention provides automatic flow line type inspection integrated equipment for a connector, and solves problems that manual operation is adopted in the existing inspection pattern, so that the connector is easily polluted and damaged, a detection result has a deviation and production efficiency is reduced. The automatic flow line type inspection integrated equipment comprises a machine frame with a bearing platform, wherein a transmission device and a transfer device sequentially connected and arranged in a defined direction are fixedly arranged on the bearing platform; the transfer device is provided with multiple mounting bases uniformly distributed in one row; a voltage-resistant inspection device, a function inspection device and a flatness inspection device are arranged and mounted in sequence on sides of the mounting bases arranged in one row; a packaging machine is connected to a tail end of the transfer device; and a control device is also mounted on the machine frame. The connector is inspected in multiple aspects in a form of full-automatic flow line and prevented from being polluted and damaged, and cost is reduced and inspection accuracy and inspection efficiency are improved at the same time.