Abstract: An apparatus for closing a flap on an open end of a box may include a device having a slot and a mechanism operable to provide a relative motion between the slot and the flap. The relative motion may cause the flap to be received into the slot and the flap to be reoriented to a closed position. A method of closing an open end of a box being conveyed downstream, with the open end facing transversely, may include two operations. With a trailing minor flap on the open end being held in a substantially upstream-pointing open position, the opposing leading minor flap on the open end may be closed from a substantially downstream-pointing open position to a substantially upstream-pointing closed position. With the leading minor flap being held in the closed position, the trailing minor flap may be closed from the open position to a substantially downstream-pointing closed position.

Abstract: The present invention relates to a glove packing apparatus for packing gloves into a box, and to a method of packing gloves into a box, particularly to the packing of disposable medical gloves. A glove packing apparatus (1) for packing gloves into a box comprises a receptacle (26) for forming a stack of gloves to be packed, the receptacle having a perimeter wall (24, 25) for containing a stack of gloves, a floor (22) within the perimeter wall for supporting the stack of gloves, and an opening (27) opposite the floor into which additional gloves may be added to during stacking of gloves. The floor (22) is movable relative to the perimeter wall (24, 25), so that, in use, the floor may be moved relatively away from the receptacle opening (27) so that as gloves are added to said stack of gloves, the perimeter wall continues to contain the stack of gloves. The floor (22) may then be moved relatively toward the opening to remove the stack of gloves from the receptacle (26).

Abstract: The invention relates to a device for the individual packaging of pharmaceutical tablets (11). The aim of the invention is a device which permits a rationalisation of the packaging and prevention of an erroneous filling. The aim is achieved, by means of a filling die (1) with recesses (5) for the defined introduction of tablets (11) for dosage at given times, whereby the recesses (5) have recess bases (6) for opening in order to pass on the enclosed tablet (11) and by means of a tablet container (3), physically arranged below the filling die (1) such as to be displaced relative to the above which has compartments for transfer of the tablets and is brought into position covered by the recess bases (5).

Abstract: A packing method and system are disclosed which system includes a first platform having a product support surface for supporting a product and a second platform for supporting a box into which the product is to be packed. After a box is received on and secured to the second platform, the second platform is rotated so that the open top of the box faces the first platform and moved toward the first platform until the box substantially surrounds the product on the product support surface. The first and second platforms are then rotated simultaneously so that the product is transferred from the product support to the box, and the full box is discharged to a discharge conveyor.

Abstract: An apparatus for regulating the flow of articles from an infeed stream at an infeed end of a packaging machine which apparatus comprises a plurality of article feed lanes for supplying a row of articles converging at a predetermined position, each feed lane having a regulator to control article flow, one of said regulators providing a reference position by which the relative positions of the articles may be controlled such that as the lanes converge one row of articles is offset from the or each other rows of articles.

Abstract: One embodiment of the present invention relates to an apparatus for packaging goods in a box. The apparatus comprises a box erecting apparatus for erecting the box to receive at least one good. The apparatus further comprises an elevator lift apparatus operatively positioned below the box erecting apparatus, such that the elevator lift apparatus is positioned to lift at least one good into the erected box.

Abstract: A packing method and system are disclosed which system includes a first platform having a product support surface for supporting a product and a second platform for supporting a box into which the product is to be packed. After a box is received on and secured to the second platform, the second platform is rotated so that the open top of the box faces the first platform and moved toward the first platform until the box substantially surrounds the product on the product support surface. The first and second platforms are then rotated simultaneously so that the product is transferred from the product support to the box, and the full box is discharged to a discharge conveyor.

Abstract: The invention relates to a system and process for loading containers with formed product. The system includes a container transport assembly, a product transport assembly and a combined transport assembly. The container transport assembly advances and positions the containers along a first path towards a loading zone. The product transport assembly advances and positions the formed product along a second path towards the loading zone. The combined transport assembly defines a third path away from the loading zone. The first path and the second path share at least one common direction of travel and each path is in part independent of the other and each path is in part merged with the other. The formed product is loaded into the containers as the paths merge. Thereafter, the containers with formed product loaded therein are advanced away from the loading zone along the third path.

Abstract: A method for packing unfilled cigarette tubes into a receptacle consists of the steps of feeding tubes to a conveyor, moving the tubes along the conveyor to a holding position, and laterally moving a predetermined number of tubes to a container. The container may then be pivoted vertically to deposit the tubes into the receptacle.

Abstract: A packaging for bulk goods which comprises an inwardly laminated folded box body (1) and a lid (3), also of a laminated cardboard material, which is sealed or glued into position. In order to ensure the tightness of the packaging also in the corner regions, the coating also extends into said corner regions (7) of the lid (3). A pull-up window (4) is provided in the lid (3), while the package is filled from the lower side (2).

Abstract: Packaging assembly intended for the extemporaneous preparation of suspensions or solutions of a solid active product in a liquid product, the active product having been freeze-dried and being contained in a flask A, and the liquid product being contained in a flask B closed by a dropper (30), a connection member (16) enabling to put in communication the two flasks for the purpose, in a first step, to cause the liquid product to pass from flask B into flask A containing the solid product, then, in a second step, to reverse the assembly and aspirate into flask B the suspension or solution thus formed. Flask A containing the active product is closed by an elastic stopper (10) having a central perforation (12) closed by a perforable operculum (14) which is perforated by the dropper when the flasks are put in communication by means of the connection member.

Abstract: An integrated and automated case packing device and method is disclosed. The device and method uses multiple stations to: separate a flattened case from a supply of such cases, detect whether the case in an A or B-type case, open the case according to the type of case, place a predetermined number of imbricated articles into a group standing on edge, move that group under the erected case, place the case over the stationary group, close the flaps to the case, and move the case downstream to a case invertor.

Abstract: A device loading/unloading apparatus for a device handler is disclosed including a customer tray containing a finished device; a test tray having a plurality of carrier modules, the carrier modules forming a space on its bottom so that the device's bottom is mounted to be exposed downward, the carrier modules having a stop member for supporting the device not to fall freely from the space; bottom loading assembly for picking up the device of the customer tray, moving it under the test tray, and loading it to a bottom space of the carrier module; and stop member spreading assembly installed above the test tray to be conveyable in the same direction as the bottom loading assembly and then spreading the stop member by a predetermined interval when the bottom loading assembly loads/unloads the device on/from the space of the carrier module.

Abstract: An apparatus for loading containers into basket-style bottom-loading carriers has a container infeed conveyor; a divider for segregating the containers into columns; a container meterer for metering each of the columns of containers into groupings of a predetermined number of containers; a container conveyor for engaging the last container in each grouping of containers; container gripper conveyors having container grippers for maintaining the container groupings; a carrier infeed supplier; a carrier feeder for removing carriers from the carrier infeed supplier; a carrier timer-transport assembly for receiving carriers from the carrier feeder and initiating transport of the carriers in synchronous parallel motion above the containers; a gripper assembly for opening the carriers by grasping and pulling outwardly with respect to a centerline of the carriers the bottom panels; a declination belt assembly having a downwardly-declining pair of opposing elongated endless belt pairs in face contacting relationship f

Abstract: For high-performance packaging machines, a correspondingly large stock of cigarettes must be supplied. A container magazine (11 ) serves for receiving a plurality of containers (12) combined to form storage units (18). Each container receives a relatively large number of cigarettes. Filling takes place via a bottom wall (17). The storage units (18) can be moved up and down and transversely within the container magazine (11). The containers (12) are also designed in a special way, in order to guarantee fault-free filling and emptying.

Abstract: A rivet feed system which includes a base feeder assembly (28), having a rivet passageway (30) extending lengthwise therethrough. The base feeder assembly (28) includes cutout regions to receive rivet injectors (24) which are moved in operation between a first position and a second position. In the first position, an opening (80) in the injectors (24) forms a part of the passageway (30) through the base feeder assembly (28), while in the second position, the opening (80) is positioned directly beneath a vertically oriented rivet cartridge (22) to receive a rivet therefrom. The passageway (30) is connected to a source of pressurized air (32) which moves rivets therealong to a rivet machine or the like. The plurality of cartridges (22) positioned along the base feeder assembly contain rivets of various selected sizes.

Abstract: A container having four vertical sides, a top side and a bottom side, the six sides being connected to form a cube. The six sides are joined at the edges of the cube, and the juncture of one vertical edge with two upper edges forms a slanted surface. A pouring spout is mounted on the slanted surface and is inset from the planes of the adjacent sides so that it does not interfere with nesting and stacking. A handle is attached to the top side, at approximately its center, for carrying purposes, the handle being foldable to a flat position to facilitate stacking. The container is formed by cutting a blank from a flat sheet of relatively stiff material, and folding the blank along creases to form a closed container. The top and four sides are folded and sealed first, the pouring spout is installed, the container is filled through the open bottom side, and then the bottom side is folded and sealed.

Abstract: A method and apparatus are described for filling a blind cavity, for example a blister of a blister pack, with a quantity of powder. The cavity, with its open side downwards, is urged into a reservoir (30) of powder, and withdrawn from the reservoir with the quantity of powder therein. An elongate sheet (12) with a plurality of blisters disposed along the length thereof preferably passes around, and travels with, a wheel (38) partially immersed in the reservoir (30) of powder.

Abstract: A horizontal force moves a tape-automated-bonded (TAB) carrier along a first horizontal surface so that the leading edge of the TAB carrier is elevated above a second horizontal surface located beneath the open bottom area of the stacking magazine. After the center of gravity of the TAB carrier has passed a pivot line, the TAB carrier is pivoted about the pivot line by the force of gravity and assumes a horizontal position within the open bottom area of the stacking magazine. If the stacking magazine contains one or more previously-loaded TAB carriers, the TAB carrier being inserted into the open bottom area of the stacking magazine pushes upwardly against the lower surface of the lowest previously loaded TAB carrier so that the weight of the one or more previously loaded TAB carriers also helps to pivot the TAB carrier being loaded about the pivot line.

Abstract: A stacked container handling system includes an input section having an input conveyor onto which a box, containing a multiplicity of empty stacked containers arranged in a matrix of rows and columns of vertical stacks of containers, is manually or automatically placed in upside down position. Following removal of the box to expose the matrix of vertical stacks of containers, the vertical stacks of containers are moved forward by the input conveyor to a hinged lay-down table that rotates from an upright position in which one row at a time of the stacked containers is received to a horizontal position from which the received row of stacked containers is unloaded. The stacked container handling system may also include an output section having an output accumulation conveyor that serves to move a desired number of horizontal stacks of containers onto a lift table having a hinged bed that rotates from a horizontal position to an upright position.

Abstract: A machine and a method for folding bottom flaps of a box after or in coordination with box loading where all of the activities take place along one axis. The arrangement of all elements along the axis provides improved accessibility to facilitate clearing and servicing the machine. Precise indexing moves the boxes with a smooth cycling transfer motion from station to station in the machine as product in the box is supported and the bottom flaps of the box are folded under the product.The folding of the box's bottom minor trailing flap is accomplished by a three piece mechanism which supports the product in the box and closes this flap.The in-line arrangement permits easy adjustment of the machine for different size boxes. Threaded rods which are connected by chains, chain sprockets, unit rate gear boxes, half rate gear boxes, and shafts which move relevant operating elements to easily adjust the machine's box guide dimensions.

Abstract: To fill receptacles (2) uniformly, without air inclusions and without soiling, the filling material is pressed into the continuously enlarging space between the receptacle bottom and a counter-bottom attached to the end of the filling head (1) facing the receptacle bottom and eccentrically traversed by the outlet opening (17) and at the same time the counter-bottom is rotated relative to the receptacle by the central axis.

Abstract: A method for applying an end plate to a container body includes applying a heated end blank made of deformable material to one end of the container body and creating a pressure difference between the two sides of the end blank to seal the edges of the end blank to the edges of the container body. The apparatus for applying an end plate to a container body includes a jacket having a chamber into which the container body can be fitted. A vacuum source is provided at one end of the jacket and a lid or clamping device is located at the opposite end of the jacket. The chamber into which the container body is fitted is not as deep as the container body so that when the container body is fitted into the chamber, the upper edges of the container body extend above the surface of the jacket. In that, the end blank can be applied to the container body and thereafter, the clamping device is used to clamp the end blank between the upper edge of the jacket and the clamping device.

Abstract: A method and apparatus for unclosing and enclosing the flaps of a package carton, so that cartons can be transported along the transportation path without shifting backward or shifting away from the transportation path.

Abstract: A box-flap folding device which includes a support for folded side flaps of the box during the folding operation of front and rear flaps. The support is so constructed as to prevent the folded side flaps from getting unfolded and not to interfere with the folding operation of the front and rear flaps, resulting in that all the flaps of the box can be folded smoothly without being bent or broken.

Abstract: The apparatus has, at a first level (N1), a turntable (4) mounted to rotate about a substantially vertical axis (5) and including receptacles (9) distributed over its periphery to receive boxes (2) during passage past a first work station, and for moving them incrementally, in the course of the rotation of the turntable, to various successive work stations, and, at a level (N3) different from the first, a conveyor (A) for moving the article to a station, vertically below a box (2) in the open state, a displacement device (169) being further provided to introduce the article (1) into the box (2) by a substantially vertical motion, and, at an intermediate level (N2) located between the level (N1) of the boxes and the level (N3) at which the articles are supplied, a stack of precut sheets (17) of corrugated cardboard (3) is provided and a suction device for grasping the sheets (17) one at a time for introducing them into a shaper device (18) provided at the intermediate level (N2), in correspondence with each re

Abstract: An apparatus for loading analytical slides in a cartridge comprising a tray on which inclined partition members having a width narrower than the width of the analytical slides are provided so as to form a row and a pushing out member which slides on said tray and engages the lower edge of the exposed portion of each analytical slide and push the slides out of said row of partition members into a receiver to stack the analytical slides pushed out from said tray.

Abstract: A carton over product packaging apparatus including infeed means for conveying a plurality of containers to be packaged to a collating zone in which the containers are collated into a plurality of rows, container indexing means for moving the containers in the collating zone from that zone to a packaging zone.

Abstract: An automatic machine for loading and installing a telescopic lid on a shipping case is disclosed. The machine provides for bottom loading an open-top case with product which may extend slightly above the case sidewalls when loaded therein. After the machine has loaded the case and closed its bottom flaps, a pre-scored and slotted lid member in sheet form is positioned above the case and then moved onto it as as its side and end panel members are folded against the case sidewalls and joined together to form a snug fitting telescoping lid on the case.

Abstract: A method and a machine for loading articles into cases utilize indexed rotary movement of a carousel device having a series of angularly spaced platforms, with a case holding device directly above each platform. Articles are pushed onto one of the platforms at an infeed station, in the configuration they will take when packed, with an open-bottomed case held directly above. Then the platform and empty case are rotated to an offloading station, and the platform is raised up into the bottom of the case by camming action, in response to the rotation. At the offloading station, flap folders push the minor bottom flaps of the carton up into closed position, and the case is pushed off the platform onto a conveyor, which also effects closure of the leading major flap up against the minor flaps. There may be three stations, the cases being drawn from flattened, stored configuration and gripped by the case holding device at a station following the offloading station.

Abstract: A process for packaging individual articles, particularly bottles, into individual packages, specifically gift wrappings, in which the bottles are revolved with a lower rotating turret below an upper rotating turret holding the corresponding packages. The bottom end of the packages are left open and the bottles are inserted thereinto by lifting through the open bottoms. Before insertion of the bottles into the corresponding packages, the bottles are wrapped with an inner liner on the lower turret.

Abstract: A method of producing a cosmetic product containing an integrally molded powder cake. The product includes a casing having an open top enclosed by a cover, and the casing defines a cavity to contain the powder cake. In fabricating the product, the cover is closed and the casing is inverted and a slurry composed of an inert powdered material, a fatty alcohol and a vaporizable siloxane is introduced into the cavity through an opening in the bottom of the casing. On cooling, the slurry is solidified to form a cake, and subsequently the cake is dried to evaporate the siloxane carrier. The opening in the bottom of the casing can be enclosed by a backing member.

Abstract: A case packer for placement of loads through the bottom of a carton so as to accommodate loads of a type which cannot be dropped or placed into a carton from above or from the side. The apparatus includes a support plate mechanism mounted for elevational movement and supplied with individual case loads by a case conveyor. The cases themselves are delivered sequentially to a case packing station by a case conveyor. The plate mechanism is movable upwardly to locate the load within the downwardly open case. Flap engaging elements then fold opposed flaps beneath the plate mechanism and provide elevational support to the case and load within it. Plate shift means spreads the plate mechanism laterally from a position located between the load and the folded flaps to a position clear of the flaps. The plate mechanism can then be sequentially moved downward to clear the case before it moves outward from the case packing station.

Abstract: Bobbins of yarn wound up on a winding device of a winding-up machine slide under gravity along a channel that maintains the orientation of the bobbins, both axially and in regard to the sense in which the yarn is wound, as determined by the winding device. Each bobbin dwells at a positioning device at the lower end of the channel through which a thrust member rises to carry the bobbin through an opening in the base of a container in which the bobbins are later carried away for further processing. The opening is normally closed by two flaps that lie edge to edge across the opening but are separated against spring action by the rising bobbin. The thrust member and plates carrying the flaps are so shaped that the flaps can immediately return to their closing positions beneath the bobbin when this has nearly wholly entered the container. The container may be inclined or have inclined base walls to enable the bobbins to pile up therein while always remaining in their initial orientation.