Abstract: An insertable fastener installation apparatus for a flat substrate has a thickness, T. A roller press station is used to press T-nuts into holes in the substrate. An optical vision system detects the location of the holes in the moving substrate and aligns the t-nuts with the holes. A computer controlled pick and place robot takes T-nuts from an escapement of a hopper feed system and aligns, but does not fully insert, the t-nuts in the substrate. A conveyor system feeds the substrates through the optical vision system, the pick and place robot station and the roller press station. A first roller is spaced apart from a second roller by a gap in the roller press station and the gap is less than the thickness of the substrate. The hopper feed system includes a bulk hopper, a bowl, a track and an escapement.

Abstract: A sheet feeder, which can be included in an image forming apparatus, includes a rotary body to contact and feed a recording medium to a downstream side along a sheet conveying path, a friction body disposed facing and contacting the rotary body with the sheet conveying path interposed therebetween, the friction body forming a separation nip region with the rotary body, a receiver to support the friction body at a position opposite to the separation nip region, and multiple projections to guide the recording medium toward the separation nip region. Each of the multiple projections extends toward the rotary body at respective axial ends of the rotary body and has a top face disposed upstream from the separation nip region in a sheet conveying direction between an outer circumferential surface of the rotary body and a surface of the friction body.

Abstract: A device (1) for orienting capsules (C) is described. The device comprises a container (9) for receiving randomly oriented capsules (C), which has bottom wall (11), provided with at least two apertures (17A, 17B). A rotor (13) is rotatingly arranged in the container and above the bottom wall (11). The rotor is provided with capsule receiving pockets (15). Under the apertures of the bottom wall (11), a capsule collector (19) is arranged, for receiving capsules discharged from the capsule receiving pockets (15) through either one or the other of the two apertures (17A 17B). The capsule receiving pocket (15), the two apertures (17A, 17B) and the capsule collector (19) are shaped and arranged such that the capsules (C) randomly contained in the container (9) exit the capsule collector (19) with a pre-determined orientation.

Abstract: A device for singulating open-ended objects includes: a housing configured to retain a plurality of open-ended objects, the housing having an open lower end; an outer ring positioned below the housing; a drum positioned within the outer ring to form a drum assembly, the drum including a hub having a substantially circular wall and a plurality of wings that extend radially outwardly from the wall to contact the outer ring, the hub, wings and outer ring forming a plurality of gaps; a mounting structure with an exit aperture fixed relative to the housing; and a rotary drive unit mounted to the drum that rotates the drum about an axis of rotation. The presence of the wings can enable the device to singulated caps more consistently.

Abstract: Disclosed are a quantity regulating module of an automatic tablet dispenser, and a tablet dispensing method thereof, which are capable of automatically packing various-shaped tablets, and accurately, rapidly and cleanly controlling supplying of tablets without missing any.

Abstract: A paintball loader for supplying a plurality of substantially similar paintballs a paintball marker. The loader comprises a housing adapted to receive the plurality of paintballs, the housing defining a feeder tube in a base thereof, the feeder tube dimensioned to allow single passage of the paintballs, a paintball receiving member comprising an elongate receiving channel spiraling radially outward in a direction of rotation from the feeder hole and having an outlet adjacent the feeder tube, the channel comprising a pair of opposing side walls spaced to allow single passage of the paintballs, and a feeder arm positioned across at least a portion of the channel walls such that the feeder arm comes into contact with one of the plurality of the paintballs when in the channel. The channel is rotatable relative to the feeder arm about the feeder hole in the direction of rotation.

Abstract: A feeding mechanism and method for feeding minute items, such as capacitors, resistors, or solder preforms. The mechanism is adapted to receive a plurality of the randomly-positioned and randomly-oriented extremely small or minute items, and to isolate, orient, and position the items in a specific repeatable pickup location wherefrom they may be removed for use by, for example, a computer-controlled automated assembly machine. The mechanism comprises a sliding shelf adapted to receive and support the items; a wiper arm adapted to achieve a single even layer of the items; and a pushing arm adapted to push the items into the pickup location. The mechanism can be adapted for providing the items with a more exact orientation, and can also be adapted for use in a liquid environment.

Abstract: A device for singulating open-ended caps includes: a housing configured to retain a plurality of open-ended caps, the housing having an open lower end; an outer ring positioned below the housing; a drum fixed to and positioned within the outer ring to form a drum assembly, the drum including a hub having a substantially circular wall and a platform that extends radially outwardly from the wall to contact the outer ring, the hub and outer ring forming a circular gap therebetween, the platform being positioned below much of the gap and including a discontinuity; a mounting structure with an exit aperture fixed relative to the housing; and a rotary drive unit mounted to the drum that rotates the drum assembly about an axis of rotation.

Abstract: An apparatus (1) is provided for feeding capsules (4), preferably single-use capsules for the preparation of beverages, infusions and the like, for beverage vending machines. The apparatus includes a storage chamber (2, 22) for storing capsules (4) in a random arrangement, pick-up means (10, 210) for picking up the capsules (4), a capsule transfer device (13, 213) provided with one or more compartments (14, 214) for the capsules (4), at least an unloading conveyor (19, 219) for unloading the capsules (4). The apparatus is characterized in that, between the storage chamber (2, 22) and the at least an unloading conveyor (19, 219), the apparatus (1) comprises a first orientating device (8, 28), which is adapted to orientate the capsules (4) according to at least a substantially horizontal-axis position, and a second orientating device (20, 220) which is adapted to arrange the capsules (4) according to a same vertical-axis position.

Abstract: A method and apparatus for singulating individual product items, such as pills, in unit-dose or multi-dose dispersing packaging that utilizes a pill-filling mechanism for reducing a large amount of bulk pills to a single-file stream of pills; a pill separation mechanism for singulating a variety of different sized and shaped pills; and a mechanism for delivering pills to a package, such as a blister-pack. Bar-code scanning and identification software may also be implemented to adjust the mechanisms to adapt the apparatus to different pills as they are presented to the apparatus.

Abstract: A product transport apparatus is provided that includes a transport section for transporting a product by oscillating; a driving section for applying oscillations to the transport section; a product supply section for storing products therein, the product supply section having an aperture for supplying the stored products to the transport section; and a supply stop section that can stop the supply of the products from the aperture by being brought close to the aperture, wherein, when the products are supplied from the product supply section to the transport section, the supply stop section moves away from the aperture and the supply stop section causes at least some of the products on the supply stop section to move toward the transport section by oscillating.

Abstract: An installation for packaging tablets in a blister strip moving beneath a bulk feed device for tablets, the installation includes a distribution system comprising a mounting stand (1) for motorized control elements which has an attachment surface (100) provided with at least two sets of fixing members (41, 42) for detachably mounting thereon at least two interchangeable distribution units, each in working relationship with at least some of said motorized control elements in order to drive corresponding parts to execute the distribution of the tablets between the bulk feed device and the blister strip. Such interchangeable units may preferably include at least one dispersion-based distribution unit with rotating brushes in succession above the travel path of the blister strip, and at least one channel-based distribution unit with descending guide ramps for the tablets.

Abstract: The tablet cassette with silicon partition includes a cylindrical confiner, a division block, a dropping hole, and silicon partition. The division block is fitted into the cylindrical confiner and has a plurality of slots. The slot is disposed along a circumference of the division block and adapted to contain a tablet. The dropping hole is bored through the bottom of the cylindrical confiner. The silicon partition includes a dividing blade, a partitioning plate, and a fixing edge, and the silicon partition covers the slot of the division block over the dropping hole. The silicon partition prevents tablets other than the confined tablet in the slot of the division block from entering into the slot, and bumps elastically the tablet at a side edge of the silicon partition to prevent the tablet from being damaged.

Abstract: A dispenser for dispensing gravity-flowing objects from a storage area to a receiving station outside the dispenser comprising an upstanding wall portion, a top surface defined by the upstanding wall having a bowl-shaped surface with dual upwardly inclined portions meeting at an apex, an opening extending from the base of the bowl-shaped surface downwardly to the base of the upstanding wall portion, a chute extending from an upper portion of the opening laterally and downwardly to and through the perimeter of the upstanding wall portion, and a plunger disposed in a sliding reciprocating but non-rotational relation within the opening, said plunger having a recess in its side wall that is positioned above the opening in the bowl-like surface when the dispenser is in a non-dispensing position and positioned in registry with the inboard opening of the chute when the dispenser is in a dispensing position.

Abstract: A method and apparatus (20) for accumulating articles (28) can include a dispensing of the articles with a rotating, metering drum (40) for movement to a first conveyor (50). The metering drum (40) has an entry end (86) and an exit end (88), and in a particular aspect, the metering drum (40) can be configured such that a rotation of the metering drum overcomes a static friction which would inhibit a movement of the articles (28) downstream through the metering drum. In another aspect the metering drum (40) can include at least one lug member (90) which is positioned and attached inside the metering drum at the exit end (88) of the metering drum. In further aspects, a ramp member (43) can be configured to extend an operative distance into the volume of the metering drum, and can be spaced away from an inside wall surface of the metering drum by a selected offset distance.

Abstract: A dispensing tip positioning and storing apparatus includes drum mechanisms that agitate dispensing tips, which are distributed by a tip distributor, using an agitation bar that rotates about a horizontal axis and discharge the dispensing tips while the postures of the dispensing tips are almost aligned with the horizontal axis, tip direction aligning mechanisms that align the dispensing tips, which are discharged from the drum mechanisms, in such a manner that the distal ends of the dispensing tips point downward, a conveying mechanism that sequentially conveys the dispensing tips whose directions are aligned by the tip direction aligning mechanisms, to a given position by a common conveying lane, and a tip inserting mechanism that inserts the dispensing tips, which are sequentially conveyed to the given position by the conveying mechanism, into a tip holding rack in a predetermined manner.

Abstract: An escapement system for orienting a plurality of fasteners includes a housing member including a first station and a second station, and a drum member operably coupled with the housing member and adapted to move a fastener from the first station to the second station. The escapement system also includes a first seating assembly adapted to abuttingly engage the fastener at the first station and seat the fastener against the datum surface, wherein a selected one of the housing member and the drum member includes the datum surface. The escapement system further includes a first probe assembly separate from the first seating assembly and including a first probe member adapted to abuttingly engage the fastener and a first proximity switch operably coupled with the first probe, wherein the first proximity switch is configured to indicate proper alignment on the fastener within the first station.

Abstract: An automated method for dispensing pharmaceuticals particularly tablets and capsules, and other small discrete objects, includes: receiving prescription information, selecting a container, labeling the container, dispensing the tablets or capsules into the labeled container, applying a closure to the filled, labeled container, and offloading the container to a designated location. Preferably, the tablets are dispensed with high speed dispensing bins that employ forced air to agitate and singulate the tablets. The other functions within the system are typically carried out at stations designed to offer speed, flexibility and precision to the dispensing operation.

Abstract: A test device for testing of analyte concentration in a fluid comprises: a housing (2) having an opening and containing a stack of sensors (16); a transport member (4) rotatably mounted in the opening of the housing, having an axis of rotation which spans the opening; a spring (24) which urges the stack against the transport member; and sealing means (20, 34) for making a moisture tight seal between the transport member and the sensors when the transport member is in a specified rotational position. An outer surface of the transport member has a recessed region (12) which is adapted to receive a single sensor from the stack. Rotation of the transport member with a sensor in the recessed region transports the sensor to a location where it can be connected to a meter (6, 8) and receive a drop of fluid to be tested.

Abstract: In a machine for filling capsules, a hopper containing the capsules is mounted to rotate about a respective first axis of rotation, so as to move about the first axis a number of feed channels, each of which receives the capsules successively from the hopper, and has a longitudinal second axis forming an angle of other than 90° with a reference plane perpendicular to the first axis.

Abstract: An apparatus for sorting and feeding identically shaped small objects has a funnel adapted to hold the objects and having a downwardly open outlet and a housing and a wheel together forming an arcuate passage generally centered on an axis and having an upper inlet end at the outlet and a lower outlet end so that the objects can enter the upper inlet end of the passage and move downward through the passage. The wheel has an outer periphery exposed in the passage and formed with a row of outwardly open pockets of a shape corresponding generally to a shape of the objects. The wheel is rotated such that its periphery moves upward in the passage so that the objects are separated from one another and aligned behind one another in the passage.

Abstract: An object assembly device automatically assembles a collection of rolling objects of identical size and shape. The assembly device includes an assembly housing having an inlet for receiving rolling objects and an outlet through which the rolling objects are discharged. A rotary feed cone is rotatably mounted within the housing between the inlet and the outlet. The feed cone defines a single-line travel channel having an entrance end and an exit end. The width of the travel channel is sufficient to accommodate no more than a single line of rolling objects moving downstream in succession from the entrance end of the channel to the exit end. A stationary cone base is located within the collection housing, and has a conical interior wall adapted for receiving the rotary feed cone. The cone base has an object discharge opening operatively aligned with the exit end of the travel channel to allow passage of objects outwardly through the cone base in an assembled single-line condition.

Abstract: Devices for containing at least one test strip and dispensing a single test strip at a time and methods of using the same are provided. The subject devices are characterized by having a housing that includes a slit configured to be permissive of a single test strip at a time and at least one planar surface to align a test strip with the slit when the device is appropriately agitated. In the subject methods, a subject device with at least one test strip therein is provided and agitated in a manner that causes the at least one test strip to be positioned in an appropriate orientation relative to the slit, wherein a single test strip is caused to exit the housing through the slit as a result of the agitation. Also provided are kits that include at least one subject device.

Abstract: A toothpicks dispenser is made up of a top cover, a box embodiment, a bottom board, a holder plate, a pair of pivotal dispensing plane units jointly engaged with the holder plate by a shaft pin and retractably operable by a bias spring. The holder plate and the two symmetric dispensing plane units are integrally housed in the box embodiment which is provided with a rectangular cut at each longitudinal side wall and a flanged top opening with which the top cover is registered. The holder plate of a roof shape is made up of two symmetric oblique planes on which toothpicks are piled up. The two dispensing plane units placed under and in pivotal engagement with the holder plate are provided with a horizontal press wing tab and a vertical toothpick shooting edge on the longitudinal outer side thereof respectively.

Abstract: A resilient friction pad is pushed by a spring against a conveying roller for feeding paper automatically in a printer. The friction pad is placed in a recess at the end of the paper tray. A flat auxiliary spring may be used to share the pressure of a heavy paper load and to prevent the separation of the resilient friction pad and the conveying roller. A support block may be placed underneath the resilient friction pad to prevent sagging of the resilient friction pad. A corrugated arm may be inserted between the push-up spring and the resilient friction pad to provide wider contact between the resilient friction pad and the conveying roller. Two springboards, one wider than the other, are located at the tail end of the resilient friction pad, one to lift to paper tray when the paper stack is light and the other to depress the paper stack so that paper in the upper section of the remaining paper stack does not push the paper being fed so hard that more than one sheet of paper are fed.

Abstract: A object assembly device automatically assembles a collection of rolling objects of identical size and shape. The assembly device includes a collection hopper having an inlet for receiving rolling objects, and an outlet below the inlet for discharging rolling objects. An object assembler is rotatably mounted within the hopper between the inlet and the outlet. The assembler defines a single-line travel channel having an entrance end and an exit end, and a width sufficient to accommodate no more than a single line of rolling objects moving downstream in succession from the entrance end of the travel channel to the exit end. Objects entering the travel channel from the inlet of the hopper are discharged through the outlet of the hopper in an assembled single-line condition. A drive shaft is provided for rotating the object assembler relative to the collection hopper to avoid obstructing accumulation of rolling objects at the entrance end of the travel channel.

Abstract: The present invention relates to a sheet feeding apparatus comprising a sheet supporting means for supporting sheets, a feeding means for feeding the sheets on the sheet supporting means in a sheet feeding direction, a separating means for rotating in a direction opposite to the sheet feeding direction to separate the sheets sheet by sheet in pressurized contact with the feeding means and a transmitting means for transmitting drive force of the feeding means to the separating means. A circumferential speed of the separating means is set smaller than a circumferential speed of the feeding means.

Abstract: An apparatus for arranging and supplying a plurality of objects, the apparatus including a hopper which stores the objects in bulk and which has a funnelform bottom surface at least a portion of which extends in a reference direction inclined with respect to a horizontal plane, a chute which includes an end portion extending, from a lowest portion of the hopper, substantially parallel to the reference direction, and which causes the objects arranged in an array to be moved, a discharging-promoting member which is provided in a vicinity of the end portion of the chute, which is movable substantially parallel to the reference direction, and which promotes discharging of the objects from the hopper to the chute while arranging the objects into the array, and a drive device which reciprocates, relative to the chute, the discharging-promoting member between an advanced position where an end portion of the discharging-promoting member projects into the hopper and a retracted position away from the advanced position

Abstract: A relatively simple and small-sized drive mechanism for high-speed transfer of chip components. A transfer disc is disposed so that it may be inclined to a horizontal surface, and the disc has a transfer groove on the upper surface thereof, and has a cavity at the peripheral edge part of the transfer groove. A chip component is made to fall into the transfer groove in connection with the rotation of the transfer disc. The chip components are aligned in a predetermined direction, and one chip component is maintained in a cavity by effect of gravity. A conveying disc has cavities for receiving chip components from the transfer disc. Those cavities are provided at an equal pitch interval in the outer peripheral portions of the disc. When a chip-component is transferred from the transfer disc to a cavity, an adsorption hold is performed by an air suction hole provided in the cavity.

Abstract: A chip component feeder which has high feeding efficiency feeds chip components individually in stable orientations. The separating feeder of the present invention includes a scattering disk disposed so that the top surface thereof is inclined with respect to a horizontal plane, a transferring groove formed on the scattering disk and a cavity formed at an outer peripheral end portion of the scattering disk. When the scattering disk is rotated, chip components are dropped into the transferring groove and are aligned in a predetermined direction. After the chip components are accommodated in the cavity by gravitational force (i.e., by upward rotation of the transferring groove), separation of the chip component in the cavity from the chip components in the transferring groove can be achieved.

Abstract: A vibratory bowl defines a number of predetermined attachment locations in one side thereof adjacent to a parts discharge port defined by the bowl. One or more support plates are detachably mounted to the bowl side in a vertical position via the number of predetermined attachment locations, and each of the one or more support plates defines a horizontal support edge having a parts receiving unit detachably mounted thereto. The parts receiving unit is supported by the one or more support plates and has one end thereof positioned adjacent to the parts discharge port of the bowl and an opposite end extending away from the discharge port. The parts receiving unit may be configured to orient parts supplied by the vibratory bowl according to a desired orientation. A parts confining member is detachably mounted to one of the one or more support plates and is operable to confine parts within the parts receiving unit.

Abstract: A component feeder is provided in which damage to chip components is minimized, being capable of efficiently discharging chip components aligned in a line. A bulk case is attached on the top portion of an outer storage housing capable of being supplied by a large number of chip components. Chip components are supplied from the outer storage housing to an inner housing of a component-storage housing via a supplying path. A predetermined number of the chip components in the inner housing is fed at a time to the outer housing via a communicating path in accordance with rotation of a rotary drum so as to be dropped into an aligning groove and aligned by a lug member of the rotary drum. The number of components in the outer housing is reduced, resulting in high efficiency of aligning and reduced damage to components. The chip components slide down on the aligning groove to be discharged to a discharge path, via the gate, aligned in a line.

Abstract: A part-aligning apparatus is simple in structure, causes less damage to chip parts, and operates well even if its chip discharge passage is clogged or overflows. The apparatus has a part-holding chamber for accommodating a number of chip parts. An arc-shaped chute groove is formed in the inner surface of the bottom of the part-holding chamber to orient the chip parts in a given direction and to guide the sliding chips. A gate port is formed at the lower end of the chute groove to pass the sliding chip parts in series out of the apparatus. The discharge passage is formed tangent to the chute groove to align the passed chip parts in a row and to deliver the chip parts in sequence. A swingable plate having a blade is mounted inside the part-holding chamber. This blade urges any chip part which is stopped in the gate port due to an abnormal orientation toward a direction different from the direction in which the chip parts are discharged, thus removing clogging.

Abstract: In a bulk feeder, chips, stored randomly in a storage chamber, are fed one by one into a pipe extending vertically downwardly from the bottom of the storage chamber, and are further sequentially fed to a pickup position. In order to prevent the incomplete feeding of the chips into the pipe, an outer tube is provided in a manner to insert the pipe into the outer tube, and two projections are formed around an outer peripheral surface of the outer tube, and a pin is received between the two projections. The pin is rotated by a motor in eccentric relation to a horizontal axis of rotation of this motor, and the outer tube, while rotating, moves upward and downward, so that an upper end portion of the outer tube projects upwardly beyond an upper end of the pipe. As a result, the outer tube breaks into and disperses the group of chips residing above the pipe, so that the chips can be fed one by one into the pipe, and then the chips are fed sequentially to the pickup position.

Abstract: A parts arranger comprising a rotating disk (4) which has a plurality of part accommodating holes (6) for accommodating screws (5) arranged in a circumferential row or a plurality of concentric rows and is supported in a condition inclined at a predetermined angle .theta. relative to a horizontal plane, a circumference guide (7) which is disposed along an outer circumference of the rotating disk (4) so as to be substantially perpendicular to a surface of the rotating disk, and a stepping motor (1) which rotates the rotating disk (4) at a predetermined angle in a normal direction and then at a predetermined angle in a reverse direction.

Abstract: An improved machine and method for properly orienting two or more sets of parts having different lengths. An escapement mechanism and a length adjusting rod are employed in conjunction with a reciprocating shuttle block. The shuttle block houses a single orientor shaft and parts receiving nest. A sensing mechanism, preferably employing photoelectric fibre optic sensors, is used to control the flow of parts into and away from the orientor.

Abstract: A sorting and feeding apparatus causes components to be deposited into the central portion of a rotatable tube. As the tube rotates, the components are caused to move out of a first end or a second end of the tube, depending on the physical orientation of the components when they are deposited into the tube's central portion. When the components have a first end that has a larger diameter than a second end, rotation of the tube causes the components to move in a direction away from the larger diameter end and toward the smaller diameter end. This principle is used to urge the components to exit from the rotatable tube at an end of the tube that is determined by the physical orientation of the component. Components that are oriented in a desirable direction are fed into an associated apparatus or machine while the components that are oriented in an undesirable direction are returned to a feeding mechanism that recycles them back to the central portion of the tube.

Abstract: A track assembly (34, FIG. 1) is provided for guiding electrical contacts (12) in single file movement between an outlet of a feeder bowl (14) and a final processor (42), which enables rapid changeover for feeding contacts of different sizes and shapes. The track assembly (32, FIG. 2) is a self-contained unit that includes a track housing (35) and an actuator-operated release mechanism (80) that releases a front-most of the contacts while holding back the other contacts and that includes an actuator (130) mounted on the track housing and energized by pressured air received through a conduit (136) extending to a control (140). The track assembly is detachable and reattachable as a unit from the feeder bowl and from the control, so that when larger contacts are to be fed, the track assembly can be removed and another almost identical track assembly can be installed by mechanically mounting it at the feeder bowl outlet and connecting conduits to the control.

Abstract: System for metered feeding of cylindrical bodies from a stock to a processing machine. This involves, starting from the stock, first aligning the cylindrical bodies and then feeding them in a metered manner to a transfer device in order to move the cylindrical bodies to the processing machine. According to the invention, the device for aligning the cylindrical bodies coming from the stock consists of a rotatable drum-shaped member consisting of a number of bars disposed in the form of a ring. Between the bars the opening through which the cylindrical bodies can emerge is delimited.

Abstract: Device for the positionally correct feeding of test strips to an analysis unit. The test strips 10 include a base layer and at least one raised test field fixed to one side of the base layer. The test strips are contained disordered with respect to their longitudinal axis rotation position in a storage container. A separation and position correcting device 1 serves to feed the test strips 10 individually one after the other in a defined position to the analysis unit. Simplicity of construction and reliable operation are achieved due to the fact that the separation and position correcting device 1 includes a position correcting stage 30 with two rolls, between which a narrow gap 35 exists. The rolls rotate so that the surface 31a of the first roll 31 moves in the region of the gap 35 from top to bottom, while the surface 32a of the second roll 32 moves from bottom to top. The first roll 31 includes peripheral raised webs 37 which are in alignment with test field-free regions of the test strips 10.

Abstract: A device for continuously feeding kick springs. It has a bowl adapted to be vibrated in a circumferential direction and provided in its inner peripheral surface with a spiral track. An arcuate guide is connected to the top end of the track. A vibration feeder is provided to bring one of two bent pieces at both ends of each kick spring into engagement with an inner edge of the arcuate guide and to feed the kick springs continuously while keeping their attitude substantially horizontal. A chute has one side thereof connected continuously to the inner edge of the guide for feeding the kick springs in one direction keeping one of the two bent pieces of each kick spring facing one side of the chute. The chute is provided on the top surface thereof with a guide surface for guiding one of kick legs of each kick spring and a guide groove for receiving a coiled portion and the other kick leg.

Abstract: A centrifugal feeder for supplying objects includes a bowl for receiving objects to be fed therefrom and a rim mounted adjacent to an upper surface of the bowl. A disc is disposed within the bowl and extends at an incline from an area adjacent to a lower portion of the bowl upwardly to a point adjacent to the rim for delivering objects from the lower portion of the bowl upwardly to the rim. The disc is spaced a predetermined distance from an interior surface of the bowl to form a gap between the disc and the interior surface of the bowl. A drive member is provided for rotating the bowl and the disc at predetermined speeds and in a predetermined direction. A member is operatively connected to the disc for spanning the gap between the disc and the interior surface of the bowl for ensuring the delivery of objects from within the bowl to the rim and for preventing objects from falling or lodging within the gap.

Abstract: An unscrambler for unscrambling and orientating containers such as plastic bottles includes a hopper (1), having straight or slightly curved walls, a plurality of travelling carriages (20) having holding elements (5) with openings (6) for receiving individual containers and passageways (22) for receiving and positioning the containers, the travelling carriages (20) moving along an enclosed path and being interconnected and drawn by a flexible or hinged drive belt (33), and adjustable shelf (8) disposed between holders (5) and passageways (22) for supporting the containers (2) until they reach a discharge station where they drop through an opening in the shelf.

Abstract: Disclosed is a method for die bonding, comprising the steps of arranging a wafer having a multiplicity of mutually separated semiconductor chips vertically and near a lead frame which is conveyed horizontally, and picking up each of the semiconductor chips from the wafer and bonding the same onto the lead frame.

Abstract: A clip-like, C-shaped sheet-metal nut and an assembly device therefor, the nut having a thread leg with an embossed thread portion and a clip leg having a through hole, with the forward end of the thread leg having an upwardly and forwardly inclined insertion plate. A pair of guide webs are integrally formed on the two lateral edges of the thread leg that extend upwardly at right angles to the leg with the upper edges of the webs protruding above the insertion plate and running parallel to the clip leg and with their side surfaces being in a line with the lateral edges of the clip leg to provide a substantially outer rectangular perimeter to the nut.

Abstract: Apparatus is provided for accepting an initially presented population of randomly oriented articles formed from a soft elastomeric material, and providing a high-speed output stream, wherein all said articles are commonly oriented for further mechanical manipulation. The apparatus includes an input bowl for accepting the articles, which bowl includes a rotatable central disk for feeding objects incident thereupon to the periphery of the disk. A continuous wall member extends upwardly from the disk periphery about a major arced zone. An output section defined adjacent the periphery of the disk at the portion opposed to the arced zone receives and delivers the articles from the disk, and an arrangement is provided for causing the disk to undergo vibratory motions while it is rotated.

Abstract: An article feeding appartus for supplying articles includes a base member with a side wall member having a first surface and a second surface. The first surface is secured to the base member. A rim member is secured to the second surface of the side wall member. An elevating turret is centrally disposed relative to the base member. A plurality of inclined ramp segments are operatively connected to the elevating turret and radially extend from the centrally disposed elevating turret towards the side wall member for forming a reservoir area into which articles may be supplied. A drive member is provided for rotating the base member, side wall member, rim and elevating turret at a predetermined speed.

Abstract: The present invention provides a bar-like article supplying apparatus in a hopper, and more specifically to an apparatus for supplying bar-like articles such as cigarettes or filter plugs to the hopper, wherein a bottom lid comprises a plurality of small bottom lids obtained by dividing the bottom lid in a radial direction of bar-like articles, whereby these small bottom lids are rotated in a radial direction of the bar-like articles to make the moving stroke of the bottom lid small to miniaturize the entire apparatus and bar-like articles are supplied preferentially from a depressed portion in the upper surface of the bar-like articles within the hopper, thus eliminating a disturbance of the bar-like articles.

Abstract: The casings are guided through a supply duct to a sorting roller which possesses an arresting duct with a pin extending axially and, in the same cross-sectional plane, a transit duct. Those casings which arrive with the casing base directed upwardly penetrate into the arresting duct, with the case base resting on the free end of the pin. On subsequent rotation of the sorting roller through 180.degree., the casing falls into the outlet duct with base directed downwardly. Casings, which arrive with base pointing downwardly, run up against the pin and rest on the periphery of the roller until, after 180.degree. rotation of the transit duct, they align with the supply duct and can fall unhindered into the outlet duct. All casings fall into the outlet duct with their base directed downwardly.

Abstract: Method and apparatus in which dispenser cap assemblies of the type having a trigger-type pump cap and a dip tube are fed to a generally cone-shaped drum which rotates about a vertical axis and carries compartments within which the cap assemblies are moved in a generally spiral outward direction while moving axially downwardly to be oriented vertically, with the cap below the dip tube, the cap assemblies then being transferred to a turnover wheel which rotates about a horizontal axis so that the cap assemblies are inverted to re-orient each cap assembly into a position where each dip tube depends vertically downwardly from the respective cap, the cap assemblies then being passed to a horizontal conveyor for advancement to a discharge point where the cap assemblies are presented serially in a prescribed alignment and orientation, at a relatively high rate, for capping operations.