Abstract: A transport system for transporting products, in particular products to be assembled, includes a stationary sliding track defining a continuous sliding path free of interruptions, a mobile unit which can be moved on the sliding track in a direction of advance, and motor means to move the mobile unit on the sliding track. The transport system also includes at least one rolling guide and at least one rolling unit configured to cooperate, according to a sliding relation, with the rolling guide.

Abstract: The machine (1) for laying sliced food products (2) in containers (3), comprises: a first conveyor (4) able to convey slices (2) or groups of slices (2) along at least one advancement direction and provided with an end portion (40) from which the slices (2) are released; a second conveyor (5) able to convey containers (3) suitable for receiving one or more slices (2) from the end portion (40) of the first conveyor (4), the second conveyor (5) being placed below the first conveyor (4); and a positioning apparatus (45, 46, 47, 81, 82) for regulating the arrangement of the first and the second conveyor (4, 5) with respect to each other.

Abstract: An apparatus includes a linear feeding-unit having a first linear section and a transfer device that transfers containers, as a group, from the linear feeding-unit to a clocked processing-machine and an entry device having a main feeding-unit distribution-stars. The first distribution-star receives containers from the main feeding-unit at a first transfer-region and transfers and the second distribution-star receives containers from the main feeding-unit at a second transfer-region. A periphery of the first distribution-star comprises a receiving section that receives containers from the main feeding-unit and an empty section interrupts receiving of the containers. The empty section is devoid of supporting-and-retaining elements. However, the receiving section comprises as many supporting-and-retaining elements as there are containers in the container group.

Abstract: The present invention relates a device (1) for producing batches (2) of products (3) from a plurality of products (3), said batches having a predefined configuration for palletizing in layers carried out downstream, said device comprising an upstream conveyor (4) which extends in a first conveying direction (6) and on which the products (3) are aligned in a row (5), a downstream receiving surface (7) intended to receive said batches, and a moving means (8) intended to transfer the products (3) brought by the upstream conveyor (4) to the downstream receiving surface (7). The moving means (8) comprises a main rail (9) and a plurality of shuttles (10) that are movable independently of one another and travel on said rail (9), each shuttle being intended to receive at least one product (3) on its upper surface. The present invention also relates an installation comprising this device and a corresponding method.

Abstract: Conveyor systems and assemblies for use in conveyor systems are provided. In some embodiments, a conveyor system comprises a mechanical chain and a chain adjustment assembly. In other embodiments, a conveyor system comprises a panel mount assembly, and in still other embodiments, a conveyor system comprises a support structure and a leveling assembly. In yet other embodiments, a conveyor system comprises a conveyor track assembly and a conveyor top protection assembly. Any embodiment of the conveyor system may also comprise a blocking bar configured to be positioned under a lower conveyor track assembly and/or a cap positioned between an end of a conveyor track assembly and a sprocket. Further, a cover assembly for a conveyor system may comprise a shield positioned over a sprocket assembly and/or an idler assembly of the conveyor system. A guard for positioning at an end of the conveyor system also may be provided.

Abstract: A method for regulating a facility for processing a series of containers includes an operating phase during which a first machine for processing containers that is equipped with a number of first stations is driven in rotation, and a second machine for processing containers that is equipped with a number of second stations is driven in rotation. The facility has a transfer point from the first to the second processing machine. The operating phase includes a synchronized and paired operating step in which the synchronized rotation of the first and second machines is accompanied by a repetitive series of pairing partners at the transfer point, each pairing partner including a first station arriving at the transfer point coincidentally with a second station, enabling transfer of a container from the first station of the pairing partner to the second station of the pairing partner.

Abstract: The disclosure relates to a buffer device and a method for buffering piece goods, in particular containers, bottles or packages, with a buffer area, a feed device for supplying piece goods to the buffer area, a discharge device for discharging piece goods from the buffer area. The device additionally comprises several circulating, independently drivable row pushers which can transport the piece goods in the direction of transport through the buffer area.

Abstract: A system automatically loads a bin with a filled deformable container such as a sack of produce being conveyed along horizontal rollers. A movable support structure has a coupling end attachable to a robotic arm, and a lifting end supporting a plurality of parallel rods. By means of the robotic arm and a programmable logic controller, the plurality of parallel rods can be positioned between and parallel to the horizontal rollers, raised when the container is conveyed to a loading position above the parallel rods, moved to a predetermined position above the bin, and rotated to allow the container to slide downward along the parallel rods and into the bin under force of gravity. The loading sequence can be repeated a number of times, changing the predetermined position each time to stack a plurality of the containers in a desired configuration such as overlapping rows of offset sacks.

Abstract: An apparatus for a packaging machine comprising; a first conveyor for conveying an input stream of articles, a second conveyor for conveying an output stream of articles, a guide path configured as a loop and one or more tools coupled to the guide path. Each tool comprises a tool head for engaging with one or more articles in the input stream. The tool head is operable to transfer the one or more articles from the first conveyor to the second conveyor. The one or more articles are placed upon the second conveyor in discrete groups having one or more tiers.

Abstract: A check-out stand having a take-away conveyor extending in between a front module and a rear module. The take-away conveyor includes a receiving frame, a conveyor base, and a safety plate mounted on the conveyor base. For ease of installation, safety purposes and servicin, the take-away conveyor may be removed easily with tools. Further, a wire harness system is configured with that provides an AC power supply to the take-away conveyor.

Abstract: A transfer device for conveying a plurality of packaging units along a transfer path comprising: a first carrier having at least one first operative branch parallel to the transfer path; at least one first conveying element advanced along the first carrier; a second carrier adjacent to the first carrier and having at least one second operative branch parallel to the transfer path and to the first operative branch; and at least one second conveying element controlled independently from the first conveying element and advanced along the second carrier; wherein the first conveying element and the second conveying element are configured to retain therebetween a packaging unit of the plurality of packaging units and to advance the packaging unit along the transfer path.

Abstract: There is disclosed a unit for forming a layer of a batch of groups of articles, comprising a first conveyor adapted to convey a plurality of groups in an abutting relationship; and a second conveyor adapted to separate batch from the remaining groups for a gap; unit further comprises manipulating means adapted to manipulate separated batch on an area defined by second conveyor, so as to form layer.

Abstract: A stacking head of a sod harvester can be configured to move with a stacking conveyor during a pick up operation. A stacking head on a roll harvester can be configured to move with a stacking conveyor to allow the stacking conveyor to be moved while the stacking head is removing rolls of sod from the stacking conveyor.

Abstract: The invention relates to a feeding device for transporting products, wherein the products are provided to the feeding device in groups. The feeding device comprises at least one first and one second conveyor belts which are arranged one behind the other in the direction of transport, wherein a first group of products can be transferred from the first conveyor belt to the second conveyor belt. According to the invention, the conveyor belts can be accelerated such that a gap between the groups can be reduced to improve the production flow.

Abstract: There is disclosed a unit for forming a layer with at least one first batch and one second batch of first groups and second groups of articles, comprising: a first conveying line which may be fed with a first row of first groups and which outputs first batch separated from the remaining first groups travelling parallel to a first direction; and one second conveying line which may be fed with a second row of second groups and which outputs second batch separated from the remaining second groups travelling parallel to first direction; unit further comprises control means configured for receiving a signal associated to a misalignment between first batch and second batch along a second direction transversal to first direction, and for generating a modified first speed profile for at least one conveyor of first conveying line or of second conveying line, so as to recover misalignment.

Abstract: An envelope feeder for a printer having two aligned conveyors moving at different speeds is disclosed. An upstream conveyor moves a backwards slanted procession of envelopes having aligned upper edges onto an inline downstream conveyor that accelerates the envelopes along a curved upper edge so that by the time any single envelope arrives at the printer ingestion or feed slot, the envelope is almost completely flat yet supported upwards slightly so that the pickup roller of the printer can easily and reliably ingest the envelope for processing. Due to the speed of the downstream conveyor, envelopes are continually and reliably presented to the printer to avoid printer stalls. The configuration reduces the amount of skill and operating labor required to establish a high-speed envelope feed source for high-speed printing.

Abstract: An apparatus and method to efficiently and accurately count, group and discharge individual products from a production line. The apparatus and methods are suitable for a variety of products, including products with irregular shapes, and/or products that travel down production lines at irregular intervals. In one embodiment the apparatus can have a delivery conveyor having a product sensor; a grouping conveyor adjacent to the delivery conveyor having a plurality of containment areas to receive a plurality of products; and a controller communicatively connected to the delivery conveyor, the grouping conveyor, and the product sensor, the controller configured to count product traveling on the delivery conveyor during a grouping sequence and to discharge a product group from the grouping conveyor during a discharge sequence at a predetermined product count. The grouping conveyor can be at substantially right angles to the delivery conveyor.

Abstract: A method and a device for generation formatted total packages 29 comprising a defined number of adjoining equally sized individual pieces 10 formed in particular of a food product, whereby the individual pieces 10 are transported along the conveyor lines laying on conveyor belts, Whereby the individual pieces 10 on a first conveyor belt B1 are supplied at a mutual distance and at a speed VB1 to a second conveyor belt B2, B3, which forms a buffer line and which adjoins the first conveyor belt B1 in transport direction, whereby the individual pieces 10 at the beginning of the second conveyor belt B2, B3 are accumulated to a buffer stack 21 of adjoining individual pieces 10, whereby the buffer stack 21 is transported on the second conveyor belt B2, B3 at the speed VB2 which is lower than VB1, whereby at the end of the second conveyor belt B2, B3 total packages 29 are separated from the buffer stack 21 by means of a discharging conveyor belt B4 which, during the process of separating from the buffer stack 21, has

Abstract: Product is conveyed as a continuous stream by a meter conveyor (12) unto a transfer plate (32) and a transfer device (42) including first and second supports (42A, 42B) each in the form of a thin piece of flexible material. The transfer device (42) is movable between retracted and extended positions extending over a sweep conveyor (22) by securing its trailing and leading ends to flexible belts (106, 206) on opposite longitudinal sides of the sweep conveyor (22). Product is transferred from the second support (42B) to the sweep conveyor (22) and from the first support (42A) to the second support (42B) as the transfer device (42) moves from the extended position to the retracted position and is engaged by a metering bar (52B) which controls the product acceleration on the sweep conveyor (22) and by a metering bar (52A) which prevents unmetered product from tipping downstream. A sweep bar (62a) which collects the product on the sweep conveyor (22).

Abstract: In a rolling mill in which hot rolled product is formed into rings by a laying head and the rings are transported in an overlapping pattern to a reforming station where the rings are gathered into coils, a method of increasing the time gap between billet lengths of product delivered to the reforming station by advancing the rings of a front end of one billet along said conveyor at a one speed while advancing the rings of a tail end of a preceding billet at another speed greater than said one speed.

Abstract: In a rolling mill in which hot rolled product is formed into rings by a laying head and the rings are transported in an overlapping pattern to a reforming station where the rings are gathered into coils, a method of increasing the time gap between billet lengths of product delivered to the reforming station by advancing the rings of a front end of one billet along said conveyor at a one speed while advancing the rings of a tail end of a preceding billet at another speed greater than said one speed.

Abstract: Disclosed are a method and an apparatus for aligning pieces of food dough that are conveyed downstream by a conveyor so that when aligning members contact the pieces, the deformation of the pieces and the adhesion between the aligning members and the pieces can be reduced.

Abstract: The invention relates to a device (1) for forming product groups from a flow of a plurality of identical piece goods fed by means of conveying devices, having an infeed track (16) and dividing elements engaging in the product flow in a synchronized manner transverse to the transport plane on at least one pair of driven, endlessly circulating flexible drive elements (7, 11, 12), wherein at least one crossbar (8) is disposed on each of said pairs of flexible drive elements, dividing elements (9) being held thereon, wherein at least three pairs of flexible drive elements (7, 11, 12) are provided within a device, wherein each of said pairs can be operated with a unique velocity profile.

Abstract: A system for separating a cluster of interconnected food products is disclosed. The system includes a first conveyor, a second conveyor, a suction subsystem, and a sensor. The first conveyor includes a discharge end and a first permeable conveyor belt. The second conveyor, in series with the first conveyor, includes an intake end and a second permeable conveyor belt. The first and second conveyors are configured to independently accelerate and decelerate. The suction subsystem, which includes an intake portion proximate to the discharge end and the intake end, is configured, arranged and disposed to generate suction through the first permeable conveyor belt at a first region proximate to the discharge end and through the second permeable conveyor belt at a second region proximate to the intake end. The sensor is configured, arranged and disposed to sense a leading edge of the cluster as the cluster is conveyed by the system.

Abstract: A unit for grouping packages along a transfer path includes an input station receiving the packages arranged in longitudinal lines parallel to the transfer path; an output station for groups defined by a given number of packages from respective longitudinal lines and aligned in at least one line crosswise to the transfer path. A movable conveying surface is supplied at predetermined time intervals with a number of packages equal to that in each group, and which feeds the packages along the transfer path. At least one aligning member is moved cyclically along a first path having a work portion parallel to the transfer path, and at least one push member is moved cyclically along a second path having a work portion parallel to the transfer path. The aligning member and the push member are moved respectively by independent first and second conveying mechanisms, and the work portions of the first and second paths coincide with each other.

Abstract: A method and a device for generation formatted total packages 29 comprising a defined number of adjoining equally sized individual pieces 10 formed in particular of a food product, whereby the individual pieces 10 are transported along the conveyor lines laying on conveyor belts, Whereby the individual pieces 10 on a first conveyor belt B1 are supplied at a mutual distance and at a speed VB1 to a second conveyor belt B2, B3, which forms a buffer line and which adjoins the first conveyor belt B1 in transport direction, whereby the individual pieces 10 at the beginning of the second conveyor belt B2, B3 are accumulated to a buffer stack 21 of adjoining individual pieces 10, whereby the buffer stack 21 is transported on the second conveyor belt B2, B3 at the speed VB2 which is lower than VB1, whereby at the end of the second conveyor belt B2, B3 total packages 29 are separated from the buffer stack 21 by means of a discharging conveyor belt B4 which, during the process of separating from the buffer stack 21, has

Abstract: A device and a method for transporting flat products comprising at least one feeder and a first transport unit having at least two transport elements that can be set against side edges lying opposite one another of the flat products. The flat products can be gripped by the transport elements and can be transported upright in the transport direction. In the transporting process, the flat products are received in the first transport unit, are transported within the latter, and are held upright at the side edges by the transport elements.

Abstract: A product metering apparatus (10) includes a first product conveyance mechanism (12) conveying product in a continuous stream. A platform (42) supports product and is movable along a closed path between a loading position adjacent to the first product conveyance mechanism (12) and a transfer position adjacent to an output in the form of a second product conveyance mechanism (22) spaced from the first product conveyance mechanism (12) in the conveying direction. The platform (42) in the loading position receives the product in the continuous stream from the first product conveyance mechanism (12) and is then accelerated to a speed greater than the first product conveyance mechanism (12) creating a gap between the product supported on the platform (42) and the product remaining in the continuous stream on the first product conveyance mechanism (12).

Abstract: In an arrangement (10) for grouping a plurality of products (Pn, Pn+1) into batches (Li) carried by at least one conveyor belt (12) travelling in a longitudinal direction at a travelling speed (V1), the products (Pn, Pn+1) arrive with at least one determined upstream spacing (E) between two successive products, and including an advanced phaser (22, 23) provided on the path of the products (Pn, Pn+1) and capable of grouping transversally at least two products (Pn, Pn+1) into a row so as to form, at high speed, batches (Li) obtained by grouping the products (Pn, Pn+1).

Abstract: A method for combining and aligning packing unit groups, having the steps of supplying, on an allocating conveyor, individual packing units and/or packing unit groups in an abutting relationship, operating a transportation conveyor downstream of the allocating conveyor with a first transportation speed, forming batches of packing units and/or packing unit groups, wherein predefined gaps are created between the batches by controlling the speed of the allocating conveyor in a corresponding manner, and transferring the batches with the gap predefined between them onto a row or layer forming conveyor, wherein the row or layer forming conveyor is operated at a second speed.

Abstract: A machine for grouping packs includes a sliding work plane for advancing in sequence at least a consecutive and equidistanced row of packs along a predetermined advancing direction (A); and a retaining means for cyclically braking the advancing of one of the packs of the row with respect to the sliding work plane, the retaining means including at least a striker body and a moving means for cyclically locating the striker body close to a pack advancing on the work plane, such that the striker body receives the pack in contact there-with, preventing the pack from advancing at a same speed as a previous speed thereof on the work plane.

Abstract: A conveyor and a method for depalletizing and singulating packages. The conveyor comprises, in one version, a set-down conveyor on which pallet layers are deposited and conveyed, a row-separation conveyor that separates the pallet layer into spaced rows, a row-extraction conveyor that extracts a leading row of packages from the trailing rows and conveys the packages of the extracted row in a transverse direction, and a singulating conveyor that arranges the articles in a single file. The conveyor system operates by first pulling a gap in the leading row of a pallet layer when the packages cross into the row-separation conveyor. Then the row is extracted from the other rows on the row-extraction conveyor. Finally, as the packages travel on and along the singulating conveyor, they are aligned to the conveyor's outer edge and rotated, if necessary, to be properly singulated.

Abstract: A product metering apparatus (10) includes a first product conveyance mechanism (12) conveying product in a continuous stream. A platform (42) supports product and is movable along a closed path between a loading position adjacent to the first product conveyance mechanism (12) and a transfer position adjacent to an output in the form of a second product conveyance mechanism (22) spaced from the first product conveyance mechanism (12) in the conveying direction. The platform (42) in the loading position receives the product in the continuous stream from the first product conveyance mechanism (12) and is then accelerated to a speed greater than the first product conveyance mechanism (12) creating a gap between the product supported on the platform (42) and the product remaining in the continuous stream on the first product conveyance mechanism (12).

Abstract: In a method to separate bundle layers by means of a first conveyor track and a second conveyor track whose conveyor speed is greater than the conveyor speed of the first conveyor track, bundles are spaced apart from one another in the transport direction by a speed jump between the first conveyor track and second conveyor track; positions of bundles on the second conveyor track that are spaced apart from one another are detected by a position detection device. The bundles are moved from the second conveyor track with a manipulator, wherein the manipulator is controlled on the basis of the detected bundle positions on the second conveyor track.

Abstract: A container packaging machine includes a container handling and counting apparatus including an upstream accumulation portion and a downstream container separation and counting portion. The containers having a relatively tightly nested configuration as the containers move through the accumulation portion and having a relatively loosely nested configuration as the containers move through the container separation and counting portion where separation of the containers form distinct peaks and valleys for use in counting the containers.

Abstract: In an arrangement (10) for grouping a plurality of products (Pn, Pn+1) into batches (Li) carried by at least one conveyor belt (12) travelling in a longitudinal direction at a travelling speed (V1), the products (Pn, Pn+1) arrive with at least one determined upstream spacing (E) between two successive products, and including an advanced phaser (22, 23) provided on the path of the products (Pn, Pn+1) and capable of grouping transversally at least two products (Pn, Pn+1) into a row so as to form, at high speed, batches (Li) obtained by grouping the products (Pn, Pn+1).

Abstract: A metering system (1) for grouping and spacing articles (A) that are initially in a stream of articles passing within a working reach of the metering system, which metering system comprises a plurality of tools (10), which tools are arranged and adapted to be brought into contact with and subsequently accelerate some portion of the article stream, thereby to create a spaced group, wherein each tool comprises an integral drive means that is controllable independently of the integral drive means of each other tool.

Abstract: A unit for grouping packages along a transfer path includes an input station receiving the packages arranged in longitudinal lines parallel to the transfer path; an output station for groups defined by a given number of packages from respective longitudinal lines and aligned in at least one line crosswise to the transfer path; a movable conveying surface, which is fed at predetermined time intervals with a number of packages equal to that of each group, and feeds the packages along the transfer path; and at least one movable member, which is fed cyclically along an operating path having at least one portion parallel to the transfer path, and has an aligning surface, against which, at each cycle, the packages in each group upstream from the movable member come to rest and are aligned in at least one line crosswise to the transfer path; the movable member also has a push surface which, at each cycle, acts on each group of packages downstream from the movable member to push the group out of the unit.

Abstract: A method for combining and aligning packing unit groups, having the steps of supplying, on an allocating conveyor, individual packing units and/or packing unit groups in an abutting relationship, operating a transportation conveyor downstream of the allocating conveyor with a first transportation speed, forming batches of packing units and/or packing unit groups, wherein predefined gaps are created between the batches by controlling the speed of the allocating conveyor in a corresponding manner, and transferring the batches with the gap predefined between them onto a row or layer forming conveyor, wherein the row or layer forming conveyor is operated at a second speed.

Abstract: Described herein is an apparatus or device for forming a continuous and cadenced flow of groups of rolls of paper or other products, coming from the production line or from pre-packaging lines, and rotated by a carousel (19) with horizontal shaft of rotation (119). The carousel is provided with the blades (235) of L-shaped stalls (35) which pass cyclically and in the right phase between and underneath pairs of supports (9), to raise the” products positioned thereon and set them on a horizontal conveyor (36, 39). The stalls are controlled to rotate with respect to said carousel in a direction opposite the direction of rotation of said carousel to avoid interference with the products once said products are placed on said horizontal conveyor.

Abstract: A buffer conveyor (12) for conveying conformable work products (66) includes a collapsible conveyor belt (13) having an infeed section (14), a collapsible intermediate section (16) and an outfeed section (18). The infeed section (14) may be driven at a non-continuous speed, and the outfeed section may also be driven at a uniform, or non-continuous, speed, but the average speed of both the infeed and outfeed sections is the same. The intermediate section of the conveyor is driven at a non-uniform speed that is slower than, but proportional to, the speed of the infeed section.

Abstract: The invention concerns a device for separating imbricated flat products, in particular, folding boxes, with a delivery belt on which the products are supported in the form of an imbricated flow and are transported at a transport speed, with a transfer conveyor belt, disposed downstream of the delivery belt, which has a higher transport speed than the delivery belt. The transfer conveyor belt is designed as vacuum belt, or comprises a vacuum belt, and a retaining device is provided for the trailing flat products.

Abstract: The device serves for stacking hollow objects generally tapered and intended for accumulation in stacks where they are arranged, each one partially inserted in the next. The stacking device operates at the exit of a rotating machine (20) operating at high speed, and having a rotating head (21) for the single objects, and comprise an extractor means (30) located in an exit station (B) of the rotating machine (20) intended to remove the objects from the rotating head (21) one at a time.

Abstract: An article transport, meterer and loader has a plurality of parallel lanes disposed above and in angular relation to a direction of transport of a plurality of article conveyors.

Abstract: A packaging system utilizes two sides of a loading carousel, which reduces both the height and footprint of the packaging system. Mass and inertia are also reduced, allowing higher operational speeds. The loading carousel receives opened cartons on a first side and lowers them over product groups on a second side.

Abstract: An apparatus for handling horizontally oriented flat circular articles, such as plastic lids, employs a pair of parallel rotating spin bars, one of which is divided or split into a shorter lid entry section and a longer lid discharge section. The shorter lid entry section rotates at the same speed as the other one of the parallel spin bars to stabilize the lids as they sequentially drop off a waterfall conveyor and become vertically on-edge oriented, while the longer discharge section of the split spin bar rotates at a different speed to promote lateral movement of the vertically oriented lids along the spin bars into a stack at the discharge end of the rotating spin bars.

Abstract: An apparatus for continuously grouping or marshalling objects together on a conveyor includes the conveyor being divided into a first and a second conveyor section, where the second conveyor section has a higher speed than the first conveyor section. The conveyor sections have a common plane on which the objects are advanced. The conveyor sections each have two bending rollers in the common plane, each of which have a bending roller lying closely adjacent one another. Between the rollers placed adjacent one another is disposed an arrest member. The arrest member is movable through 90 degrees in relation to the common plane. The arrest member is moreover, together with the bending rollers, displaceable along the common plane.

Abstract: A sortation system and method includes providing a sorter assembly and a slug-building assembly. Product is received by the sorter assembly and sorted to a series of sortation lanes. The slug-building assembly includes a plurality of supply lines supplying product for sorting by the sorter assembly. At least one of the supply lines includes an accumulation conveyor and a slug conveyor. Product is accumulated in slug portions at the accumulation conveyor. Slug portions are combined into product slugs at the slug conveyor. Product slugs are discharged from the slug conveyor for sorting by the sorter assembly.

Abstract: In a device for loading a three-knife trimmer with brochures, periodicals or like bound book blocks (1), comprising a feed conveyor (4), a stacking device (16) operable in magazine mode and counted stack mode and including a magazine (17) having a first upper magazine intermediate shelf (18) and a second lower magazine intermediate shelf (25), and comprising a delivery table (28) arranged below said magazine (17) and an ejector (29) for cyclically and synchronously feeding a stack (3) of book blocks to the intake device (35) of the three-knife trimmer, it is provided that the feed conveyor (4) is formed by a conveyor belt (5) continuously driven at a first velocity (vS) and by an accelerator conveyor (6) located directly downstream thereof in the feed direction and driven at a higher velocity (vB), and that a separating device (11) for book blocks (1) supplied in an imbricated flow (2) is arranged in the transition zone from the conveyor belt (5) to the accelerator conveyor (6) for holding back a following po

Abstract: A wrapping machine for wrapping products is provided with a product diverter for producing package formats which are greater in width than the number of lanes which deliver product to the wrapper machine. A plurality of metering belts advance product from an infeed conveyor along a plurality of infeed lanes. The metering belts are independently driven so that product can be advanced in each lane independently of the product in the other lanes. The metering belts deliver product to accelerator belts which speed up the product to create a gap between successive products in a lane. A first flighted conveyor advances product from the accelerator belts to a plurality of pivotally mounted diverting gates, corresponding in number to the number of infeed lanes. Each of the diverting gates direct the product to one of a plurality of output lanes. The number of output lanes is equal to, less than, or greater than the number of infeed lanes.