序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
161 DRIVE WHEEL SET, WIRE STORAGE FRAME, GUIDE WHEEL FRAME, TRACTION MECHANISM AND CONVEYING MECHANISM EP13900747 2013-12-31 EP3091643A4 2017-10-04 KANG SHUFENG; ZHOU HEPING; WANG JIAWEI; LI WEIGUO; ZHANG ZENGGUO
Disclosed is a drive wheel set, comprising a common shaft and at least two external rotor motors installed on the common shaft. External rotors of the external rotor motors form drive wheels of the drive wheel set. Also disclosed are a vertical-type wire storage frame, a swing-type wire storage frame, a guide wheel frame, a traction mechanism and a multi-path conveying mechanism using the drive wheel set. The drive wheel set is small in size, occupies less space, and is suitable for a situation where a plurality of motors need to be driven but sufficient space is lacking.
162 LAGER- UND KOMMISSIONIERSYSTEM UND VERFAHREN ZUM SEQUENZIERTEN BEREITSTELLEN VON ARTIKELN EP15748247.2 2015-08-10 EP3180275A2 2017-06-21 HOFMANN, Christian
The invention relates to a storage and order-picking system (10) comprising a shelf arrangement (14) having a plurality of shelves (16) and a plurality of vertical conveyors (20), furthermore, at least one fleet of autonomously movable, driverless transport vehicles, FTF, (28) and an FTF plane (24) which is substantially barrier-free, in particular free of shelf compartments (R), and which extends under, over or through the shelf arrangement (14). The FTF plane (24) is coupled to the shelf arrangement (14) by means of conveyor technology via the vertical conveyors (20) that vertically extend up to the FTF plane (24). The FTF plane (24) has a travel surface (26) with a topology of travel points (44) and segments (46) along which the FTFs (28) move in a guided manner, each of the segments (46) extending from one of the travel points (44) to another adjacent travel point (44). A fleet manager (FM) having access to said topology is designed to produce and output travel orders for the FTFs (28), said orders comprising individual navigation information, in order to transport the storage goods, which are not yet transported to the FTF plane (24) by the vertical conveyors (20) in an absolute order, along individual travel paths (40) specifically produced for the FTF away from and to the vertical conveyors (20) and to hand them over in the absolute order. The invention also relates to a method for the operation of such a system.
163 DRIVE WHEEL SET, WIRE STORAGE FRAME, GUIDE WHEEL FRAME, TRACTION MECHANISM AND CONVEYING MECHANISM EP13900747.0 2013-12-31 EP3091643A1 2016-11-09 KANG, Shufeng; ZHOU, Heping; WANG, Jiawei; LI, Weiguo; ZHANG, Zengguo

Disclosed is a drive wheel set, comprising a common shaft and at least two external rotor motors installed on the common shaft. External rotors of the external rotor motors form drive wheels of the drive wheel set. Also disclosed are a vertical-type wire storage frame, a swing-type wire storage frame, a guide wheel frame, a traction mechanism and a multi-path conveying mechanism using the drive wheel set. The drive wheel set is small in size, occupies less space, and is suitable for a situation where a plurality of motors need to be driven but sufficient space is lacking.

164 ÜBERLAPPUNGSVORRICHTUNG EP16159140.9 2016-03-08 EP3069836A1 2016-09-21 MAYER, Josef; MAIER, Wilfried; SCHMEISER, Jörg

Die Erfindung betrifft eine Vorrichtung zum seitlichen Überlappen von in einer Längsrichtung transportierten Portionen, die jeweils wenigstens eine von einem Lebensmittelprodukt abgetrennte Scheibe umfassen, mit wenigstens einer Überlappungseinheit, die einen Bandförderer mit wenigstens zwei Spuren umfasst, wobei eine obere Spur und eine untere Spur einlaufseitig um eine gemeinsame Eingangsachse und auslaufseitig um zwei auf unterschiedlichen Höhenniveaus liegende Ausgangsachsen umgelenkt sind.

165 Steuerungsverfahren für einen Linienvereiniger und Linienvereiniger EP11003062.4 2011-04-12 EP2380830B1 2012-12-26 Hauck, Timo
166 MULTI-BELT CONVEYOR HAVING LINK BELTS EP11732286.7 2011-01-10 EP2521681A2 2012-11-14 FATATO, Francis, B.; BIGLER, Jeremy, M.
A conveyor system having a first conveyor intersecting a second conveyor is provided. A multi-belt transition conveyor assembly is provided at the intersection of the first and second conveyors. The transition conveyor assembly includes a plurality of parallel conveyors of varying lengths. Each belt includes a link belt and a support layer connected to the link belt. The support layer overhangs the link belt and may be comprised of a series of separate elements extending along the length of the link belt.
167 Steuerungsverfahren für einen Linienvereiniger EP11003062.4 2011-04-12 EP2380830A1 2011-10-26 Hauck, Timo

Die Erfindung betrifft ein Steuerungsverfahren für einen Linienvereiniger (1) zum Transport von Produktströmen aus einzelnen Produkten, wobei wenigstens zwei über Zuführvorrichtungen (21) geförderte Produktströme zu einem einzigen über eine Abführvorrichtung (3) geführten Produktstrom zusammengeführt werden.

Um einen flexiblen Betrieb bei gleichzeitig komfortabler Bedienung zu ermöglichen werden abhängig von Produktbezeichnungen notwendige Steuerdaten des Linienvereinigers anhand von gespeicherten Datensätzen automatisch selektiert und eingestellt.

168 Conveyor system EP07075077.3 2007-01-30 EP1816092B1 2011-03-16 Van Rijt, Bram Antonius Carolus; Vertogen, Martinus Johannes Maria
169 Vorrichtung und Verfahren zum Aufschneiden von Lebensmittelprodukten EP10005530.0 2010-05-27 EP2258523A1 2010-12-08

Eine Vorrichtung zum Aufschneiden von Lebensmittelprodukten weist eine Produktzuführung auf, die mehrere parallel nebeneinander angeordnete Bandförderer umfasst. Die Bandförderer umfassen jeweils einen als Produktauflage für ein aufzuschneidendes Produkt dienenden elastischen Endlosbandgurt und sie sind gemeinsam antreibbar, um gleichzeitig mehrere Produkte, die jeweils auf einem der Bandgurte aufliegen, einer Schneidebene zuzuführen, in der sich ein Schneidmesser bewegt. Die Bandförderer weisen einen gemeinsamen Antrieb mit einer Antriebswelle auf. Zum Einstellen einer individuellen Einzelfördergeschwindigkeit für jeden Bandförderer ist diesen jeweils eine Einstellvorrichtung zugeordnet, die dazu ausgebildet ist, den Dehnungsgrad des Bandgurtes individuell zu verändern.

170 BELT CONVEYOR EP03739711 2003-02-07 EP1474347A4 2005-09-07 COTTER DAVID H; KOOISTRA KENNETH J; LEMAY CURTIS E
A belt accumulator (10, 110) includes at least two tandem zones (12, 112), each of which has a motorized roller (20,120) and at least one idler roller (22, 122) and a continuous belt (18, 118) routed around the motorized roller and at least one idler roller. The belt may be stretched at least 0.75% in its lengthwise direction. The motorized roller of each zone is independently operable in response to an article sensor (124) in each zone.
171 BELT CONVEYOR EP03739711.4 2003-02-07 EP1474347A1 2004-11-10 COTTER, David, H.; KOOISTRA, Kenneth, J.; LEMAY, Curtis, E.
A belt accumulator (10, 110) includes at least two tandem zones (12, 112), each of which has a motorized roller (20,120) and at least one idler roller (22, 122) and a continuous belt (18, 118) routed around the motorized roller and at least one idler roller. The belt may be stretched at least 0.75% in its lengthwise direction. The motorized roller of each zone is independently operable in response to an article sensor (124) in each zone.
172 Vorrichtung zum Verändern der Zahl der Förderströme von Lebensmittelstapeln EP97112622.2 1997-07-23 EP0820943B1 2002-06-26 Klein, Max
173 Vorrichtung zum Verändern der Zahl der Förderströme von Lebensmittelstapeln EP97112622.2 1997-07-23 EP0820943A1 1998-01-28 Klein, Max

Es wird vorgeschlagen, bei einer aus Riemen, Schnüren oder dergleichen bestehenden Förderbahn (12) beide Umlenkrollen (18,19) in Achsrichtung zu verschieben. Dieser Verschiebungsantrieb besitzt eine eigene Steuerung und je einen Servomotor (6,7). Der Bewegungsablauf für die geförderten Gegenstände läßt sich hierdurch wesentlich verbessern und die Fördergeschwindigkeit erhöhen.

174 Dispositif de transport de produits à convoyeurs EP97401501.8 1997-06-26 EP0798240A1 1997-10-01 Sardo, Alberto

L'invention concerne un dispositif de transport de fruits (P), comportant un premier et un second convoyeurs (10, 12) alignés et comportant chacun deux brins parallèles (14A, 14B ; 16A, 16B). Le dispositif comporte en outre un convoyeur intermédiaire (32) de transfert des produits (P) du premier convoyeur (10) au second convoyeur (12). Le convoyeur intermédiaire comporte un tronçon (35) sensiblement horizontal de transfert des produits dont l'extrémité avant (36) est disposée en amont de l'extrémité de sortie (18) du premier convoyeur (10) et dont l'extrémité arrière (38) est disposée en aval de l'extrémité d'entrée (20) du second convoyeur (12). Le convoyeur intermédiaire (32) est adapté pour assurer un transport des produits (P) conjointement à leur transport par lesdits premier et second convoyeurs (10, 12) sur les tronçons (42, 44) d'intersection des convoyeurs.

175 MEANS IN BELT CONVEYORS EP86901553.7 1986-02-13 EP0249596B1 1990-05-09 JOHANSSON, Rolf
In belt conveyors having two parallel belts (1) with feeders, movement of the belts must be synchronized. The known method of achieving this is by means of electrical systems. The present invention entails a radical simplification of this synchronization by using a single belt (1) crossing over below the conveyor, the two parallel sections on the upper side of the conveyor thus moving synchronously. The conveyor according to the invention is less expensive and more reliable than previously known conveyors, nor is it dependent on a source of electric power.
176 MEANS IN BELT CONVEYORS EP86901553.0 1986-02-13 EP0249596A1 1987-12-23 JOHANSSON, Rolf
Dans les transporteuses à bande ayant deux bandes parallèles (1) avec des dispositifs d'alimentation, le mouvement des bandes doit être synchronisé. Le procédé connu pour obtenir ce résultat consiste à utiliser des systèmes électriques. La présente invention simplifie radicalement cette synchronisation en utilisant une seule bande traversante sous la transporteuse, les deux sections parallèles sur la partie supérieure de la transporteuse se déplaçant ainsi de manière synchrone. La transporteuse selon l'invention est moins coûteuse et plus fiable que les transporteuses connues jusqu'à présent et de plus ne dépend pas d'une source d'alimentation électrique.
177 Apparatus for placing cones in a box EP83201665.3 1983-11-24 EP0111953B1 1986-11-05 Dijkman, Berend Jan
178 Apparatus for placing cones in a box EP83201665.3 1983-11-24 EP0111953A1 1984-06-27 Dijkman, Berend Jan

The invention relates to the domain of arranging at least one layer of cones previously formed by a production apparatus, for example ice-cream cornets or filled paperbags in a box.

The invention has as its purpose to provide an apparatus adapted to perform such operation. To that purpose the invention provides an apparatus placing at least one layer of cones (6), for example, icecream cornets or filled paperbags previously formed by a production and delivered in two groups in a box (28), said apparatus comprising two parallel, double, endless conveyor apparatus (7,8) each consisting of two transport ropes driven with equal speeds and being spaced apart by a fixed distance, said ropes taking over the cones (6) at equal intervals from the cone production apparatus (5) in a manner such that the cones will hang vertically at equal distances between the two ropes (11,12) of the respective conveying apparatus, guid member (21) provided at the end of the pairs of transport ropes for depositing the cones (6) supplied by one pair of ropes with their cone ends directed towards one side of the conveyor belt in horizontal positions and for depositing the cones supplied by the other pair of ropes with a phase difference of 180° with their cone ends directed towards the other side of the conveyor belt in a horizontal position thereof so that the cones alternately in opposite senses will lie transversely of the conveyor belt and a grab (18) provided at the end of the conveyor belt for picking up from said belt a predetermined number of adjacent cones halted at an end stop (19) and placing them in the standby box (28).

179 Device for the high-temperature heat treatment of articles EP83103446 1983-04-08 EP0093877A3 1984-05-16 Rumbach, Karl F., Dipl.-Ing.
180 STORAGE AND ORDER-PICKING SYSTEM AND METHOD FOR PROVIDING ARTICLES IN A PARTICULAR ORDER PCT/EP2015068390 2015-08-10 WO2016023869A2 2016-02-18 HOFMANN CHRISTIAN
The invention relates to a storage and order-picking system (10) comprising a shelf arrangement (14) having a plurality of shelves (16) and a plurality of vertical conveyors (20), furthermore, at least one fleet of autonomously movable, driverless transport vehicles, FTF, (28) and an FTF plane (24) which is substantially barrier-free, in particular free of shelf compartments (R), and which extends under, over or through the shelf arrangement (14). The FTF plane (24) is coupled to the shelf arrangement (14) by means of conveyor technology via the vertical conveyors (20) that vertically extend up to the FTF plane (24). The FTF plane (24) has a travel surface (26) with a topology of travel points (44) and segments (46) along which the FTFs (28) move in a guided manner, each of the segments (46) extending from one of the travel points (44) to another adjacent travel point (44). A fleet manager (FM) having access to said topology is designed to produce and output travel orders for the FTFs (28), said orders comprising individual navigation information, in order to transport the storage goods, which are not yet transported to the FTF plane (24) by the vertical conveyors (20) in an absolute order, along individual travel paths (40) specifically produced for the FTF away from and to the vertical conveyors (20) and to hand them over in the absolute order. The invention also relates to a method for the operation of such a system.
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