Abstract: The invention relates to a device for conveying dough portions (7, 15, 16), comprising a circulating conveyance means (2,20) forming a conveyance surface for in a conveyance direction (T) conveying and supporting the dough portions (7, 15, 36), a support device for at least partially supporting the conveyance means, wherein the support device (5, 25) is adjustable or interchangeable for setting a relief of the conveyance surface.

Abstract: Oven for dough products, comprising an oven chamber having conveyance means for according to a vertical conveyance path conveying multiple trays with dough products through the oven chamber, and a number of horizontally positioned flow chambers placed one above the other at least one side of the conveyance path, wherein the flow chambers are adapted for in horizontal direction supplying heated air and deflecting the air to the oven chamber for evenly distributing the supplied air over a tray.

Abstract: Heating element for ovens for food products, more particularly for ovens for bakery products, comprising a series of tubes placed adjacent to each other for guiding through heating fluid, which tubes have been made of heat conducting material, wherein tubes form first passages for the heating fluid that extend from a supply conduit for heating fluid to a turning point and form adjacently positioned second passages for heating fluid that extend from the turning point to a discharge conduit for heating fluid, wherein the discharge conduit and the supply conduit are situated at the same end of the tubes, wherein each first passage at the turning point is in fluid connection with a related second passage for forming the flow turning point.

Abstract: Device (1) for transforming a dough ball (K, K1, K2) into an elongated dough portion (P, P1, P2), comprising a supply (2) for the dough ball (K), a roller assembly (7, 8) receiving the dough ball (Kl, K2) from the supply (2) for rolling the dough ball (K1, K2) into a flat piece of dough (P, P1,P2), and means (14, 15) for rolling up the flat piece of dough (P, P1, P2) into an elongated roll of dough (R), wherein the supply (2) is adapted for joint discharge of at least two adjacent dough balls (K1, K2) to the roller assembly (7, 8).

Abstract: Device for forming a dough portion comprising a pressure roller (1) and a counter roller (2) placed below it for in between them rolling out the dough portion into a dough slice (9), wherein the device comprises a conveyor belt (4) for conveying and supporting the dough slice (9) to a further treatment device (6) during and after rolling out, wherein the conveyor belt (4) is passed through between the pressure roller (1) the counter roller (2) and abuts the counter roller (2). The conveyor belt may and be composed from a number of conveyor straps (41, 42, 43, 44, 45) that are placed parallel and with intermediate space.

Abstract: Conveyor belt comprising a series of elongated support members or links for supporting goods to be transported, which links extend transverse to the conveyor belt, and a series of connection rods for connection the links one to the other, the links being built up from a number of, particularly elongated, modules, which at their longitudinal ends have been provided with coupling means that inter-engage for snug-fitting coupling of the modules one to the other and forming a rotary-fixed connection in the plane of the belt.

Abstract: Device for subjecting dough pieces to more than one dough treatment. The device has a number of dough treatment rooms placed above one another. From a supply side dough pieces are supplied to the device, and from a discharge side dough pieces that have been subjected to all dough treatments are discharged from the device. A first leverage apparatus is placed at the supply side and a second leverage apparatus is placed at the discharge side. Each dough treatment room is provided with an introduction opening for introducing dough pieces in the dough treatment room and with a take-out opening for taking dough pieces out of it. A conveyor conveys the dough pieces from the introduction opening to the take-out opening. The introduction opening and the take-out opening of each of the dough treatment rooms are placed near the respective supply side and the respective discharge side of the device.

Abstract: A method for supervising the connections of a transmission system, the method establishing a logical connection between two components, such that one component in each case assumes the functions of a main component. The components for carrying out the method must have devices which allow hierarchical operation of the transmission system.

Abstract: A method is proposed for supervising the connections of a transmission system, said method establishing a logical connection between two components, such that one component in each case assumes the functions of a main components.

Abstract: Device for subjecting dough pieces to more than one dough treatment. The device has a number of dough treatment rooms placed above one another. From a supply side dough pieces are supplied to the device, and from a discharge side dough pieces that have been subjected to all dough treatments are discharged from the device. A first leverage apparatus is placed at the supply side and a second leverage apparatus is placed at the discharge side. Each dough treatment room is provided with an introduction opening for introducing dough pieces in the dough treatment room and with a take-out opening for taking dough pieces out of it. A conveyor conveys the dough pieces from the introduction opening to the take-out opening. The introduction opening and the take-out opening of each of the dough treatment rooms are placed near the respective supply side and the respective discharge side of the device.

Abstract: Device for conveying objects comprising a large numbers of rods. The device has opposite edges. Each rod has a first and a second end, adjacent rods being mutually connected at their ends by connection elements. Each connection element is substantially S-shaped in top view and is provided with a first free end which is situated directed to a centre between the first and second end of the rod, with a second free end which is situated directed to an edge concerned of the device, with a first transverse member and a second transverse member, with a first connection member which connects the first free end to the first transverse member, with a second connection member which connects the first transverse member to the second transverse member, and with a third connection member which connects the second transverse member to the second free end. The second free end of the connection element is situated at a distance from the second connection member.