Abstract: An assembly of a load cell with an armature joined thereto and an electromagnet. The electromagnet and the armature are separately fixed and they are arranged such that a magnet force which is opposite to a deflection during a weighing procedure and which reduces a deflection caused by an impact momentum of an object to be weighed is exerted to the load cell when the electromagnet is activated.

Abstract: A separation device according to the invention has a separation means, for separating one part of a product stream, and at least one separation groove for transporting the separated product stream. Further, a reservoir is provided, wherein the separation groove is arranged in a way, that the separate product stream is transferrable into the reservoir. The reservoir is thereby formed in a way that the product stream can be transported, which is supplied from the separation groove into the reservoir.

Abstract: A filling device for a weighing device includes a loading device for the feeding of products, a transport area, which is supplied with products from the loading device, at least one sensor for capturing and forwarding of product occupation information on the transport area, and a control means. The at least one sensor is thereby formed to capture at least a partial area of the transport area and the control means is formed to divide the area captured by the at least one sensor virtually in a multiplicity of sectors. Further, a method for performing of a monitoring and capturing process of a filling of a filling device is disclosed.

Abstract: The invention relates to a grid flap (1) for use in a filling device or scale, especially in food processing, wherein the grid flap (1) comprises a metal frame (2) and a metal grid (4), and wherein the grid (4) comprises a plurality of braces (4h, 4v), which are connected to the frame (2) on their respective final sections.

Abstract: A signal processing method for ascertainment of a measured value is provided, wherein a measurement signal (ADC, ADC?) is filtered by a first filter and a second filter in a first period (S1, S1?) up to reaching a first standstill criterion (SK1, SK1?), wherein the limit frequency of the first filter is higher than the limit frequency of the second filter and/or the order of the first filter is lower than the order of the second filter, wherein after reaching the first standstill criterion (SK1, SK1?) a filter change to a third filter is initiated and after reaching a second standstill criterion (SK2, SK2?) a final measured value is output.

Abstract: The invention relates to a spreading device and a method for automatically spreading ingredients onto a dough base, assuring an even distribution of the ingredients in an automated process. A device for spreading ingredients like grated/shredded cheese, ham, sausage, meet, fish, vegetables, etc., on top of a dough base like a pizza base, cake base or the like has a supporting member (100) being arranged above the dough base while in use. The supporting member (100) comprises a provisioning container (160) provided with a shutter, the provisioning container being capable of containing a predetermined amount of ingredients, and at least one rake with teeth (124), which is adapted to spread the ingredients while dropping along an ingredients path.

Abstract: A product supply apparatus for a weighing system (3) for supplying a weighed product quantity (4, 5) to a product receiving device (7) of a packaging machine (8) is formed to prevent spreading of the supplied product quantity when discharging from a collecting receptacle (11, 12) and falling through the product receiving device (7).

Abstract: A combinational weighing device comprises a plurality of weighing cells and corresponding associated weighing hoppers (W.sub.1 . . . W.sub.10) and an outlet-side transfer device (5) for supplying weighed products into a package to be arranged therebelow. In conventional manner a controller (6) has an input connected with the output of the load cells and an output connected to respective drives for the closable outlets of the weighing hoppers. The drives of the outlets of the weighing hoppers are controlled in such a manner that a corresponding subcombination of several weighing hoppers is selected for forming a total amount to be supplied into a package. In order to increase the speed in cases where the individual weights of the articles differ by a sufficiently small amount the controller is designed to be switched to a second operational mode wherein the controller drives the outlets of the weighing hoppers so that each weighing hopper can be selected independently of the other weighing hoppers.

Abstract: A combinatorial weighing apparatus comprises weighing receptacles (5), a distributing device (1) for distributing products to be supplied, a feeding device (2) for feeding the products from the distributing device (1) to a respective one of the weighing receptacles (5), a driving device (3) for oscillating the feeding device (2) and a coupling device (4) for detachably coupling the feeding device (2) to the driving device (3) with a first coupling piece (12) and a second coupling piece (8), a slide (23) which is displaceably connected to the first coupling piece (12), one of the coupling pieces (8, 12) being connected with the feeding device (2) and the other coupling piece (12, 8) being connected to the driving device (3), a tension member (33) connected to the slide (23) for displacing the slide (23) along a displacement direction from a first position into a second position in which the slide (23) can be locked against displacement into the first position, a support bolt (19) having a shaft (20) and a head

Abstract: A combinatorial weighing apparatus is provided with a distributing device (1) for distributing products to be supplied and a plurality of weighing receptacles (4) arranged substantially in a plane around the distributing device, a plurality of feeding devices (2, 3) for feeding the products from the distributing device (1) to a corresponding one of the weighing receptacles (4) and an apparatus which is arranged below the weighing receptacles (4) and comprises a central discharge opening (7). The apparatus is formed as a conveying apparatus having a conveying member (5, 6) and a drive member, the conveying member (5, 6) being disposed below the weighing receptacles (4) substantially parallel to the first plane and drivable by the drive member in such a manner that the products dropped from the weighing receptacles (4) are transported to the discharge opening (7). The combinatorial weighing apparatus can process delicate weighing goods without damaging the same.

Abstract: A multicomponent filling apparatus for filling a first kind and a second kind of lumped products such as salad leaves into a container comprises a collecting container having a first portion receiving the first salad type and a second portion separated from the first portion by a partition wall for receiving the second salad type. A portion comprises at least one hinged base which forms the bottom and may swing downwards into an open position, a partition wall disposed above the hinged base for forming a first hinged base portion for the first product type and a second hinged base portion for the second product type.