Niels Erik Andersen

A system and a method are disclosed for aligning process data to a flow of material in a manufacturing process. That is, the disclosed embodiments enable tracking of material as that material travels (e.g., via a transportation mechanism such as a conveyor belt) between various processing devices in the manufacturing process. Each processing device may include one or more sensors. For example, the disclosed system and method enable tracking the same material over different manufacturing steps.

This is the patent for the ThinkIQ Material Ledger for tracing and analyzing material flow.

Interaction between development environments and runtime environments to ensure that underlying process components are in an acceptable state before deploying application updates. A deploy state monitor in a development environment interacts with runtime values in executing applications to manage deployment requests and states of executing applications.

A compactor device for the automatic compacting of empty containers (5), e.g. disposable bottles/cans of metal, plastic, glass or other suitable material, wherein the container (5) is essentially being pressed flat and possibly punctured, possibly crushed, and wherein the compacting area is formed by a cuneiform area between a conveyor belt (20) and a first jaw set (36 a) and a second jaw set (36 b), and wherein a plurality of jaws (32), which are provided with teeth on their active side, are… Show more

A compactor device for the automatic compacting of empty containers (5), e.g. disposable bottles/cans of metal, plastic, glass or other suitable material, wherein the container (5) is essentially being pressed flat and possibly punctured, possibly crushed, and wherein the compacting area is formed by a cuneiform area between a conveyor belt (20) and a first jaw set (36 a) and a second jaw set (36 b), and wherein a plurality of jaws (32), which are provided with teeth on their active side, are arranged in such a way that each alternate jaw (32), as seen transversally to the longitudinal direction of the conveyor belt (20), is connected to the jaw sets (36 a) and (36 b) respectively, the jaw sets (36 a) and (36 b) being rotatably connected to two common eccentric shafts (38, 38′), and the eccentric shafts (38, 38′) being formed in such a way that the eccentric motion of the jaw sets (36 a , 36 b) is out of phase, typically by 180 degrees. Show less

A device in equipment for automatically receiving, scanning and handling containers (41) which are essentially rotationally symmetrical about their longitudinal axes, e.g. bottles or cans of any suitable type of material, the equipment being arranged in such a way that the containers are conveyed and/or rotated in a lying position, by means of a conveyor (30), through a recognizing chamber (10) past at least two detectors for scanning information on the properties of the container (41), from… Show more

A device in equipment for automatically receiving, scanning and handling containers (41) which are essentially rotationally symmetrical about their longitudinal axes, e.g. bottles or cans of any suitable type of material, the equipment being arranged in such a way that the containers are conveyed and/or rotated in a lying position, by means of a conveyor (30), through a recognizing chamber (10) past at least two detectors for scanning information on the properties of the container (41), from where the scanned information is transferred to a control unit, which decides the conveying path downstream and further handling of the container (41), the conveyor (30) being arranged in such a way that the container (41) is forced at an angle against a supporting device (40), whereby the container (41) is simultaneously carried along and rotated about its own longitudinal axis in a helical movement; the device being provided with an image processing system (60) comprising a camera which is arranged, in cooperation with backlighting from a light plate (50), to recognize the appearance of the container (41), a bar code reader (70) being arranged to scan essentially simultaneously a bar code located on the container (41), the helical motion of the container (41) being such that in one turn of the container a complete bar code will be readable to the bar code reader (70). Show less

In a reverse vending machine the feed opening (22) in the front cover (14), for bottles and cans, is without a fixed connection to pipework, etc. At the same time, an opening (26) for emptying remnants is formed in the front cover (14), in the form of a bowl, which merges at the back side of the front cover into a drain pipe socket (28) positioned above an upwards open drain channel (30) in the interior of the machine, without a fixed connection between the drain pipe socket (28) and the… Show more

In a reverse vending machine the feed opening (22) in the front cover (14), for bottles and cans, is without a fixed connection to pipework, etc. At the same time, an opening (26) for emptying remnants is formed in the front cover (14), in the form of a bowl, which merges at the back side of the front cover into a drain pipe socket (28) positioned above an upwards open drain channel (30) in the interior of the machine, without a fixed connection between the drain pipe socket (28) and the channel (30). The front cover is possibly lockable and can be opened to the side by means of hinges (24), whereby the interior of the reverse vending machine is uncovered for inspection, maintenance or repair. Show less

A system tracks material flow during a production process. In particular, the system receives, from a materials container, a plurality of sensor readings. The materials container comprises a plurality of sensors at one or more intake locations and one or more outlet locations. The system generates an input data set and an output data set from the plurality of sensor readings. The system stores a first electronic ledger entry on an electronic ledger. The first electronic entry comprises the… Show more

A system tracks material flow during a production process. In particular, the system receives, from a materials container, a plurality of sensor readings. The materials container comprises a plurality of sensors at one or more intake locations and one or more outlet locations. The system generates an input data set and an output data set from the plurality of sensor readings. The system stores a first electronic ledger entry on an electronic ledger. The first electronic entry comprises the input data set and a time that sensor readings corresponding to the one or more intake locations were taken. The system stores a second electronic ledger entry on the electronic ledger. The second electronic entry comprises the output data set and a time that sensor readings corresponding to the one or more outlet locations were taken. The system generates display data associate with the first and second electronic ledger entries. Show less