Patrade A/S

A facility (50) and a method for thermal cleaning and separation of metal parts (12), preferably windings from a stator of an electric motor and/or generator, where the stator windings are embedded in an organic and insulating material, where the stator is placed and heated under controlled conditions in a heating chamber (6) comprising a gas mixture of more than 86 vol% inert gas and less than 14 vol% oxygen, such that the organic covalent bonds of the organic material will undergo pyrolysis, resulting in the production of a char product and volatile organic products that will evaporate into the gas mixture in the heating chamber (6). The flue gas in the heating chamber (6) comprising a mixture of oxygen, volatile organic products and inert gas is then subjected to an oxidation process by addition of a oxygen enriched gas mixture, resulting in the oxidation of the volatile organic products into CO2 and O2.

An apparatus (100) for use in semiconductor manufacturing, the apparatus (100) defines a first zone (142), and a second zone (144) being outside the first zone (142); and the apparatus (100) comprising: - a crane (130) comprising - a crane arm (131) comprising a series of arm segments (132) interconnected through flexible joints (133), where each flexible joint (133) defines a rotary axis and the arm segments (132) being rotatable around the rotary axes, and - engagement means (135) arranged on at least one of the arm segments (132), where the engagement means (135) are configured for engaging part of the apparatus (100); at least one arm segment (132) being displaceable between part of the first zone (142) to part of the second zone (144).

An agricultural device (10) for distributing a pumpable medium, wherein the agricultural device (10) comprises: - a first frame (30) configured to extend along a first axis (31) in a working position (6); - at least one second frame (40a,40b) configured to extend along a second axis (41a,41b) in a working position (6); and - a plurality of applicators (11) configured to distribute the pumpable medium to soil and to be arranged on the first and second frame (30,40a,40b), wherein the agricultural device (10) is configured to be connected to a vehicle (1) and wherein a direction of travel (2) of the agricultural device (10) is substantially perpendicular to the first and second axis (31,41a,41b), wherein the first frame (30) is displaced from the at least one second frame (40a,40b) relative to the direction of travel (2) and wherein at least a part of the second frame (40a,40b) extend beyond a span of the first frame (30) along the second axis (41a,41b).

An outdoor valve system for providing water, the outdoor valve system (100) comprising:- an inlet (102) for receiving water from a water supply and an outlet (104) being in liquid communication with the inlet (102) along a channel (106),- a flow constricting unit (108) positioned along the channel (106) between the inlet (102) and the outlet (104), wherein the flow constricting unit (108) is configured to increase pressure between the inlet (102) and the flow constricting unit (108) during flow from the inlet (102) to the outlet (104), and- a drainage valve (110) connected to the channel (106) between the inlet (102) and the flow constricting unit (108), wherein the drainage valve (110) being configured to close above a threshold pressure between the inlet (102) and the flow constricting unit (108) and open below a threshold pressure.

The present invention relates to a collecting system (100), preferably a dust collecting system, and preferably of a vacuum cleaner, said system comprising: a main inlet (200), said main inlet being split into at least two inlets: a first inlet (210), and a second inlet (220), at least two chambers (300): a first chamber (310), and a second chamber (320), at least two bags (400) for collection, preferably collection of dust, a first bag (410), and a second bag (420), wherein the first inlet (210) leads into the first chamber (310), and wherein the second inlet (310) leads into the second chamber (320), wherein said first bag (410) and second bag (420) are arranged respectively inside the first and second chamber (310; 320), and wherein the first and the second chamber (310; 320) each comprises: at least one cleaning flow opening (CFO), at least one suction flow opening (SFO), at least one barrier (500), preferably being a valve and/or gate, wherein the cleaning flow opening (CFO) and the suction flow opening (SFO) are: the same opening, or two separate openings.Furthermore, the invention relates to a method for cleaning a collecting system.

A method for sputter deposition using a magnetron sputter with a target, said method comprising the acts of: - establishing a vacuum zone in a vacuum chamber (110), and in the vacuum zone: - providing a wafer chuck (10) slidable arranged on at least one rail (30); - arranging a wafer (90) with a deposition surface (92) on the wafer chuck (10) with said deposition surface (92) facing the target; wherein the wafer chuck (10) is configured for rotating the wafer in a rotational plane (122) substantially parallel to the deposition surface (92) and wherein the method comprises an act of - sputtering target material onto the wafer (90) when arranged on the wafer chuck (10), while rotating the wafer and moving the wafer chuck (10) linearly back and forth along the rail (30) in a direction substantially parallel to the rotational plane.

The present invention relates to a method of estimating a resource flow associated to a group of entities. The resource flow is estimated according to a set of rules and estimated for a time period. The method comprises acts of: providing the set of rules; generating a data set for each entity and generating a time-dependent state model comprises a group of discrete transition states. The estimated resource flow is calculated by simulating for each entity multiple sub-flow of resources and multiple routes through the state model over the time period. The simulations may preferably be Markow chain or semi-Markow chain Monte Carlo simulation and the method may be performed using one or more servers comprising a processor and computer-readable medium(s) having stored instructions thereon causing the processor to perform acts of the method.

A method for detecting (100) improper conditions on an automated parcel machine (12), the method (100) comprising steps of:- measuring (200) sensor data from the automated parcel machine (12);- identifying (300) improper conditions (155) of the automated parcel machine (12) from the sensor data ;wherein the improper conditions are one of- application of graffiti to the automated parcel machine (12);- burglary attempt;- a non-latching door;- a lock unit malfunction;- near topple of the automated parcel machine;wherein the step of measuring (200) is performed by means of one or more accelerometers acting as one or more vibration sensors (50); and/or by means of one or more acoustic sensors as one or more vibration sensors (50).

A method (100) comprising steps of- receiving (400), at a parcel locker (10), an identifier (80) linking a personal e-card token (90) to one or more compartments of the parcel locker (10) transmitted to the parcel locker (10) by a backend system (30),- receiving (400), at a parcel locker (10), via near field communication the personal e-card token (90) stored on a mobile device with a personal digital wallet (20) for access to the one or more compartments (12),- granting (500) access to the one or more compartments (12) as a function of the personal e-card token (90) and the identifier (80).

A band saw blade comprises a plurality of spaced apart teeth. The teeth of the band saw blade comprises a tip with a free tip edge, a tooth face and a tooth back. The tip extends via a gullet into the tooth back of the subsequent tooth. The tip comprises that the free tip edge extends into a first section with a first tooth face part of the tooth face, which first face section extends via an intermediate step into a second section with a second tooth face part of the tooth face offset the first tooth face part. The first tooth face part has a first hook angle, and the second tooth face part has a second hook angle, which second hook angle is different from the first hook angle.