mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing an austenitic iron alloy comprising placing austenitic iron alloy powder in a can , evacuating air and other gases from the can , supplying nitrogen gas into the can , sealing the can and then hot isostatically pressing the austenitic iron alloy powder in the can to diffuse the nitrogen into the austenitic iron alloy powder and to produce a nitrogen enriched austenitic iron alloy bar and removing the can from the nitrogen enriched austenitic iron alloy bar , characterized in that the nitrogen enriched austenitic iron alloy consists of 12 to 41wt% chromium, 7 to 9wt% manganese, 4 to 5wt% silicon, 4 to 6wt% nickel, up to 2.5wt% carbon, less than 0.2wt% nitrogen and the balance iron plus incidental impurities.
Expandable composite resin particles for long-term storage, comprising 500 to 5000 ppm of water and 7.5 to 11.0% by weight of pentane in composite resin of polyolefin-based resin and polystyrene-based resin, wherein the composite resin comprises 100 parts by weight of polyethylene-based resin as the polyolefin-based resin and 110 to 730 parts by weight of the polystyrene-based resin.
Coil arrangement for a system for inductive energy transmission, wherein the coil arrangement has a coil winding and a stack , wherein the winding axis is oriented in parallel with the stacking direction at the site of the intersection of the winding axis and the stack, wherein the winding is arranged on the stack , wherein the winding is a flat winding, wherein the stack has layers of magnetisable material, wherein an amorphous iron alloy having a nanocrystalline structure is used as the magnetisable material, a film of polyethylene, polypropylene or polyimide is arranged between each layer, the stack has adhesive layers such that each film is adhesively connected to the layers on both sides, wherein the layers are secured on a curved, non-planar aluminium surface of the coil arrangement, wherein the layers follow the curvature of the surface, wherein the flat winding is a circular planar winding and is connected to the stack , on the side of the stack facing away from the aluminium surface, by means of adhesive and/or casting compound, wherein the winding is implemented by means of conducting tracks of a multi-layer printed circuit board, wherein the printed circuit board is adhesively connected to the stack .
A method, comprising: receiving, at a device in a network , one or more time slot usage reports regarding a use of time slots of a channel hopping schedule by nodes in the network; predicting, by the device using a predictive time scheduler employing a machine learning model, a future time slot demand change for a particular node based on detecting a time-based pattern in the one or more time slot usage reports; identifying, by the device, a time frame associated with the predicted time slot demand change;and adjusting, by the device, a time slot assignment for the particular node in the channel hopping schedule based on the predicted time slot demand change and the identified time frame associated with the predicted time slot demand change. receiving, at a device in a network , one or more time slot usage reports regarding a use of time slots of a channel hopping schedule by nodes in the network; predicting, by the device using a predictive time scheduler employing a machine learning model, a future time slot demand change for a particular node based on detecting a time-based pattern in the one or more time slot usage reports; identifying, by the device, a time frame associated with the predicted time slot demand change;and adjusting, by the device, a time slot assignment for the particular node in the channel hopping schedule based on the predicted time slot demand change and the identified time frame associated with the predicted time slot demand change.
Gripping apparatus for an end effector of a manipulator for holding a workpiece via its workpiece surface , having a Bernoulli gripping unit with an outflow unit for discharging a flow (S B ) from the Bernoulli gripping unit between gripping apparatus and workpiece surface in such a way that, in a delimited region (Bernoulli negative-pressure region ), a static negative pressure for holding the workpiece is able to be generated by the flow (S B ), and having a vacuum gripping unit with a suction chamber , wherein, in a region delimited by the suction chamber (vacuum negative-pressure region ), a static negative pressure for holding the workpiece is able to be generated, wherein the suction chamber is formed by a bellows-type suction body , wherein the Bernoulli negative-pressure region and the vacuum negative-pressure region at least partially overlap, or wherein the Bernoulli negative-pressure region and the vacuum negative-pressure region surround one another, wherein the vacuum gripping unit has a negative-pressure line for applying a negative pressure to the suction chamber , and the Bernoulli gripping unit has a pressure line for applying the compressed air to the outflow unit , and the centre axes of the negative-pressure line and the pressure line at least sectionally extend in a coaxial manner. having a Bernoulli gripping unit with an outflow unit for discharging a flow (S B ) from the Bernoulli gripping unit between gripping apparatus and workpiece surface in such a way that, in a delimited region (Bernoulli negative-pressure region ), a static negative pressure for holding the workpiece is able to be generated by the flow (S B ), and having a vacuum gripping unit with a suction chamber , wherein, in a region delimited by the suction chamber (vacuum negative-pressure region ), a static negative pressure for holding the workpiece is able to be generated, wherein the suction chamber is formed by a bellows-type suction body , wherein the Bernoulli negative-pressure region and the vacuum negative-pressure region at least partially overlap, or wherein the Bernoulli negative-pressure region and the vacuum negative-pressure region surround one another, wherein the vacuum gripping unit has a negative-pressure line for applying a negative pressure to the suction chamber , and the Bernoulli gripping unit has a pressure line for applying the compressed air to the outflow unit , and the centre axes of the negative-pressure line and the pressure line at least sectionally extend in a coaxial manner.
A strain sensor comprising: a stretchable substrate comprising a plurality of layers ; non-stretchable magnetic material fastened to at least one of the plurality of layers ; and at least one coil of conductive thread wound through the substrate to mechanically interconnect the plurality of layers , wherein at least a portion of the at least one coil of conductive thread is located around at least a portion of the non-stretchable magnetic material . a stretchable substrate comprising a plurality of layers ; non-stretchable magnetic material fastened to at least one of the plurality of layers ; and at least one coil of conductive thread wound through the substrate to mechanically interconnect the plurality of layers , wherein at least a portion of the at least one coil of conductive thread is located around at least a portion of the non-stretchable magnetic material .
Drying container for drying plastic granulate, with a container wall having a first section of a hollow-cylindrical shape or the shape of a hollow prism, which first section merges into a funnel-shaped second section , which has a removal opening at the end and a gas inlet guided through the container wall , which is connected to a drying gas source, wherein the gas inlet leads into a gas duct , which is at least partially radially circumferentially arranged on the inner wall of the container and protrudes towards the central axis of the container, which gas duct delimits a closed annular or partially annular space, which is provided with at least one outlet opening , which at least one outlet opening is directed towards the removal opening , characterised in that there is no central inner body such as a diffusor cone for the introduction of dry gas.
A bonded abrasive tool comprising: a bonded abrasive body including: a bond matrix material comprising an organic bond material; abrasive grains contained within the bond matrix material; chopped fiber bundles within the bond matrix material; and porosity within the bonded abrasive body, wherein the bonded abrasive tool is characterised by an amount of chopped fiber bundles not grater than 5 vol% and by a majority of the porosity comprising pores surrounding the chopped fiber bundles. a bond matrix material comprising an organic bond material; abrasive grains contained within the bond matrix material; chopped fiber bundles within the bond matrix material; and porosity within the bonded abrasive body, wherein the bonded abrasive tool is characterised by an amount of chopped fiber bundles not grater than 5 vol% and by a majority of the porosity comprising pores surrounding the chopped fiber bundles.
A method comprising: advertising , by an access device , a plurality of Roaming Consortium Identifiers, RCOIs, each RCOI identifying a single roaming federation and an identity type used by a respective service provider in order to provide service by the access device , wherein each identity type comprises one of: a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving , from a user device , a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and associating the user device with the access device in response to receiving the request. advertising , by an access device , a plurality of Roaming Consortium Identifiers, RCOIs, each RCOI identifying a single roaming federation and an identity type used by a respective service provider in order to provide service by the access device , wherein each identity type comprises one of: a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving , from a user device , a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and a public identity type in which identity data required in a request has to actually identify the user, and an anonymous identity type in which identity data required in a request does not have to actually identify the user; receiving , from a user device , a request to associate with the access device wherein the request contains identity data that is compliant with that specified by one of the identity types advertised in the RCOIs; and associating the user device with the access device in response to receiving the request.
A method of assembling a hydroelectric power device, the hydroelectric power device comprising a hydraulic machine having a vertical axis of rotation, an electric machine , a volute casing , an assembly chamber , an impeller , an impeller shaft , a shaft seal , an intermediate shaft , a turbine cover , a guide ring , a plurality of guide vanes , a plurality of guide vane bearings , a control ring , a bearing with a cover for the control ring , and a servomotor for actuating the control ring , wherein the mounting space extends in the vertical direction between the volute casing and the electric machine and projects in the horizontal direction beyond the edge of the electric machine , wherein the mounting space is open upwardly at least in a part of the region projecting beyond the edge of the electric machine , and wherein the water power device comprises a module which includes the impeller , the impeller shaft , the shaft seal , the turbine cover , the guide ring , the guide vanes with guide vane bearing and the control ring , and wherein the water power device comprises means for moving the module in vertical and horizontal direction, and wherein the module is screwed to parts of the volute casing , and wherein the method has the following steps S1 to S3: S1: blocking the impeller against rotation and vertical displacement; S2: disconnecting the servomotor from the control ring , dismantling the cover of the bearing of the control ring , removing the intermediate shaft , loosening the screw connection of the module ; S3: Fastening the module to the means , lifting the module, horizontal movement of the module. S1: blocking the impeller against rotation and vertical displacement; S2: disconnecting the servomotor from the control ring , dismantling the cover of the bearing of the control ring , removing the intermediate shaft , loosening the screw connection of the module ; S3: Fastening the module to the means , lifting the module, horizontal movement of the module.
A multi-piece text copy method, comprising: receiving N inputs from a user in second text information or on a first target text editing control of N-1 text editing controls; displaying N text editing controls in response to the N inputs respectively; wherein each text editing control comprises a text selection identifier and a control addition identifier, N is an integer greater than 1, and any two of the N pieces of target text are not adjacent to each other; acquiring N pieces of target text selected by the N text editing controls respectively; receiving a first input from the user at a target position in first text information; and copying the N pieces of target text to the target position in response to the first input, wherein the displaying N text editing controls in response to the N inputs respectively comprises: upon the receipt of each input from the user, displaying one text editing control; wherein the text selection identifier is configured to determine a text selection area, and the control addition identifier is configured to add one or more text editing controls. receiving N inputs from a user in second text information or on a first target text editing control of N-1 text editing controls; displaying N text editing controls in response to the N inputs respectively; wherein each text editing control comprises a text selection identifier and a control addition identifier, N is an integer greater than 1, and any two of the N pieces of target text are not adjacent to each other; acquiring N pieces of target text selected by the N text editing controls respectively; receiving a first input from the user at a target position in first text information; and copying the N pieces of target text to the target position in response to the first input, wherein the displaying N text editing controls in response to the N inputs respectively comprises: upon the receipt of each input from the user, displaying one text editing control; wherein the text selection identifier is configured to determine a text selection area, and the control addition identifier is configured to add one or more text editing controls. upon the receipt of each input from the user, displaying one text editing control; wherein the text selection identifier is configured to determine a text selection area, and the control addition identifier is configured to add one or more text editing controls.
A mixer unit comprising; - a mixing chamber comprising; - a de-agglomerator with a de-agglomeration shaft with de-agglomeration means (12a, 12b,...), - a mixer with a mixer shaft with two or more mixing paddles (22a, 22b,... 23a, 23b,.., 24a, 24b,...), arranged for mixing and impelling particles and powders in an upstream direction (u) towards the de-agglomerator wherein said de-agglomeration shaft is arranged above, and in parallel with said mixer shaft - one or more spray means arranged adjacent, above, and at a downstream particle flow side of said de-agglomerator for providing a liquid spray into said downstream particle flow in said mixing chamber, the mixer unit being characterized by : said mixing chamber further comprising; a first portion of said mixing chamber having an inner profile adjacent and curved about an upper part of said de-agglomerator and arranged to guide particles and powders impelled by said two or more mixing paddles (22a, 22b, ... 23a, 23b,.., 24a, 24b,...) over said de-agglomeration shaft . - a mixing chamber comprising; - a de-agglomerator with a de-agglomeration shaft with de-agglomeration means (12a, 12b,...), - a mixer with a mixer shaft with two or more mixing paddles (22a, 22b,... 23a, 23b,.., 24a, 24b,...), arranged for mixing and impelling particles and powders in an upstream direction (u) towards the de-agglomerator wherein said de-agglomeration shaft is arranged above, and in parallel with said mixer shaft - one or more spray means arranged adjacent, above, and at a downstream particle flow side of said de-agglomerator for providing a liquid spray into said downstream particle flow in said mixing chamber,
Lifting apparatus of an industrial truck having a load-bearing means arranged on a lifting frame such that it can be raised and lowered, wherein a hydraulic lifting cylinder device , which can be operated by means of an electrically operable control valve device , is provided for lifting and lowering the load-bearing means , wherein an electronic control device driving the control valve device is provided, wherein the electronic control device exhibits an automatic set-down operation in which, during a lowering process of the load-bearing means for setting down a load (L) located on the load-bearing means on a set-down surface (AF), wherein the control valve device is operated to a lowered position depending on the deflection of an operator control element to a lowering position (S), the load (L) is lowered onto the set-down surface (AF) at the lowering speed (V) prespecified by the deflection of the operator control element and, when furthermore the operator control element is deflected to the lowering position (S), the lowering process of the load-bearing means is ended by the electronic control device by way of driving the control valve device to a locked position in such a way that setting down of the load-bearing means on the set-down surface (AF) is prevented, wherein a pressure sensor device , which detects the pressure in a pressure medium line routed from the control valve device to the lifting cylinder device , is provided, wherein the pressure sensor device is connected to the electronic control device driving the control valve device , wherein the pressure (p) detected by the pressure sensor device is ascertained by the electronic control device in the automatic set-down operation during the lowering process of the load-bearing means and the lowering process of the load-bearing means is ended by way of driving the control valve device to the locked position when the pressure (p) detected by means of the pressure sensor device undershoots a prespecified pressure limit value (p1), characterized in that the pressure limit value (p1) lies between an empty pressure (p0), which arises when the load-bearing means is unladen, and a minimum pressure (pmin), which arises when the load-bearing means is laden with a minimum load.
A backpack with two shoulder straps and two fins of a waistbelt connected to its rear wall, wherein each fin is connected to the closure of the waistbelt via a closure belt, wherein each closure belt (14; 15) comprises a belt tightener and each fin is connected to the backpack via a position adjusting belt and the extension direction of the position adjusting belt is redirected in the area of the fin and each position adjusting belt is connected to each one closure belt (14; 15) via each one guiding eye, characterized in that the connection area of the position adjusting belt on the backpack is wider relative to the length of the backpack than the connection area of the position adjusting belt on the waistbelt , wherein the position adjusting belt is divided into a top belt and a bottom belt , and wherein the top belt and the bottom belt are spaced from each other for attachment to the backpack and approach each other for connection to the position adjusting belt .
Process for scoring weakening lines on flexible materials intended to form airbag covers, said process being performed in a scoring apparatus , which comprises: a machine frame , a robotic arm carrying a cutting tool , a fitting or support for the flexible material, the process comprising a step of checking the residual thickness (S) not cut by a cutting tool, characterised in that at least the checking step comprises a step of spatial detection of the three-dimensional positions and of the orientation of at least: the machine frame , the cutting tool and the fitting or support performed by means of optical marking devices associated with the machine frame, the robotic arm, the cutting tool and the fitting or support, respectively, wherein at least the following steps are provided for: a. detecting the spatial position of said optical marking devices by means of at least one vision device b. reconstructing based on the spatial position detected in step a. the three-dimensional positions and the orientation of the machine frame , of the cutting tool and of the fitting or support during a scoring step. at least the checking step comprises a step of spatial detection of the three-dimensional positions and of the orientation of at least: the machine frame , the cutting tool and the fitting or support the machine frame , the cutting tool and the fitting or support performed by means of optical marking devices associated with the machine frame, the robotic arm, the cutting tool and the fitting or support, respectively, wherein at least the following steps are provided for: a. detecting the spatial position of said optical marking devices by means of at least one vision device b. reconstructing based on the spatial position detected in step a. the three-dimensional positions and the orientation of the machine frame , of the cutting tool and of the fitting or support during a scoring step. a. detecting the spatial position of said optical marking devices by means of at least one vision device b. reconstructing based on the spatial position detected in step a. the three-dimensional positions and the orientation of the machine frame , of the cutting tool and of the fitting or support during a scoring step.
A solar cell comprising: a base region ; a first back surface field layer ; a delta doping layer ; and a second back surface field layer , wherein the delta doping layer is positioned between said first back surface layer and said second back surface field layer . a base region ; a first back surface field layer ; a delta doping layer ; and a second back surface field layer , wherein the delta doping layer is positioned between said first back surface layer and said second back surface field layer .