mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated fuel processor and fuel cell system comprising: a controllable fuel source ; a fuel processor connected to said controllable fuel source and configured to receive fuel (A) from said controllable fuel source and convert a portion of said fuel into permeate (C); a fuel cell connected to said fuel processor and configured to receive permeate (C) from said fuel processor ; a power management module connected to an output of said fuel cell ; an energy storage device connected to an output of said power management module ; and an electrical load connected to a second output of said power management module ; characterized in that a fuel processor electronic control unit is configured to control the rate at which fuel (A) is supplied to said fuel processor as a function of a temperature within said fuel processor and a pressure of said permeate (C); and wherein said fuel processor includes a reformer and a membrane separator , wherein said membrane separator is configured to separate a reformate (B) into retentate (D) and permeate (C), with said retentate (D) being returned to said reformer as a function of said permeate pressure. a controllable fuel source ; a fuel processor connected to said controllable fuel source and configured to receive fuel (A) from said controllable fuel source and convert a portion of said fuel into permeate (C); a fuel cell connected to said fuel processor and configured to receive permeate (C) from said fuel processor ; a power management module connected to an output of said fuel cell ; an energy storage device connected to an output of said power management module ; and an electrical load connected to a second output of said power management module ; characterized in that a fuel processor electronic control unit is configured to control the rate at which fuel (A) is supplied to said fuel processor as a function of a temperature within said fuel processor and a pressure of said permeate (C); and wherein said fuel processor includes a reformer and a membrane separator , wherein said membrane separator is configured to separate a reformate (B) into retentate (D) and permeate (C), with said retentate (D) being returned to said reformer as a function of said permeate pressure.
Pallet carousel for taking labels from a label magazine and for transferring the labels to containers , comprising: - a fixed machine part with a central vacuum supply and with a vacuum channel which is connected to it and runs essentially along an orbit , and which is divided into several segments (7.1 - 7.5) that are separated from one another, wherein these are connected to the central vacuum supply via valves (15.1 - 15.5) that can be individually controlled; and - a rotor that adjoins the vacuum channel to form a seal, with vacuum connections which are distributed on it along the orbit , and which are connected to individual vacuum pallets borne on the pallet carousel and which connect them to the vacuum channel as they travel along it, characterised in that the segments (7.1 - 7.5) of the vacuum channel are connected, via the individually controllable valves (15.1 - 15.5), to a supply channel of the vacuum supply , this supply channel running around the circumference and essentially parallel next to/ over/ under the vacuum channel . - a fixed machine part with a central vacuum supply and with a vacuum channel which is connected to it and runs essentially along an orbit , and which is divided into several segments (7.1 - 7.5) that are separated from one another, wherein these are connected to the central vacuum supply via valves (15.1 - 15.5) that can be individually controlled; and - a rotor that adjoins the vacuum channel to form a seal, with vacuum connections which are distributed on it along the orbit , and which are connected to individual vacuum pallets borne on the pallet carousel and which connect them to the vacuum channel as they travel along it, characterised in that the segments (7.1 - 7.5) of the vacuum channel are connected, via the individually controllable valves (15.1 - 15.5), to a supply channel of the vacuum supply , this supply channel running around the circumference and essentially parallel next to/ over/ under the vacuum channel .
A method comprising: sending, by a base station distributed unit to a wireless device and via a radio link, packets received from a base station central unit; sending , to the base station central unit, a message requesting release of a wireless device context of the wireless device, the message comprising a cause parameter indicating a failure of the radio link, and the cause parameter comprising a high load status being detected by the base station distributed unit; receiving , from the base station central unit, an indication of release of the wireless device context; and releasing , by the base station distributed unit and in response to the indication, the wireless device context. sending, by a base station distributed unit to a wireless device and via a radio link, packets received from a base station central unit; sending , to the base station central unit, a message requesting release of a wireless device context of the wireless device, the message comprising a cause parameter indicating a failure of the radio link, and the cause parameter comprising a high load status being detected by the base station distributed unit; receiving , from the base station central unit, an indication of release of the wireless device context; and releasing , by the base station distributed unit and in response to the indication, the wireless device context.
Watch case comprising: - a case middle (CA), - a crown (CO) that can be screwed and unscrewed, and - a rotary bezel device (11L; 12L; 21L), the device comprising a first rotary ring (B1), a second rotary ring (B2) and a first mechanical-connection element (C1; C1, RB1, LRB1, DRB1, GRB1, C2, DC2; C1, RB1, LRB1, SRB1, DRB1, DRB2; C1, RB1, LRB1; BC1, RBC1) allowing the first rotary ring and the second rotary ring to be kinematically connected, the first mechanical-connection element having a first configuration, notably a first position, that allows the rotational movements of the first rotary ring and second rotary ring to be left independent of one another such that, by acting on the rotary bezel device, a user can rotate the first ring in relation to the case middle while the second ring remains fixed in relation to the case middle and a second configuration, notably a second position, allowing the first rotary ring and the second rotary ring to be kinematically connected such that, by acting on the rotary bezel device, a user can rotate the first ring and the second ring in relation to the case middle, the first mechanical-connection element being arranged to cooperate with the crown, the configuration, notably the position, of the crown determining the configuration, notably the position, of the first mechanical-connection element. - a case middle (CA), - a crown (CO) that can be screwed and unscrewed, and - a rotary bezel device (11L; 12L; 21L), the device comprising a first rotary ring (B1), a second rotary ring (B2) and a first mechanical-connection element (C1; C1, RB1, LRB1, DRB1, GRB1, C2, DC2; C1, RB1, LRB1, SRB1, DRB1, DRB2; C1, RB1, LRB1; BC1, RBC1) allowing the first rotary ring and the second rotary ring to be kinematically connected, the first mechanical-connection element having a first configuration, notably a first position, that allows the rotational movements of the first rotary ring and second rotary ring to be left independent of one another such that, by acting on the rotary bezel device, a user can rotate the first ring in relation to the case middle while the second ring remains fixed in relation to the case middle and a second configuration, notably a second position, allowing the first rotary ring and the second rotary ring to be kinematically connected such that, by acting on the rotary bezel device, a user can rotate the first ring and the second ring in relation to the case middle, the first mechanical-connection element being arranged to cooperate with the crown, the configuration, notably the position, of the crown determining the configuration, notably the position, of the first mechanical-connection element.
Positioning device for positioning a load in the form of a multiaxial robot arm with several articulations, comprising: at least two motors for moving a respective articulation of the robot arm , at least two measuring devices , which are each assigned to an associated one of the at least two motors and are designed to determine measuring data that indicate the motor current consumption by the associated motor on positioning of the load, an evaluation device for evaluating the measuring data that have been determined by the at least two measuring devices in order to determine the loading of the positioning device caused by the positioning of the load , taking account of at least one articulation position and the assumption that a proportionality exists between the motor current consumption (In) at an articulation and the torque (Mn) acting on the articulation, wherein the evaluation device is designed to determine the position of the centre of gravity (I) of the load during positioning, taking account of at least one articulation position and the assumption that a proportionality exists between the motor current consumption (In) at an articulation and the torque (Mn) acting on the articulation. at least two motors for moving a respective articulation of the robot arm , at least two measuring devices , which are each assigned to an associated one of the at least two motors and are designed to determine measuring data that indicate the motor current consumption by the associated motor on positioning of the load, an evaluation device for evaluating the measuring data that have been determined by the at least two measuring devices in order to determine the loading of the positioning device caused by the positioning of the load , taking account of at least one articulation position and the assumption that a proportionality exists between the motor current consumption (In) at an articulation and the torque (Mn) acting on the articulation, wherein the evaluation device is designed to determine the position of the centre of gravity (I) of the load during positioning, taking account of at least one articulation position and the assumption that a proportionality exists between the motor current consumption (In) at an articulation and the torque (Mn) acting on the articulation.
A method for storing a destination variable document corresponding to a source variable document, the source variable document and destination variable document each comprising one or more variable document instances, each variable document instance comprising one or more pages with recurring content and variable content and comprising a plurality of objects arranged in a z-order stack, the method comprising: (a) for each page of the one or more variable document instances in the source document, flattening the recurring content and storing the flattened recurring content in a first memory location; (b) for each page of the source variable document: (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii). (a) for each page of the one or more variable document instances in the source document, flattening the recurring content and storing the flattened recurring content in a first memory location; (b) for each page of the source variable document: (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii). (i) flattening the page using the variable content of that page and the stored flattened recurring content of step (a); (ii) extracting from the resulting data compiled in step (b)(i) any portions of the flattened page in which the variable content contributes to the resulting data, and storing said extracted portions in a second memory location; (iii) creating a page in the destination document comprising the stored flattened recurring content of step (a) and the stored extracted portions of step (b)(ii).
A shunt breaking system comprising: a primary circuit consisting of a stationary contact and a moving contact , said stationary contact being connected to an incoming busbar and said moving contact is connected to an outgoing busbar; a secondary circuit consisting of a vacuum interrupter electrically connected to the stationary contact on a terminal with suitable connection means ; a linkage mechanism comprising of multiple linkage means supported on a linkage support having top linkage means connected to a pulling pin at its first end and bottom linkage means at its second end with the help of sliding pins slidable into slits provided in the linkage support , the second end of the bottom linkage means being connected by a stationary pin fixedly placed in a recess provided in a fixed support , characterized in that a collar , configured of passing through a bore in the linkage support , is connected to the bottom linkage means with the stationary pin at a collar first end and a moving contact end of the vacuum interrupter at a collar second end, the moving contact end is electrically connected to a pallet contact by means of a flexible wire , said pallet contact interacting with a protrusion protruding out of an arm of the moving contact and comprising a first profiled region (D) for interacting with a second profiled region (E) of the moving contact . a primary circuit consisting of a stationary contact and a moving contact , said stationary contact being connected to an incoming busbar and said moving contact is connected to an outgoing busbar; a secondary circuit consisting of a vacuum interrupter electrically connected to the stationary contact on a terminal with suitable connection means ; a linkage mechanism comprising of multiple linkage means supported on a linkage support having top linkage means connected to a pulling pin at its first end and bottom linkage means at its second end with the help of sliding pins slidable into slits provided in the linkage support , the second end of the bottom linkage means being connected by a stationary pin fixedly placed in a recess provided in a fixed support , a collar , configured of passing through a bore in the linkage support , is connected to the bottom linkage means with the stationary pin at a collar first end and a moving contact end of the vacuum interrupter at a collar second end, the moving contact end is electrically connected to a pallet contact by means of a flexible wire , said pallet contact interacting with a protrusion protruding out of an arm of the moving contact and comprising a first profiled region (D) for interacting with a second profiled region (E) of the moving contact .
A communication system implementing a base station, the communication system comprising: remote units (26a..26i, 128a..128l, 302a..302p, 322a..322p, 402a..402p, 506a..506l, 2716, 2718, 2720, 2742, 2744, 2746, 2772, 2774, 2776) configured to exchange radio frequency, RF, signals with mobile devices , at least one of the RF signals comprising information destined for, or originating from, one of the mobile devices, wherein each of the remote units measures uplink transmissions received from the respective mobile device; and a controller communicatively coupled to the remote units and comprising a real-time scheduler configured for assigning time-frequency resources to the mobile devices; wherein the controller is configured, for each of the mobile devices, to represent measurements of the uplink transmissions received from the respective mobile device at each of the remote units with respective numerical values in a signature vector of the respective mobile device; wherein the real-time scheduler is configured to assign the time-frequency resources to the mobile devices based on the numerical values in the signature vectors of the mobile devices, assigning the same time-frequency resource to two or more mobile devices based on RF zones of the two or more mobile devices, the mobile devices being assigned to RF zones using the signature vectors of the mobile devices. remote units (26a..26i, 128a..128l, 302a..302p, 322a..322p, 402a..402p, 506a..506l, 2716, 2718, 2720, 2742, 2744, 2746, 2772, 2774, 2776) configured to exchange radio frequency, RF, signals with mobile devices , at least one of the RF signals comprising information destined for, or originating from, one of the mobile devices, wherein each of the remote units measures uplink transmissions received from the respective mobile device; and a controller communicatively coupled to the remote units and comprising a real-time scheduler configured for assigning time-frequency resources to the mobile devices; wherein the controller is configured, for each of the mobile devices, to represent measurements of the uplink transmissions received from the respective mobile device at each of the remote units with respective numerical values in a signature vector of the respective mobile device; wherein the real-time scheduler is configured to assign the time-frequency resources to the mobile devices based on the numerical values in the signature vectors of the mobile devices, assigning the same time-frequency resource to two or more mobile devices based on RF zones of the two or more mobile devices, the mobile devices being assigned to RF zones using the signature vectors of the mobile devices.
A vehicle comprising: A collision warner configured to acquire information on a surrounding object and information on a vehicle, and to generate collision predicting information of the surrounding object, based on the information on the surrounding object and the information on the vehicle; a classifier configured to acquire classifying information for the surrounding object; and a controller configured to provide a first buffer element and a second buffer element to an outside of the vehicle while controlling the braking of the vehicle, based on the classifying information and the collision predicting information, wherein the controller is further configured to: provide the first buffer element to a lower portion of the vehicle while controlling the braking of the vehicle, when the classifying information corresponds to a child, and provide the second buffer element to a bonnet and a windshield of the vehicle while controlling the braking of the vehicle, when the classifying information corresponds to an adult. A collision warner configured to acquire information on a surrounding object and information on a vehicle, and to generate collision predicting information of the surrounding object, based on the information on the surrounding object and the information on the vehicle; a classifier configured to acquire classifying information for the surrounding object; and a controller configured to provide a first buffer element and a second buffer element to an outside of the vehicle while controlling the braking of the vehicle, based on the classifying information and the collision predicting information, wherein the controller is further configured to: provide the first buffer element to a lower portion of the vehicle while controlling the braking of the vehicle, when the classifying information corresponds to a child, and provide the second buffer element to a bonnet and a windshield of the vehicle while controlling the braking of the vehicle, when the classifying information corresponds to an adult.
Electrical energy supply network , in particular island network, comprising a first energy store and a second energy store , wherein the electrical energy supply network comprises an electric machine comprising a first winding system and a second winding system, wherein the first winding system can be electrically connected to the first energy store and wherein the second winding system can be electrically connected to the second energy store , and comprising a balancing device for changing the energy store states of the first energy store and/or of the second energy store , characterized in that the balancing device comprises a balancing controller, wherein an output signal of the balancing controller is coupled to a rotational-speed-dependent output signal of a further controller of the energy supply network and the coupled value is supplied to a control system for energizing the first winding system and/or the second winding system.
A method for producing a water-soluble packaging which comprises a product , preferably a laundry detergent product or a dishwashing detergent product, and a water-soluble wrapping which is formed from a water-soluble base film and a water-soluble cover film , the method comprising the following steps: a) supplying a first film web in order to provide the base film ; b) forming a cavity in the base film ; c) filling the cavity with the product ; d) supplying a second film web in order to provide the cover film ; e) sealing the cavity filled with the product by means of the cover film ; and f) printing on the cover film and/or the base film in a first printing step and in at least one second printing step, a first printed portion being produced in the first printing step by means of a roller printing unit and a second printed portion being produced in the second printing step by means of a digital printer , characterized in that the first printed portion is formed on a film side of the base film or cover film that faces the product when the finished packaging is wrapped, and the second printed portion is formed on a film side of the base film or cover film that faces away from the product when the finished packaging is wrapped. a) supplying a first film web in order to provide the base film ; b) forming a cavity in the base film ; c) filling the cavity with the product ; d) supplying a second film web in order to provide the cover film ; e) sealing the cavity filled with the product by means of the cover film ; and f) printing on the cover film and/or the base film in a first printing step and in at least one second printing step, a first printed portion being produced in the first printing step by means of a roller printing unit and a second printed portion being produced in the second printing step by means of a digital printer , characterized in that the first printed portion is formed on a film side of the base film or cover film that faces the product when the finished packaging is wrapped, and the second printed portion is formed on a film side of the base film or cover film that faces away from the product when the finished packaging is wrapped.
A composition that can be used in a structural adhesive, comprising: (a) at least one methacrylate monomer; (b) at least one elastomeric block copolymer containing styrene and at least one second monomer; (c) at least one elastomer chosen from polybutadiene, le polyisoprene and polychloroprene; and (d) particles formed from a thermoplastic shell and an elastomeric core. (a) at least one methacrylate monomer; (b) at least one elastomeric block copolymer containing styrene and at least one second monomer; (c) at least one elastomer chosen from polybutadiene, le polyisoprene and polychloroprene; and (d) particles formed from a thermoplastic shell and an elastomeric core.