mhurhangee/patent-ind-claim-en huggingface dataset:
A pumping mechanism , comprising: a cam comprising a central axis ; a chassis comprising a recess within which the cam fits in a lengthwise extension along the central axis , wherein the recess comprises a sidewall that defines an interior of the recess ; and a plurality of fingers coupled to the cam and configured to move in a direction transverse to the central axis , wherein each of the plurality of fingers comprises a body and a protrusion comprising a distal end and a proximal end , wherein the protrusion extends from the distal end outward from a side region (72c,d, 74c,d, 76c,d, 78c,d) of the body in a direction transverse to the direction of movement of the plurality of fingers such that the proximal end is in surface contact with the sidewall of the recess , characterized in that the distal end of the protrusion is fitted within a cavity formed in the side region (72c,d, 74c,d, 76c,d, 78c,d) of the body , wherein a spring is fitted within the cavity , wherein the distal end of the protrusion contacts the spring . a cam comprising a central axis ; a chassis comprising a recess within which the cam fits in a lengthwise extension along the central axis , wherein the recess comprises a sidewall that defines an interior of the recess ; and a plurality of fingers coupled to the cam and configured to move in a direction transverse to the central axis , wherein each of the plurality of fingers comprises a body and a protrusion comprising a distal end and a proximal end , wherein the protrusion extends from the distal end outward from a side region (72c,d, 74c,d, 76c,d, 78c,d) of the body in a direction transverse to the direction of movement of the plurality of fingers such that the proximal end is in surface contact with the sidewall of the recess , characterized in that the distal end of the protrusion is fitted within a cavity formed in the side region (72c,d, 74c,d, 76c,d, 78c,d) of the body , wherein a spring is fitted within the cavity , wherein the distal end of the protrusion contacts the spring .
Method for a wireless communication from a first vehicle to a road infrastructure station , the method comprising the steps of determining a position of said first vehicle , determining a distance of said first vehicle to said road infrastructure station , calculating a table containing predicted positions of said first vehicle in space and/or time indicating the respective planned transmission characteristics for the signal transmissions from the first vehicle to said road infrastructure station at said predicted positions; transmitting the table to a surrounding vehicle , or to a network management station , evaluating said table in said surrounding vehicle or said network management station , adjusting transmission characteristics for the signal transmissions from the surrounding vehicle such that interference between the planned signal transmissions for the wireless communication of said first vehicle to the road infrastructure station and signal transmissions of said surrounding vehicle is reduced.
A method comprising: determining, by a computing device and based on a distributed ledger, a plurality of records, wherein each of the plurality of records is indicative of a content asset accessed by one of a plurality of devices and comprises an identification which uniquely identifies a user device, wherein the identification is anonymous to other devices of the plurality of devices, wherein the distributed ledger is stored on at least a portion of the plurality of devices, wherein the storing comprises one or more of the plurality of other devices validating a distributed ledger record generated by the user device accessing the content asset, wherein the validating the distributed ledger record comprises determining that the user device is authorized to cause the distributed ledger record to be stored on the distributed ledger, wherein the identification which uniquely identifies the user device is encrypted using a public key, wherein the public key is paired with a private key which is only known to a service provider, wherein the private key is needed for decrypting the encrypted identification; determining, based on the plurality of records and using the private key, a pattern of access to the content asset; and determining, based on the pattern of access to the content asset, a consumption rating of the content asset. determining, by a computing device and based on a distributed ledger, a plurality of records, wherein each of the plurality of records is indicative of a content asset accessed by one of a plurality of devices and comprises an identification which uniquely identifies a user device, wherein the identification is anonymous to other devices of the plurality of devices, wherein the distributed ledger is stored on at least a portion of the plurality of devices, wherein the storing comprises one or more of the plurality of other devices validating a distributed ledger record generated by the user device accessing the content asset, wherein the validating the distributed ledger record comprises determining that the user device is authorized to cause the distributed ledger record to be stored on the distributed ledger, wherein the identification which uniquely identifies the user device is encrypted using a public key, wherein the public key is paired with a private key which is only known to a service provider, wherein the private key is needed for decrypting the encrypted identification; determining, based on the plurality of records and using the private key, a pattern of access to the content asset; and determining, based on the pattern of access to the content asset, a consumption rating of the content asset.
A circuit for providing an output voltage on an output terminal, comprising: a current source configured to supply or sink a reference current; and a current mirror having a bias branch and a main branch, wherein the bias branch is connected with the current source to provide the reference current to the output terminal, wherein the main branch includes a source follower to provide the output voltage at the output terminal, wherein the current source is provided with a first power supply voltage and the main branch of the current mirror is provided with a second power supply voltage , wherein the first power supply voltage has a higher voltage than the second power supply voltage . a current source configured to supply or sink a reference current; and a current mirror having a bias branch and a main branch, wherein the bias branch is connected with the current source to provide the reference current to the output terminal, wherein the main branch includes a source follower to provide the output voltage at the output terminal, wherein the current source is provided with a first power supply voltage and the main branch of the current mirror is provided with a second power supply voltage , wherein the first power supply voltage has a higher voltage than the second power supply voltage .
Method for monitoring properties of a support means arrangement in an elevator system , the support means arrangement having a plurality of support means by means of which an elevator car is supported and can be displaced, the method comprising: measuring tensile forces acting on the support means ; characterized by deriving change information indicating changes in the properties of the support means arrangement by analyzing the progression over time of the measured tensile forces.
A disc brake assembly comprising: a core structure defining an inner and outer diameter (ID, OD), the core structure having a first major surface comprising at least one curved ridge or curved channel that curves as the curved ridge or curved channel extends in a radial direction along the first major surface between the inner and outer diameter of the core structure; and a plurality of wear pads , each wear pad defining a friction surface and a mounting surface , wherein the mounting surfaces of the plurality of wear pads are positioned adjacent to, and in contact with, the first major surface of the core structure, wherein the mounting surface of at least one wear pad of the plurality of wear pads comprises a corresponding curved ridge or curved channel configured to interlink with the at least one curved ridge or curved channel of the core structure and that curves as the corresponding curved ridge or curved channel extends in the radial direction along the mounting surface, wherein the plurality of wear pads includes a first wear pad and a second wear pad . a core structure defining an inner and outer diameter (ID, OD), the core structure having a first major surface comprising at least one curved ridge or curved channel that curves as the curved ridge or curved channel extends in a radial direction along the first major surface between the inner and outer diameter of the core structure; and a plurality of wear pads , each wear pad defining a friction surface and a mounting surface , wherein the mounting surfaces of the plurality of wear pads are positioned adjacent to, and in contact with, the first major surface of the core structure, wherein the mounting surface of at least one wear pad of the plurality of wear pads comprises a corresponding curved ridge or curved channel configured to interlink with the at least one curved ridge or curved channel of the core structure and that curves as the corresponding curved ridge or curved channel extends in the radial direction along the mounting surface, wherein the plurality of wear pads includes a first wear pad and a second wear pad .
A drain unit comprising: a first cylindrical body to be mounted on a drain port ; a second cylindrical body provided inside the first cylindrical body ; and a water plug member provided inside the second cylindrical body , wherein the water plug member is capable of closing an inside part of the second cylindrical body , a flow path is provided between the first cylindrical body and the second cylindrical body , and the second cylindrical body has an opening part through which the flow path and space in the inside part of the second cylindrical body communicate with each other, characterized by further comprising: a valve arranged in the flow path in such a manner as to face the opening part ; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction. a first cylindrical body to be mounted on a drain port ; a second cylindrical body provided inside the first cylindrical body ; and a water plug member provided inside the second cylindrical body , wherein the water plug member is capable of closing an inside part of the second cylindrical body , a flow path is provided between the first cylindrical body and the second cylindrical body , and the second cylindrical body has an opening part through which the flow path and space in the inside part of the second cylindrical body communicate with each other, characterized by further comprising: a valve arranged in the flow path in such a manner as to face the opening part ; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction. a valve arranged in the flow path in such a manner as to face the opening part ; and resistance means that applies resistive power to the valve toward a direction opposite to a flow path direction.
A method for a User Equipment, UE, for reporting power headroom, the method comprises: - determining a power headroom for transmission on at least a Physical Uplink Control Channel, PUCCH, and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH characterized in wherein the at least one power headroom report is valid for a given component carrier c and wherein said power headroom report is transmitted when a pathloss of the at least one component carrier is changed beyond a certain threshold. - determining a power headroom for transmission on at least a Physical Uplink Control Channel, PUCCH, and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH characterized in wherein the at least one power headroom report is valid for a given component carrier c and wherein said power headroom report is transmitted when a pathloss of the at least one component carrier is changed beyond a certain threshold.
A box (40; 240; 340; 440; 540) for vacuum storage, comprising a container (60; 260) and a lid (80; 280) for closing the container, wherein: - the container comprises a body (62; 262) with an inner wall (64; 264) and an outer wall (66; 266), the inner wall delimiting an inner volume (V64; V264) of the container, the inner volume being open upwards when the container is placed on a horizontal surface (S), the inner walls (64; 264) and outer walls (66; 266) being connected to each other at an edge (68; 268) and defining therebetween a first cavity (V66; V266), the edge having a closed contour, - the lid (80; 280) comprises a body with a boundary (84; 284) having a closed contour and intended to be pressed tightly against the edge (68; 268) of the container (60; 260) when the lid is assembled with the container in a closed configuration of the box, - the first cavity (V66; V266) leads to the outside environment through at least one opening (70; 270), each opening comprising a first anti-return valve (72; 272), which allows gas to flow from the first cavity to the outside and prevents the flow of gas from the outside toward the first cavity, characterized in that the first cavity leads to the inner volume through at least one passage (74; 274). - the container comprises a body (62; 262) with an inner wall (64; 264) and an outer wall (66; 266), the inner wall delimiting an inner volume (V64; V264) of the container, the inner volume being open upwards when the container is placed on a horizontal surface (S), the inner walls (64; 264) and outer walls (66; 266) being connected to each other at an edge (68; 268) and defining therebetween a first cavity (V66; V266), the edge having a closed contour, - the lid (80; 280) comprises a body with a boundary (84; 284) having a closed contour and intended to be pressed tightly against the edge (68; 268) of the container (60; 260) when the lid is assembled with the container in a closed configuration of the box, - the first cavity (V66; V266) leads to the outside environment through at least one opening (70; 270), each opening comprising a first anti-return valve (72; 272), which allows gas to flow from the first cavity to the outside and prevents the flow of gas from the outside toward the first cavity,
Releasable cork functioning as seal suitable for application on a neck of a bottle for closing the bottle, wherein the cork is manufactured from cork or wood, or a combination thereof, wherein the cork is substantially disc-like and has an upper side , an underside and a side surface running obliquely from upper side to underside , wherein the oblique side surface is arranged to co-act with the inner wall of the neck of the bottle for the purpose of clampingly closing the bottle , wherein the cork is provided with at least one battery and light source coupled thereto for the purpose of emitting light downward into the bottle , wherein the cork comprises a switch for activating and deactivating the light source , characterized in that the light source is arranged in the cork , on the underside thereof, wherein the light source comprises at least one lamp that is arranged countersunk in the cork , wherein the cork is provided on the underside with a recess in which the light source and the battery are held, wherein the switch comprises a push button extending outward in upward direction relative to the cork , and wherein the cork is provided with an opening for the push button extending from the recess to the upper side of the cork , wherein on the upper side of recess the opening is located, which debouches from recess in upper side , said opening having a smaller size than the recess , wherein the push button is arranged in the opening , and wherein the push button is operatively connected to the light source .
A system for providing functional safety monitoring of relay contacts , the system comprising: a relay including at least two contacts , a contactless sensor circuit and processor , characterized in that the contactless sensor circuit includes: an output signal antenna positioned in the contactless sensor circuit to extend between the at least two contacts of the relay ; and first and second input signal antennas positioned in the contactless sensor circuit respectively adjacent the at least two contacts of the relay , such that the output signal antenna and the at least two contacts of the relay are positioned between the first and second input signal antennas ; and in that the processor is configured to cause the output signal antenna to output a wireless signal capable of being received by the first and second input signal antennas while the processor monitors wireless signals received by the first and second input signals antennas , wherein the processor is configured to determine that the relay has a fault based on the wireless signals received by the first and second input signal antennas , and responsive thereto output at least one communication indicative of a fault with the relay being detected. a relay including at least two contacts , a contactless sensor circuit and processor , characterized in that the contactless sensor circuit includes: an output signal antenna positioned in the contactless sensor circuit to extend between the at least two contacts of the relay ; and first and second input signal antennas positioned in the contactless sensor circuit respectively adjacent the at least two contacts of the relay , such that the output signal antenna and the at least two contacts of the relay are positioned between the first and second input signal antennas ; an output signal antenna positioned in the contactless sensor circuit to extend between the at least two contacts of the relay ; and first and second input signal antennas positioned in the contactless sensor circuit respectively adjacent the at least two contacts of the relay , such that the output signal antenna and the at least two contacts of the relay are positioned between the first and second input signal antennas ; and in that the processor is configured to cause the output signal antenna to output a wireless signal capable of being received by the first and second input signal antennas while the processor monitors wireless signals received by the first and second input signals antennas , wherein the processor is configured to determine that the relay has a fault based on the wireless signals received by the first and second input signal antennas , and responsive thereto output at least one communication indicative of a fault with the relay being detected.
An asymmetric tape , comprising: a polymer resin ; and a plurality of fibers embedded in the polymer resin to form a fiber reinforced polymer material, the fiber reinforced polymer material comprising a first surface and an opposing second surface, wherein the fibers are disposed in the fiber reinforced polymer material to form a resin rich portion and a fiber rich portion , the resin rich portion including the first surface, the fiber rich portion including the second surface, the resin rich portion including more resin than fibers by volume, the fiber rich portion including more fibers than resin by volume, wherein the asymmetric tape is formed by a method comprising: flowing the polymer resin through a manifold assembly of a die , the manifold assembly comprising a plurality of branched runners ; coating at least one fiber roving with the resin ; and traversing the coated fiber roving through an impregnation zone of the die to impregnate the roving with the resin , wherein the tape exits the die , the tape comprising the impregnated roving and having the resin rich portion and the fiber rich portion . a polymer resin ; and a plurality of fibers embedded in the polymer resin to form a fiber reinforced polymer material, the fiber reinforced polymer material comprising a first surface and an opposing second surface, wherein the fibers are disposed in the fiber reinforced polymer material to form a resin rich portion and a fiber rich portion , the resin rich portion including the first surface, the fiber rich portion including the second surface, the resin rich portion including more resin than fibers by volume, the fiber rich portion including more fibers than resin by volume, wherein the asymmetric tape is formed by a method comprising: flowing the polymer resin through a manifold assembly of a die , the manifold assembly comprising a plurality of branched runners ; coating at least one fiber roving with the resin ; and traversing the coated fiber roving through an impregnation zone of the die to impregnate the roving with the resin , flowing the polymer resin through a manifold assembly of a die , the manifold assembly comprising a plurality of branched runners ; coating at least one fiber roving with the resin ; and traversing the coated fiber roving through an impregnation zone of the die to impregnate the roving with the resin , wherein the tape exits the die , the tape comprising the impregnated roving and having the resin rich portion and the fiber rich portion .
An electrolyzer plant comprising a plurality of electrolyzer modules and a system for controlling operation of the electrolyzer plant , the system comprising a processing unit and configured to: determine, for each of the plurality of electrolyzer modules , an electrolyzer module set point at which the electrolyzer module is to be operated, wherein the electrolyzer module set points are determined such that their sum equals a prescribed overall plant set point of the electrolyzer plant , and control operation of each of the plurality of electrolyzer modules at the respective electrolyzer module set point, wherein the determining comprises inputting data representative of operation characteristics of each of the plurality of electrolyzer modules into the processing unit and the processing unit performing an optimization procedure that outputs the electrolyzer module set points, the optimization procedure comprising an optimization for one or more of overall electrolyzer plant efficiency, electrolyzer plant lifetime, lifetime of each of the electrolyzer modules , operational safety, and maintenance patterns. determine, for each of the plurality of electrolyzer modules , an electrolyzer module set point at which the electrolyzer module is to be operated, wherein the electrolyzer module set points are determined such that their sum equals a prescribed overall plant set point of the electrolyzer plant , and control operation of each of the plurality of electrolyzer modules at the respective electrolyzer module set point, wherein the determining comprises inputting data representative of operation characteristics of each of the plurality of electrolyzer modules into the processing unit and the processing unit performing an optimization procedure that outputs the electrolyzer module set points, the optimization procedure comprising an optimization for one or more of overall electrolyzer plant efficiency, electrolyzer plant lifetime, lifetime of each of the electrolyzer modules , operational safety, and maintenance patterns.