mhurhangee/patent-ind-claim-en huggingface dataset:
Method for muting radio resources in a wireless communication system, said wireless communication system comprising a plurality of network nodes and a plurality of user nodes; the method comprising the steps of: - measuring, by at least one user node, received signal strength of radio signals transmitted from one or more network nodes so as to obtain received interference associated with said one or more network nodes; - arranging, by said user node, the received interference associated with said one or more network nodes in an order or a ranking with respect to at least one radio signal criterion; - signalling, by said user node, a first message indicating said order or ranking to at least a first network node; and - muting radio resources based on said signalled order or ranking, by said first network node itself or coordinated together with other network nodes of said plurality of network nodes. - measuring, by at least one user node, received signal strength of radio signals transmitted from one or more network nodes so as to obtain received interference associated with said one or more network nodes; - arranging, by said user node, the received interference associated with said one or more network nodes in an order or a ranking with respect to at least one radio signal criterion; - signalling, by said user node, a first message indicating said order or ranking to at least a first network node; and - muting radio resources based on said signalled order or ranking, by said first network node itself or coordinated together with other network nodes of said plurality of network nodes.
Lubricating installation for a system with a main unit and at least one attachment , comprising at least the following components in the main unit: a conveying pump , at least one lubricant line that connects the conveying pump in the conveying direction to at least one controllable distributor for distributing lubricant at lubrication points (ST) of the main unit , a central control unit for controlling the conveying pump and the distributor , and at least one other controllable distributor in the attachment for distributing lubricant at lubrication points (ST) of the attachment , characterised in that a data unit is provided in the attachment for recording and storing information relating to the lubrication of the lubrication points of the attachment , and in that a data transmission link for transmitting the information stored in the data unit is formed between the central control unit and the data unit .
A view sharing method comprising: causing display, by a user apparatus , of a first visual information that is a view from a first geographical location and is received from a first camera module located at the first geographical location; receiving, by the apparatus , an indication of availability of a second visual information that is a view from a second geographical location and is received from a second camera module located at the second geographical location, the second geographical location being in a first direction from the first geographical location; determining a position in the first visual information that corresponds with the first direction; causing display, by the apparatus , of at least a portion of the second visual information such that the portion of the second visual information overlays the first visual information at the position in the first visual information; causing establishment of a view sharing session between the apparatus and a separate user apparatus , wherein the indication of availability of the second visual information is received from the separate apparatus based, at least in part, on the view sharing session; and sending another indication of availability of the first visual information to the separate apparatus based, at least in part, on the view sharing session. causing display, by a user apparatus , of a first visual information that is a view from a first geographical location and is received from a first camera module located at the first geographical location; receiving, by the apparatus , an indication of availability of a second visual information that is a view from a second geographical location and is received from a second camera module located at the second geographical location, the second geographical location being in a first direction from the first geographical location; determining a position in the first visual information that corresponds with the first direction; causing display, by the apparatus , of at least a portion of the second visual information such that the portion of the second visual information overlays the first visual information at the position in the first visual information; causing establishment of a view sharing session between the apparatus and a separate user apparatus , wherein the indication of availability of the second visual information is received from the separate apparatus based, at least in part, on the view sharing session; and sending another indication of availability of the first visual information to the separate apparatus based, at least in part, on the view sharing session.
An added inertia resonant system for a power toothbrush to achieve low power, high amplitude motion of a drive shaft when placed under user loading, comprising: a drive shaft having a principal axis that defines a center of rotation; a drive system configured to impart a reciprocating motion to said drive shaft about the principal axis; and at least one inertial weight member coupled to the drive shaft, wherein the at least one inertial weight member comprises a single planar material extending in an x-y plane about a central z-axis, having a complex shape and being balanced in the x and y directions; characterized in that the complex shape includes an inner portion , a first outer portion extending from the inner portion in a first direction and having a first additional weight located between a first and second radial distance away from the principle axis, and a second outer portion extending from the inner portion in a second direction opposite the first direction, the second outer portion having a counter-balanced additional weight located between the first radial distance and a third radial distance, wherein the third radial distance is greater than the second radial distance; and wherein a length of an edge of the first outer portion at the second radial distance is greater than a length of an edge of the second outer portion at the third radial distance. a drive shaft having a principal axis that defines a center of rotation; a drive system configured to impart a reciprocating motion to said drive shaft about the principal axis; and at least one inertial weight member coupled to the drive shaft, wherein the at least one inertial weight member comprises a single planar material extending in an x-y plane about a central z-axis, having a complex shape and being balanced in the x and y directions; characterized in that the complex shape includes an inner portion , a first outer portion extending from the inner portion in a first direction and having a first additional weight located between a first and second radial distance away from the principle axis, and a second outer portion extending from the inner portion in a second direction opposite the first direction, the second outer portion having a counter-balanced additional weight located between the first radial distance and a third radial distance, wherein the third radial distance is greater than the second radial distance; and wherein a length of an edge of the first outer portion at the second radial distance is greater than a length of an edge of the second outer portion at the third radial distance.
A metering mechanism comprising a body mounted to translate in a sleeve which is itself mounted in an adjustment nut , said adjustment nut being capable of cooperating by screwing with said sleeve, said screwing then causing a rotation of the adjustment nut relative to the body of the metering mechanism, said body being extended by a valve seat that can be closed by a valve and that is capable of accommodating a plunger , the reciprocating movement of which allows at least a suction at the valve , the travel of the plunger being a function of the position of screwing between the adjustment nut and the sleeve, the metering mechanism also comprising means (M) for activating the blocking of the rotation between the adjustment nut and the body of the metering mechanism so as to prohibit the screwing and the unscrewing between the adjustment nut and the sleeve, characterized in that said means comprise a ring housed in a locking nut mounted to rotate around the body , said ring cooperating by screwing with said locking nut, said ring being mounted to translate only around and along the body of the metering mechanism between a first position of abutment at the bottom of the locking nut and a second position of abutment against the adjustment nut involving the rotational blocking of the adjustment nut rendered secured by complementarity of form with the ring.
A mounting apparatus for a rotor, including: a first portion for connection to a driving means, for rotation about a first rotational axis; a second portion comprising a mounting assembly adapted for engaging with a portion of the rotor so as to hold the rotor relative thereto, configured for rotation about a second rotational axis; and a connection member connecting the first portion to the second portion so that rotational movement of the first portion effects rotational movement of the second portion about the second rotational axis, wherein the connection member comprises an outer ring and an inner ring spaced from and concentric with the outer ring, the outer ring being connected to the first portion and the inner ring being connected to the second portion, the outer ring and inner ring being connected by a plurality of extension members , and wherein the connection member is configured substantially to prevent radial movement of the second portion relative to the first portion, while enabling inclination of the first rotational axis relative to the second rotational axis. a first portion for connection to a driving means, for rotation about a first rotational axis; a second portion comprising a mounting assembly adapted for engaging with a portion of the rotor so as to hold the rotor relative thereto, configured for rotation about a second rotational axis; and a connection member connecting the first portion to the second portion so that rotational movement of the first portion effects rotational movement of the second portion about the second rotational axis, wherein the connection member comprises an outer ring and an inner ring spaced from and concentric with the outer ring, the outer ring being connected to the first portion and the inner ring being connected to the second portion, the outer ring and inner ring being connected by a plurality of extension members , and wherein the connection member is configured substantially to prevent radial movement of the second portion relative to the first portion, while enabling inclination of the first rotational axis relative to the second rotational axis.
A system of mitigating force in a mechanical system, comprising: a frame member ; a first rail connected to the frame member ; a second rail connected to the frame member and extending in parallel to the first rail ; an assembly movably engaging the first and second rails ; a first bracket located between the first and second rails , with at least one first bracket attachment secured to the frame member , the first bracket sharing an upper edge with a lower edge of the first rail , such that a downward force applied on the first rail is distributed to the first bracket and the frame member via the at least one first bracket attachment; and a second bracket located between the first and second rails , with at least one second bracket attachment secured to the frame member , the second bracket sharing an upper edge with a lower edge of the first bracket and sharing a lower edge with an upper edge of the second rail , such that any force distributed to the first bracket is further distributed to the second bracket and the frame member via the at least one second bracket attachment. a frame member ; a first rail connected to the frame member ; a second rail connected to the frame member and extending in parallel to the first rail ; an assembly movably engaging the first and second rails ; a first bracket located between the first and second rails , with at least one first bracket attachment secured to the frame member , the first bracket sharing an upper edge with a lower edge of the first rail , such that a downward force applied on the first rail is distributed to the first bracket and the frame member via the at least one first bracket attachment; and a second bracket located between the first and second rails , with at least one second bracket attachment secured to the frame member , the second bracket sharing an upper edge with a lower edge of the first bracket and sharing a lower edge with an upper edge of the second rail , such that any force distributed to the first bracket is further distributed to the second bracket and the frame member via the at least one second bracket attachment.
Method for producing a hydraulic damper which has a damper housing and a damper piston accommodated in the damper housing and connected to a piston rod , wherein the damper piston has a piston body which is axially penetrated by at least one overflow hole through which damping fluid can overflow during the damping process, the overflow hole is produced by irradiating the piston body using a laser beam, wherein the piston body has a piston rod channel in which the piston rod is accommodated, characterised in that the piston rod channel is produced by irradiating the piston body using a laser beam.
An input module for controlling a vehicle comprising: - a haptic input element , - at least one sensor , - at least one electronic circuit for determining a sensor signal, - at least one force feedback element comprising at least one electrical feedback mechanism, such as a force feedback motor, - a housing with - at least one electrical interface , wherein, - the input module is intended for retrospective fitting in a vehicle, - the sensor , the electronic circuit and the force feedback element are completely accommodated in the housing , the haptic input element is partially accommodated in the housing so that the input module is present as an integrated device, and characterized in that - the at least one electronic circuit is set up so that a calculation of the force feedback can be dynamically adjusted and can be adapted to suit a specific driver. - a haptic input element , - at least one sensor , - at least one electronic circuit for determining a sensor signal, - at least one force feedback element comprising at least one electrical feedback mechanism, such as a force feedback motor, - a housing with - at least one electrical interface , wherein, - the input module is intended for retrospective fitting in a vehicle, - the sensor , the electronic circuit and the force feedback element are completely accommodated in the housing , the haptic input element is partially accommodated in the housing so that the input module is present as an integrated device, and characterized in that - the at least one electronic circuit is set up so that a calculation of the force feedback can be dynamically adjusted and can be adapted to suit a specific driver.
A laminated resin film comprising a center layer that has a first surface provided with an inner surface layer, and a second surface provided with an outer surface layer, wherein the inner surface layer is a first multilayer film made of linear low density polyethylene, formed by laminating two or more films selected from the following (a) and/or (b): (a) a film made of linear low density polyethylene containing 1-hexene as a monomer component and obtained by polymerization in the presence of a metallocene catalyst; (b) a film made of linear low density polyethylene containing 1-octene as a monomer component and obtained by polymerization in the presence of a metallocene catalyst, the center layer is either at least one nylon-based film, or a barrier nylon film comprising at least one nylon-based film and a barrier layer, and the outer surface layer is a second multilayer film formed by laminating a medium density polyethylene film onto a first film with a nylon film interposed therebetween, the first film being a low density polyethylene film or a medium density polyethylene film, the second multilayer film being arranged with a first film side surface facing the center layer, wherein the laminated resin film is characterized in that each of the medium density polyethylene films is formed of a film made of polyethylene having a density of 0.915 g/cm 3 or more and less than 0.935 g/cm 3 . (a) a film made of linear low density polyethylene containing 1-hexene as a monomer component and obtained by polymerization in the presence of a metallocene catalyst; (b) a film made of linear low density polyethylene containing 1-octene as a monomer component and obtained by polymerization in the presence of a metallocene catalyst,
A method of passing authentication result data , such as authentication result data generated by an issuing bank during Secure 3-D authentication of a cardholder during a transaction between the cardholder and a merchant , to an acquirer , using a bridge server , the authentication result data reflecting a result of an attempt to authenticate the cardholder and contained in an expansion field of a transaction record also containing a transaction ID and transaction details (40b-40e) stored in a database maintained in connection with an order management system of the merchant , the method comprising: a) providing, by the bridge server , a merchant with a web page over a communications network , said web page requesting a transaction ID; b) receiving, at the bridge server , the transaction ID over the communications network from the second party ; c) collecting, by the bridge server , transaction details using the received transaction ID, from the order management system the transaction details including the authentication result data and being retrieved from the transaction record stored in the database maintained in connection with the order management system ; d) identifying, by the bridge server , the cardholder authentication result data within the collected transaction details; e) formatting, by the bridge server , the transaction details according to a prescribed format; and f) forwarding, by the bridge server , the formatted transaction details to the third party , wherein the bridge server is implemented by a server, connected to the order management system and the acquirer via the Internet . a) providing, by the bridge server , a merchant with a web page over a communications network , said web page requesting a transaction ID; b) receiving, at the bridge server , the transaction ID over the communications network from the second party ; c) collecting, by the bridge server , transaction details using the received transaction ID, from the order management system the transaction details including the authentication result data and being retrieved from the transaction record stored in the database maintained in connection with the order management system ; d) identifying, by the bridge server , the cardholder authentication result data within the collected transaction details; e) formatting, by the bridge server , the transaction details according to a prescribed format; and f) forwarding, by the bridge server , the formatted transaction details to the third party ,
A method of integrating modules into a hybrid modular plant comprising a discrete manufacturing part and a continuous manufacturing part, the method comprising: integrating the discrete part into the continuous part, comprising constructing (401; 501) at least one module definition file mapping one or more discrete-part units of the discrete part to a continuous-part module and importing (402; 502) the module definition file into an orchestration layer of the continuous part; and running the hybrid modular plant, comprising performing runtime translations of communications between the discrete part and the continuous part, wherein the discrete and continuous parts use a common communication protocol. integrating the discrete part into the continuous part, comprising constructing (401; 501) at least one module definition file mapping one or more discrete-part units of the discrete part to a continuous-part module and importing (402; 502) the module definition file into an orchestration layer of the continuous part; and running the hybrid modular plant, comprising performing runtime translations of communications between the discrete part and the continuous part, wherein the discrete and continuous parts use a common communication protocol.
A single-use auto-injector for injection of a dosage of a drug into a human body , comprising: a housing ; a dosing unit arranged in at least part of the housing, the dosing unit comprising: a needle , a drug container comprising the drug, a plunger movable in the container, a first mechanical power supply for supplying a first mechanical force for moving the plunger via a shaft to deliver a drug to the human body, an activation mechanism configured to release the first mechanical power of the first mechanical power supply, and a mechanical damper configured to control the velocity of the shaft; a second mechanical power supply for supplying a second mechanical force; the auto-injector having: a first state in which the needle is protected from needle damage or contamination, a second state in which the needle is ready to penetrate the human body for dosing the drug, a third state in which the needle has penetrated the human body and is ready to dose, and a fourth state in which the needle is shielded to avoid unintended needle sticks; and wherein the second mechanical power supply is configured to shift the auto-injector from the third state to the fourth state by releasing the second mechanical force. a housing ; a dosing unit arranged in at least part of the housing, the dosing unit comprising: a needle , a drug container comprising the drug, a plunger movable in the container, a first mechanical power supply for supplying a first mechanical force for moving the plunger via a shaft to deliver a drug to the human body, an activation mechanism configured to release the first mechanical power of the first mechanical power supply, and a mechanical damper configured to control the velocity of the shaft; a needle , a drug container comprising the drug, a plunger movable in the container, a first mechanical power supply for supplying a first mechanical force for moving the plunger via a shaft to deliver a drug to the human body, an activation mechanism configured to release the first mechanical power of the first mechanical power supply, and a mechanical damper configured to control the velocity of the shaft; a second mechanical power supply for supplying a second mechanical force; the auto-injector having: a first state in which the needle is protected from needle damage or contamination, a second state in which the needle is ready to penetrate the human body for dosing the drug, a third state in which the needle has penetrated the human body and is ready to dose, and a fourth state in which the needle is shielded to avoid unintended needle sticks; and a first state in which the needle is protected from needle damage or contamination, a second state in which the needle is ready to penetrate the human body for dosing the drug, a third state in which the needle has penetrated the human body and is ready to dose, and a fourth state in which the needle is shielded to avoid unintended needle sticks; and wherein the second mechanical power supply is configured to shift the auto-injector from the third state to the fourth state by releasing the second mechanical force.