mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a brake rotor for improved damping or fatigue strength of said brake rotor comprising: placing said brake rotor in electrical contact with a current carrying coil; closing a circuit to apply current to said coil producing a magnetic field in said brake rotor; opening said circuit; closing said circuit a second time to apply a second current to said coil; opening said circuit a second time; and removing said brake rotor from said current carrying coil, wherein said method comprises increasing numbers of closure domains absorbing vibrational energy, and movement of the non 180° domain walls. placing said brake rotor in electrical contact with a current carrying coil; closing a circuit to apply current to said coil producing a magnetic field in said brake rotor; opening said circuit; closing said circuit a second time to apply a second current to said coil; opening said circuit a second time; and removing said brake rotor from said current carrying coil, wherein said method comprises increasing numbers of closure domains absorbing vibrational energy, and movement of the non 180° domain walls.
A computer-implemented method comprising: providing , by a security service , one or more secure mechanisms for forming a group among client entities , each client entity being associated with a different security organization and each client entity being associated with one or more computing devices, wherein each computing device includes an agent that serves as a client to a security service; observing, by the agents, execution activities of their respective computing devices to act upon and generating, by the agents, security information based on the observed execution activities; and automatically sharing (110; 310), by the security service, the security information generated by one or more agents of a client entity in the group with one or more other client entities in the group, wherein the security information is indicative of whether the client entity is experiencing a security threat, wherein each client entity is able to impose a security scheme or policy on the one or more computing devices associated with it but is unable to impose the security scheme or policy on other client entities, and wherein providing the one or more secure mechanisms comprises determining an occurrence of a threat based on the security information and creating a group composed of client entities experiencing the threat. providing , by a security service , one or more secure mechanisms for forming a group among client entities , each client entity being associated with a different security organization and each client entity being associated with one or more computing devices, wherein each computing device includes an agent that serves as a client to a security service; observing, by the agents, execution activities of their respective computing devices to act upon and generating, by the agents, security information based on the observed execution activities; and automatically sharing (110; 310), by the security service, the security information generated by one or more agents of a client entity in the group with one or more other client entities in the group, wherein the security information is indicative of whether the client entity is experiencing a security threat, wherein each client entity is able to impose a security scheme or policy on the one or more computing devices associated with it but is unable to impose the security scheme or policy on other client entities, and wherein providing the one or more secure mechanisms comprises determining an occurrence of a threat based on the security information and creating a group composed of client entities experiencing the threat.
A respiratory mask comprising: a mask assembly including: a seal comprising a nasal sealing portion and an oral sealing portion, the seal configured to provide a flow of gasses to a user's nose and mouth; a housing, wherein the seal and housing form a breathing chamber; and a frame that is removably coupled to the mask assembly , the frame comprising: a main body defining at least one headgear connector ; an inlet opening through which a supply of pressurized air is provided to the mask assembly ; and an anti-asphyxia valve in fluid communication with the inlet opening , wherein the main body of the frame defines at least a portion of a gas flow passage of the anti-asphyxia valve and characterized in that the housing defines a recess that accommodates a portion of the frame that comprises the anti-asphyxia valve . a mask assembly including: a seal comprising a nasal sealing portion and an oral sealing portion, the seal configured to provide a flow of gasses to a user's nose and mouth; a housing, wherein the seal and housing form a breathing chamber; and a seal comprising a nasal sealing portion and an oral sealing portion, the seal configured to provide a flow of gasses to a user's nose and mouth; a housing, wherein the seal and housing form a breathing chamber; a frame that is removably coupled to the mask assembly , the frame comprising: a main body defining at least one headgear connector ; an inlet opening through which a supply of pressurized air is provided to the mask assembly ; and an anti-asphyxia valve in fluid communication with the inlet opening , wherein the main body of the frame defines at least a portion of a gas flow passage of the anti-asphyxia valve and characterized in that the housing defines a recess that accommodates a main body defining at least one headgear connector ; an inlet opening through which a supply of pressurized air is provided to the mask assembly ; and an anti-asphyxia valve in fluid communication with the inlet opening , wherein the main body of the frame defines at least a portion of a gas flow passage of the anti-asphyxia valve and characterized in that the housing defines a recess that accommodates a portion of the frame that comprises the anti-asphyxia valve .
A method for controlling a network node for use as an Access Mobility Function, AMF, (104; 200) for controlling the transmission of user data over a non-Access Stratum, NAS, of a telecommunications network, the method performed by said network node and comprising: receiving , by a receiver , NAS policy control data from a Policy Control Function, PCF, , the NAS policy control data identifying a User Equipment, UE, being based on the UE subscription to the telecommunications network and comprising one or more authorization parameters identifying that the UE is permitted to transmit user data over the NAS; receiving , by the receiver from the UE or an Application Server, AS, a NAS transmission request identifying the UE and requesting transmission of user data over the NAS; and determining (504-520), by a NAS transmission authorizer , that the transmission of the user data over the NAS is authorized based on the authorization parameters and the NAS transmission request. receiving , by a receiver , NAS policy control data from a Policy Control Function, PCF, , the NAS policy control data identifying a User Equipment, UE, being based on the UE subscription to the telecommunications network and comprising one or more authorization parameters identifying that the UE is permitted to transmit user data over the NAS; receiving , by the receiver from the UE or an Application Server, AS, a NAS transmission request identifying the UE and requesting transmission of user data over the NAS; and determining (504-520), by a NAS transmission authorizer , that the transmission of the user data over the NAS is authorized based on the authorization parameters and the NAS transmission request.
A mobile communications network for communicating a sequence of data blocks to mobile communications devices via a wireless access interface, the mobile communications network including a plurality of base stations disposed throughout the network and arranged in operation to transmit to the mobile communications devices a broadcast signal providing the sequence of data blocks in a sequence of transmission frames, each data block of the sequence being transmitted by each of the base stations contemporaneously for each of the sequence of transmission frames, and one or more relay nodes arranged in operation to receive the broadcast signal transmitted by one of the base stations and to retransmit the broadcast signal, the broadcast signal being re-transmitted as the sequence of data blocks on the same frequency as the broadcast signal transmitted by the base station, so that one or more of the mobile communications devices can receive the broadcast signal and recover the sequence of data blocks from one or both of the broadcast signal transmitted by the base station or the broadcast signal transmitted by the relay node, wherein the relay node is arranged to receive each of the sequence of data blocks transmitted by one or more of the base stations and to re-transmit the sequence of data blocks as the broadcast signal, the transmission by the relay node being at the same time and the same frequency as the transmission by the one or more base stations from which the sequence of data blocks was received by the relay node and the transmission of the sequence of the data blocks by the relay node being displaced by one or more data blocks behind the transmission of the sequence of data blocks by the base station from which the sequence of data blocks was received, the sequence of data blocks transmitted by the one or more base stations are transmitted in one or more sub-frames of each of a sequence of frames, the relay node is configured to transmit the sequence of data blocks displaced in time with respect to the transmission of the sequence of data blocks after one transmission frame or sub-frame so that each of the data blocks received in a first transmission frame or sub-frame is transmitted in a second following frame or sub-frame, the transmission by the relay node of a first data block in the sequence of data blocks being at the same time and the same frequency as the transmission of a second data block in the sequence of data blocks by the one or more base stations from which the sequence of data blocks was received by the relay node, and the first data block occurs earlier in the sequence than the second data block.
A method for sharing content of an electronic device, the method comprising: displaying (S810) on the electronic device, a Graphical User Interface, GUI, for registering a temporary key for authentication; if a temporary key is inputted (S820Y) by a user via the GUI, transmitting (S830) the inputted temporary key from the electronic device to a server, so that the inputted temporary key is registered by the server; establishing a network with other electronic device which is authenticated by the server using an ID and a password, and providing the other electronic device with access to content stored in the electronic device; and establishing a network with other electronic device which is authenticated by the server using the registered temporary key, and providing the other electronic device with a more limited scope of access to the content compared to when the ID and the password are used. displaying (S810) on the electronic device, a Graphical User Interface, GUI, for registering a temporary key for authentication; if a temporary key is inputted (S820Y) by a user via the GUI, transmitting (S830) the inputted temporary key from the electronic device to a server, so that the inputted temporary key is registered by the server; establishing a network with other electronic device which is authenticated by the server using an ID and a password, and providing the other electronic device with access to content stored in the electronic device; and establishing a network with other electronic device which is authenticated by the server using the registered temporary key, and providing the other electronic device with a more limited scope of access to the content compared to when the ID and the password are used.
Crimping machine for crimping contact elements, preferably ferrules, with an end section of a conductor, for example a cable end, with a storage arrangement for separated contact elements and a device for transporting the contact elements to a crimp head , wherein the storage arrangement has several feeding bowls , at least some of which are designed with a common vibration drive , and which can be driven via a common control unit , characterized in that a common feed is associated with the feeding bowls for transporting the contact elements to the crimp head , and that the feeding bowls and the vibration drive are coupled to a cover surface .
A catheter advancement device , comprising: a housing , said housing including a catheter inlet and a catheter outlet ; a manually actuated finger drive mechanism configured intermediate of said catheter inlet and said catheter outlet ; and wherein said drive mechanism is configured to frictionally engage a catheter to be inserted into said housing and to advance the catheter through said housing , characterized in that said housing further comprises a channel and a lock mechanism , wherein said channel encompasses a structure configured to receive a needle and to accommodate sliding movement of the needle relative to the housing , and wherein said lock mechanism is configured to lock the housing in a fixed relative position on the needle . a housing , said housing including a catheter inlet and a catheter outlet ; a manually actuated finger drive mechanism configured intermediate of said catheter inlet and said catheter outlet ; and wherein said drive mechanism is configured to frictionally engage a catheter to be inserted into said housing and to advance the catheter through said housing , characterized in that said housing further comprises a channel and a lock mechanism , wherein said channel encompasses a structure configured to receive a needle and to accommodate sliding movement of the needle relative to the housing , and wherein said lock mechanism is configured to lock the housing in a fixed relative position on the needle .
Method for remotely managing a set of at least one equipment (CPE) for connection to a network (RES) with a view to updating a firmware (FW) within each equipment, the method being implemented by computing means and comprising: - generating (S1), at the level of each equipment, data on the connection of said equipment to the network over a predetermined period of time, - determining (S3), at the level of a remote management server (S_GES), a time slot, specific to each equipment, for updating the firmware, the time slot specific to an equipment being dependent at least on the data on the connection of said equipment, - transmitting (S4), to each equipment, information relating to the time slot specific to said equipment, - transmitting (S7), to each equipment, information relating to an address of a download server (S_DWL) with a view to updating the firmware within said equipment, - sending (S8), from each equipment, a request to download the update to the download server associated with the received address, - sending (S9), from the download server, firmware update download data to each equipment sending a download request, and - downloading (S10), within each equipment receiving said download data, the firmware update in the time slot specific to said equipment. - generating (S1), at the level of each equipment, data on the connection of said equipment to the network over a predetermined period of time, - determining (S3), at the level of a remote management server (S_GES), a time slot, specific to each equipment, for updating the firmware, the time slot specific to an equipment being dependent at least on the data on the connection of said equipment, - transmitting (S4), to each equipment, information relating to the time slot specific to said equipment, - transmitting (S7), to each equipment, information relating to an address of a download server (S_DWL) with a view to updating the firmware within said equipment, - sending (S8), from each equipment, a request to download the update to the download server associated with the received address, - sending (S9), from the download server, firmware update download data to each equipment sending a download request, and - downloading (S10), within each equipment receiving said download data, the firmware update in the time slot specific to said equipment.
A method comprising: receiving a reference output current value (147, M) representing an output current outputted by a voltage converter to power a load ; iteratively deriving an estimated average output current value (125, I') based on the reference output current value (147, M) and an output current value obtained at an earlier time instance, the iteratively derived estimated average output current value (125, I') representing an average of the output current delivered to the load ; and controlling the voltage converter based on the iteratively derived estimated average output current value (125, I'), characterized in that the iteratively deriving the estimated average output current value (125, I') includes: verifying an accuracy of the estimated average output current value (125, I') based on a remaining value stored in a buffer at an end (T34) of a power delivery cycle (390, TT) associated with the voltage converter , wherein the power delivery cycle (390, TT) comprises an active time (AT) and an inactive time (IT) of switch circuitry (Q1, Q2) of the voltage converter . receiving a reference output current value (147, M) representing an output current outputted by a voltage converter to power a load ; iteratively deriving an estimated average output current value (125, I') based on the reference output current value (147, M) and an output current value obtained at an earlier time instance, the iteratively derived estimated average output current value (125, I') representing an average of the output current delivered to the load ; and controlling the voltage converter based on the iteratively derived estimated average output current value (125, I'), characterized in that the iteratively deriving the estimated average output current value (125, I') includes: verifying an accuracy of the estimated average output current value (125, I') based on a remaining value stored in a buffer at an end (T34) of a power delivery cycle (390, TT) associated with the voltage converter , wherein the power delivery cycle (390, TT) comprises an active time (AT) and an inactive time (IT) of switch circuitry (Q1, Q2) of the voltage converter .
Method for determining a blood pressure value of a patient, comprising the steps: - detecting a non-invasive measurement of a pulse of the patient and determining a pulse wave of the patient by means of a measuring unit ; - determining, by means of a controller , a reference point (RP) in the pulse wave in a transitional region (ÜB) from the systole to the diastole of a cardiac cycle of the patient, wherein the reference point (RP) is a turning point having a positive rate of change or gradient between a local minimum and a local maximum; and - determining, by means of the controller , the blood pressure value on the basis of the determined reference point (RP), characterized in that the determining is performed based on a provided mathematical function which correlates a quotient formed from the time point (t) and the amplitude (h) of the reference point (RP) as the input variable to a blood pressure value as the output variable. - detecting a non-invasive measurement of a pulse of the patient and determining a pulse wave of the patient by means of a measuring unit ; - determining, by means of a controller , a reference point (RP) in the pulse wave in a transitional region (ÜB) from the systole to the diastole of a cardiac cycle of the patient, wherein the reference point (RP) is a turning point having a positive rate of change or gradient between a local minimum and a local maximum; and - determining, by means of the controller , the blood pressure value on the basis of the determined reference point (RP),
A fastener-driving tool including a trigger control mechanism , said tool comprising: a housing ; a workpiece-contacting element movably connected to said housing, said workpiece-contacting element being movable between a rest position and an activated position; a trigger movably connected to said housing, said trigger being movable between a rest position and an activated position; an actuation lever movably connected to said trigger, said actuation lever being movable between a rest position and an activated position; and characterised in that it further comprises a damper mechanism associated with said actuation lever and configured to control a rate of movement of said actuation lever between said activated position and said rest position. a housing ; a workpiece-contacting element movably connected to said housing, said workpiece-contacting element being movable between a rest position and an activated position; a trigger movably connected to said housing, said trigger being movable between a rest position and an activated position; an actuation lever movably connected to said trigger, said actuation lever being movable between a rest position and an activated position; and characterised in that it further comprises a damper mechanism associated with said actuation lever and configured to control a rate of movement of said actuation lever between said activated position and said rest position.
A method of characterizing a network device , comprising: receiving, by a system having a processor , traffic information which is determined from a sample of network traffic collected over time; and characterized by further comprising: inputting, by the system , a traffic profile based on the traffic information into a model , wherein the traffic profile describes the respective percentage of different types of traffic in the traffic information and the model relates a performance characteristic of the network device to cost parameters associated with different types of traffic, the cost parameters specifying a processing burden relating to processing of the respective types of traffic by the network device ; and computing, from the model in response to the input traffic profile , a processing performance characteristic of the network device . inputting, by the system , a traffic profile based on the traffic information into a model , wherein the traffic profile describes the respective percentage of different types of traffic in the traffic information and the model relates a performance characteristic of the network device to cost parameters associated with different types of traffic, the cost parameters specifying a processing burden relating to processing of the respective types of traffic by the network device ; and computing, from the model in response to the input traffic profile , a processing performance characteristic of the network device .
A polymerization fluid for electrolytic polymerization of 3,4-disubstituted thiophene, comprising: a solvent consisting of 100 to 80 % by mass of water and 0 to 20 % by mass of an organic solvent; at least one monomer selected from the group consisting of 3,4-disubstituted thiophenes; and at least one organic non-sulfonate supporting electrolyte having an anion with the molecular weight of 200 or more, characterized in that the supporting electrolyte is at least one compound selected from the group consisting of borodisalicylic acid and borodisalicylic salts, and the total amount of the monomer is dissolved in the polymerization fluid. a solvent consisting of 100 to 80 % by mass of water and 0 to 20 % by mass of an organic solvent; at least one monomer selected from the group consisting of 3,4-disubstituted thiophenes; and at least one organic non-sulfonate supporting electrolyte having an anion with the molecular weight of 200 or more, characterized in that the supporting electrolyte is at least one compound selected from the group consisting of borodisalicylic acid and borodisalicylic salts, and the total amount of the monomer is dissolved in the polymerization fluid.