mhurhangee/patent-ind-claim-en huggingface dataset:
A method of remotely maintaining a secure access system , comprising: storing a first set of credential data for at least one user of the secure access system ; receiving a credential update for the at least one user of the secure access system ; in response to receiving the credential update, replacing the first set of credential data with a second set of credential data that is different from the first set of credential data and then automatically initiating a system update process, the system update process comprising: generating a message comprising information representing the replacement of the first set of credential data with the second set of credential data; determining at least one target for said message, wherein said at least one target comprises at least one mobile device associated with the at least one user; and transmitting said message to said at least one target such that the at least one target, in response to receiving said message, modifies at least a portion of its memory according to the updated credential information; characterized in that the method further comprises: disabling at least a portion of said memory unless an enabling message is received. storing a first set of credential data for at least one user of the secure access system ; receiving a credential update for the at least one user of the secure access system ; in response to receiving the credential update, replacing the first set of credential data with a second set of credential data that is different from the first set of credential data and then automatically initiating a system update process, the system update process comprising: generating a message comprising information representing the replacement of the first set of credential data with the second set of credential data; determining at least one target for said message, wherein said at least one target comprises at least one mobile device associated with the at least one user; and transmitting said message to said at least one target such that the at least one target, in response to receiving said message, modifies at least a portion of its memory according to the updated credential information; generating a message comprising information representing the replacement of the first set of credential data with the second set of credential data; determining at least one target for said message, wherein said at least one target comprises at least one mobile device associated with the at least one user; and transmitting said message to said at least one target such that the at least one target, in response to receiving said message, modifies at least a portion of its memory according to the updated credential information; characterized in that the method further comprises: disabling at least a portion of said memory unless an enabling message is received.
A yarn winder forming a package (Pw) by winding a yarn (Y) onto a bobbin (B), comprising: a cradle device which includes a support arm supporting the bobbin (B) to be rotatable and is capable of moving the support arm in a predetermined direction intersecting with an axial direction of the bobbin (B); a vibration suppression member which is pressed onto the support arm so as to suppress vibration of the support arm ; and a pressing mechanism configured to press the vibration suppression member onto the support arm, characterized in that : the pressing mechanism is capable of changing the magnitude of pressing force during a winding operation of winding the yarn (Y), and the support arm includes: an arm main body ; and a contact target roller which is supported by the arm main body to be rotatable, the vibration suppression member making contact with the contact target roller . a cradle device which includes a support arm supporting the bobbin (B) to be rotatable and is capable of moving the support arm in a predetermined direction intersecting with an axial direction of the bobbin (B); a vibration suppression member which is pressed onto the support arm so as to suppress vibration of the support arm ; and a pressing mechanism configured to press the vibration suppression member onto the support arm, characterized in that : the pressing mechanism is capable of changing the magnitude of pressing force during a winding operation of winding the yarn (Y), and the support arm includes: an arm main body ; and a contact target roller which is supported by the arm main body to be rotatable, the vibration suppression member making contact with the contact target roller . the pressing mechanism is capable of changing the magnitude of pressing force during a winding operation of winding the yarn (Y), and the support arm includes: an arm main body ; and a contact target roller which is supported by the arm main body to be rotatable, the vibration suppression member making contact with the contact target roller . an arm main body ; and a contact target roller which is supported by the arm main body to be rotatable, the vibration suppression member making contact with the contact target roller .
A hydraulically driven intensifier for increasing pressure of gas, said intensifier comprising a compression chamber operatively connected to an adjacent hydraulic chamber further comprised in the intensifier, the intensifier additionally comprising a piston for compressing the gas partitioning the compression chamber into a gas compression chamber and an intermediate space , wherein the intermediate space is located between the piston and the hydraulic chamber and is adjacent to the hydraulic chamber , and a lubricant coupling in the compression chamber of the intensifier for circulating lubricating fluid at least within the intermediate space for cooling and lubricating the piston, characterized by the lubricant coupling comprising an inlet and an outlet , through which lubricant enters and exits the intermediate space and by the intensifier comprising at least one element selected from the group consisting of: pump and electric pump; the at least one element being provided in order to circulate at least the lubricating fluid.
An orthopaedic implant, comprising: a patella component , comprising: a solid-metal base comprising (i) a posterior base surface , and (ii) an anterior base surface having a number of pegs extending outwardly therefrom, a porous-metal coating disposed on the anterior base surface and the pegs , and the polymer bearing having a posterior bearing surface configured to articulate with a pair of femoral condyles of a femoral component, characterized in that : the posterior base surface has a number of pockets formed therein with each of the pockets having an undercut formed therein; the polymer bearing is molded to the posterior base surface of the solid-metal base . a patella component , comprising: a solid-metal base comprising (i) a posterior base surface , and (ii) an anterior base surface having a number of pegs extending outwardly therefrom, a porous-metal coating disposed on the anterior base surface and the pegs , and a solid-metal base comprising (i) a posterior base surface , and (ii) an anterior base surface having a number of pegs extending outwardly therefrom, a porous-metal coating disposed on the anterior base surface and the pegs , and the polymer bearing having a posterior bearing surface configured to articulate with a pair of femoral condyles of a femoral component, characterized in that : the posterior base surface has a number of pockets formed therein with each of the pockets having an undercut formed therein; the polymer bearing is molded to the posterior base surface of the solid-metal base . the posterior base surface has a number of pockets formed therein with each of the pockets having an undercut formed therein; the polymer bearing is molded to the posterior base surface of the solid-metal base .
Elbow screw joint system for screwing and redirecting of long-shaped parts comprising a guide body , an insertion part and a cover , wherein the insertion part includes at least one rotatable guide section disposed at least partly in an interior of the guide body , wherein the guide body includes a guide recess and at least one outlet recess , wherein the guide recess has a guide axis and extends along the guide axis from one receiving side up to an opposing head side of the guide body , and wherein the outlet recess has an outlet axis and extends from at least one outlet side of the guide body along the outlet axis at least up to the guide recess , wherein the guide axis and the outlet axis have an angle (α) to each other, wherein the guide section includes a threading on an upper end region associated with the head side of the guide body , and wherein the cover can be screwed from the head side to the threading of the guide section .
A method comprising: determining , by a base station , first load information of the base station in regard to an area of shared coverage with a neighboring base station , wherein determining the first load information comprises determining a number of user equipment the base station is serving in the area of shared coverage based on locations of user equipment; transmitting , by the base station , the first load information; determining, by the base station , second load information of the base station in regard to a second area of shared coverage with a second different neighboring base station , wherein determining the second load information comprises determining a number of user equipment the base station is serving in the second area of shared coverage based on locations of user equipment, wherein the second load information is different from the first load information; and transmitting, by the base station , the second load information. determining , by a base station , first load information of the base station in regard to an area of shared coverage with a neighboring base station , wherein determining the first load information comprises determining a number of user equipment the base station is serving in the area of shared coverage based on locations of user equipment; transmitting , by the base station , the first load information; determining, by the base station , second load information of the base station in regard to a second area of shared coverage with a second different neighboring base station , wherein determining the second load information comprises determining a number of user equipment the base station is serving in the second area of shared coverage based on locations of user equipment, wherein the second load information is different from the first load information; and transmitting, by the base station , the second load information.
A beam former, comprising: an apparatus for receiving a plurality of input signals, an apparatus for optimizing a mathematical model and solving an algorithm, which obtains a beam forming weight coefficient for carrying out linear combination on the plurality of input signals, and an apparatus for generating an output signal according to the beam forming weight coefficient and the plurality of input signals, wherein the optimizing a mathematical model comprises suppressing interferences in the plurality of input signals and obtaining an optimization equation of the beam forming weight coefficient, the optimization equation comprising the following items: wherein is an inequality constraint for an interference, h φ = h φ / h φ, r is a relative transfer function RTF at the interference angle φ, h φ,r is the r th component of the acoustic transfer function h φ , c φ > 0 is a preset control constant, ε k is an additional optimization variable, Φ k is a set of discrete interference angles that is preset to be a set of desired angles close to the angle of arrival of the interference, w indicates a beam forming weight coefficient used under certain frequency bands, is a penalizing parameter, and K is a number of interferences. an apparatus for receiving a plurality of input signals, an apparatus for optimizing a mathematical model and solving an algorithm, which obtains a beam forming weight coefficient for carrying out linear combination on the plurality of input signals, and an apparatus for generating an output signal according to the beam forming weight coefficient and the plurality of input signals, wherein the optimizing a mathematical model comprises suppressing interferences in the plurality of input signals and obtaining an optimization equation of the beam forming weight coefficient, the optimization equation comprising the following items: wherein is an inequality constraint for an interference, h φ = h φ / h φ, r is a relative transfer function RTF at the interference angle φ, h φ,r is the r th component of the acoustic transfer function h φ , c φ > 0 is a preset control constant, ε k is an additional optimization variable, Φ k is a set of discrete interference angles that is preset to be a set of desired angles close to the angle of arrival of the interference, w indicates a beam forming weight coefficient used under certain frequency bands, is a penalizing parameter, and K is a number of interferences.
A camera module comprising: a 3D modelling device for obtaining respective distances to a plurality of adjacent parts of a surface of a body (B); a camera arrangement for acquiring images of the parts of the surface, wherein the camera arrangement comprises at least one camera (306; 310) comprising: a camera sensor (604; 610) for producing said images, a focusing lens (602; 608) for focusing light reflected on the surface of the body (B) onto the camera sensor, and a movable mirror (600; 606) for sequentially directing light from each of said parts of the surface into the focusing lens; and a housing enclosing both the 3D modelling device and the camera arrangement; wherein the focusing lens is adapted to automatically set the focus of the camera during the moving of the mirror based on the obtained distances, and wherein the camera module is mounted on a frame for being in a fixed spatial relationship to the body (B). a 3D modelling device for obtaining respective distances to a plurality of adjacent parts of a surface of a body (B); a camera arrangement for acquiring images of the parts of the surface, wherein the camera arrangement comprises at least one camera (306; 310) comprising: a camera sensor (604; 610) for producing said images, a focusing lens (602; 608) for focusing light reflected on the surface of the body (B) onto the camera sensor, and a movable mirror (600; 606) for sequentially directing light from each of said parts of the surface into the focusing lens; and a camera sensor (604; 610) for producing said images, a focusing lens (602; 608) for focusing light reflected on the surface of the body (B) onto the camera sensor, and a movable mirror (600; 606) for sequentially directing light from each of said parts of the surface into the focusing lens; and a housing enclosing both the 3D modelling device and the camera arrangement; wherein the focusing lens is adapted to automatically set the focus of the camera during the moving of the mirror based on the obtained distances, and wherein the camera module is mounted on a frame for being in a fixed spatial relationship to the body (B).
A protection circuit for use with a safe output device adapted for safely switching an electrical load , the protection circuit comprising the following features: a capacitive buffer device adapted to hold an electrical load in an ON operation state during a dark test, the protection circuit further comprising a power feed control device (33 - 36) adapted to prevent the capacitive buffer device from undesirably being charged beyond an adjustable threshold value during a light test, wherein the protection circuit has a first decoupling diode that is effective between an output switching device and the electrical load , and at least two second decoupling diodes (34 - 36); wherein the capacitive buffer device is a buffer capacitor; wherein the power feed control device comprises the at least two second decoupling diodes (34 - 36) and an electrical resistor connected in parallel to the at least two second decoupling diodes (34 - 36), and wherein the power feed control device is connected in series with the buffer capacitor . a capacitive buffer device adapted to hold an electrical load in an ON operation state during a dark test, the protection circuit further comprising a power feed control device (33 - 36) adapted to prevent the capacitive buffer device from undesirably being charged beyond an adjustable threshold value during a light test, wherein the protection circuit has a first decoupling diode that is effective between an output switching device and the electrical load , and at least two second decoupling diodes (34 - 36); wherein the capacitive buffer device is a buffer capacitor; wherein the power feed control device comprises the at least two second decoupling diodes (34 - 36) and an electrical resistor connected in parallel to the at least two second decoupling diodes (34 - 36), and wherein the power feed control device is connected in series with the buffer capacitor .
Composition which can be used in structural adhesives, characterized in that it essentially comprises a polymeric system capable of being used in a methacrylate matrix, said polymeric system comprising styrene-free block copolymers, formed from at least two blocks and advantageously from at least three blocks, and said polymeric system being solubilized in a matrix of linear or branched acrylic and/or methacrylic monomers, and/or of cyclic methacrylates and/or of aromatic methacrylates.
A method for fabricating an ophthalmic lens having a structured surface, comprising providing a lens blank made of a suitable transparent optical quality material, the lens blank having a structured surface and a non-structured surface ; removably mounting said lens blank on a fixed support , providing a substantially rigid mold part having a molding surface corresponding to a desired free surface of a coating and an outer surface remote from said molding surface , said mold part being made of mold glass composition, providing a press coating apparatus comprising a fluid accumulator provided with a fluid port adapted to be connected to a source of pressurized fluid for introducing said pressurized fluid into said fluid accumulator and for evacuating said pressurized fluid from said fluid accumulator , said fluid accumulator having a flexible membrane or bladder adapted to bear against the side of said outer surface facing said press coating apparatus , depositing a metered amount of a curable coating composition onto said molding surface of said mold part and supplying said pressurized fluid to said fluid accumulator to inflate said flexible membrane or bladder which applies a desired light pressure to said mold part , thereby applying said coating to the structured surface of the lens blank so that the coating covers the structured surface and has said suitably smooth free surface with a curvature corresponding generally to the base curvature of the structured surface and has also a desired thickness, then curing by UV irradiation the coating in situ on the lens blank, the cured coating having a low or very low refractive index, providing a relatively rigid film or film stack , and laminating the film or film stack to the low or very low refractive index coating; the lens blank is a Fresnel lens blank, the refractive index of the low or very low index coating is between about 1.38 and about 1.55 and the refractive index of the bulk material of the Fresnel lens blank is between about 1.59 and about 1.74, the incident UV radiation is directed at the non-structured surface of the Fresnel lens by a UV lamp disposed on the side of the Fresnel lens remote from the mold part, the UV lamp being turned on long enough to ensure said curing and then said pressurized fluid being exhausted from said accumulator through said fluid port so that said mold part can be removed and said ophthalmic lens withdrawn from said press coating apparatus, the lamination including the application of an adhesive to the film or film stack and the application of the pressure to the film or film stack brought into contact with the cured coating material.
A storage container for fluids and/or grit, comprising a member that is configured to receive a fluid and/or grit; and a lid that can be screwed into the member to close same; wherein, for said screwing, the lid has a thread turn and the member has a projecting threaded segment that can be brought into engagement (3-4o, 3-4u) with the thread turn , or vice versa, and characterized in that the thread turn sectionally has different pitches .
A communication method, wherein the method is applied to a multi-link, ML entity, the ML entity supports K first links, and the method further comprises: performing (S301), by the ML entity, a backoff procedure on each first link in the K first links, wherein K is a positive integer greater than or equal to 2; and sending (S302), by the ML entity, a first physical layer protocol data unit, PPDU on each second link in N second links, wherein the second link is a first link whose backoff procedure has ended and that is in an idle state in a first inter-frame space before a first time point, and N is a positive integer greater than or equal to 2 and less than or equal to K; and the first time point is an end time point of a backoff procedure of a target link, and the target link is a second link whose backoff procedure ends last in the N second links. performing (S301), by the ML entity, a backoff procedure on each first link in the K first links, wherein K is a positive integer greater than or equal to 2; and sending (S302), by the ML entity, a first physical layer protocol data unit, PPDU on each second link in N second links, wherein the second link is a first link whose backoff procedure has ended and that is in an idle state in a first inter-frame space before a first time point, and N is a positive integer greater than or equal to 2 and less than or equal to K; and the first time point is an end time point of a backoff procedure of a target link, and the target link is a second link whose backoff procedure ends last in the N second links.
A device-to-device, D2D, communication method, comprising: acquiring , by a first terminal, network information, wherein the network information comprises a system message sent by a network device and/or a cell coverage result; determining , by the first terminal according to the network information, to enable D2D communication for discovery; and discovering, by the first terminal, a second terminal autonomously; characterized in that if network information comprises the cell coverage result that comprises a result of measuring a signal of a cell by the first terminal and the measurement result includes signal strength and/or signal quality, and if the result of measuring a signal of the cell by the first terminal indicates that measurement results of signal measures of all cells configured for the first terminal are each lower than a threshold, it is determined by the first terminal to enable the D2D communication for discovery. acquiring , by a first terminal, network information, wherein the network information comprises a system message sent by a network device and/or a cell coverage result; determining , by the first terminal according to the network information, to enable D2D communication for discovery; and discovering, by the first terminal, a second terminal autonomously; characterized in that if network information comprises the cell coverage result that comprises a result of measuring a signal of a cell by the first terminal and the measurement result includes signal strength and/or signal quality, and if the result of measuring a signal of the cell by the first terminal indicates that measurement results of signal measures of all cells configured for the first terminal are each lower than a threshold, it is determined by the first terminal to enable the D2D communication for discovery.