mhurhangee/patent-ind-claim-en huggingface dataset:
An impact mitigating membrane conformable to the surface of an object, comprising: a laminar core , comprising: a first lamina ; a second lamina coupled to the first lamina and configured to shift relative to the first lamina ; and a lubricating layer disposed between the first lamina and the second lamina configured to reduce friction between the first lamina and the second lamina ; characterized by a first encapsulating layer positioned adjacent the first lamina ; a second encapsulating layer positioned adjacent the second lamina ; and an anchoring attachment associated with the laminar core and coupled to at least one of the first encapsulating layer and the second encapsulating layer , the anchoring attachment configured to constrain relative lateral motion between the laminar core and at least one of the first and second encapsulating layers, wherein the first encapsulating layer and the second encapsulating layer together surround the laminar core , and wherein the shift of the first lamina relative to the second lamina dissipates kinetic energy resulting from an impact force to the impact mitigating membrane , thereby reducing acceleration transferred to the object. a first lamina ; a second lamina coupled to the first lamina and configured to shift relative to the first lamina ; and a lubricating layer disposed between the first lamina and the second lamina configured to reduce friction between the first lamina and the second lamina ; characterized by a first encapsulating layer positioned adjacent the first lamina ; a second encapsulating layer positioned adjacent the second lamina ; and an anchoring attachment associated with the laminar core and coupled to at least one of the first encapsulating layer and the second encapsulating layer , the anchoring attachment configured to constrain relative lateral motion between the laminar core and at least one of the first and second encapsulating layers, wherein the first encapsulating layer and the second encapsulating layer together surround the laminar core , and wherein the shift of the first lamina relative to the second lamina dissipates kinetic energy resulting from an impact force to the impact mitigating membrane , thereby reducing acceleration transferred to the object.
A ventilation control system comprising: a ventilation device operable to ventilate a plurality of rooms , the ventilation device including a CO 2 sensor operable to measure a CO 2 concentration in exhaust air discharged from the plurality of rooms; and a plurality of human detection means each installed in a corresponding one of the plurality of rooms and operable to detect presence of a room occupant, wherein the ventilation device includes a control device characterized in that the control device is configured to estimate a CO 2 concentration of each of the plurality of rooms on a basis of the CO 2 concentration measured by the CO 2 sensor, a volume of exhaust air discharged from each room of the plurality of rooms, and detection results provided by the plurality of human detection means. a ventilation device operable to ventilate a plurality of rooms , the ventilation device including a CO 2 sensor operable to measure a CO 2 concentration in exhaust air discharged from the plurality of rooms; and a plurality of human detection means each installed in a corresponding one of the plurality of rooms and operable to detect presence of a room occupant, wherein the ventilation device includes a control device characterized in that the control device is configured to estimate a CO 2 concentration of each of the plurality of rooms on a basis of the CO 2 concentration measured by the CO 2 sensor, a volume of exhaust air discharged from each room of the plurality of rooms, and detection results provided by the plurality of human detection means.
A controller circuit for an air conditioner having a first blower fan so as to induce discharge of an airflow of a cool air through a first air outlet defined in a first enclosure of an indoor unit of the air conditioner and second blower fans for discharging room air through second air outlets , respectively, defined in a pair of second enclosures disposed on opposite sides of the first enclosure , said controller circuit comprising: - a cooling establishment section outputting a control signal configured to establish an action of a cooling operation; - a first fan controlling section outputting a first driving signal configured to control the first blower fan so as to induce discharge of an airflow of a cool air through the first air outlet ; and - a second fan controlling section outputting a second driving signal configured to control the second blower fans , characterized in that - the second driving signal is configured to control the second blower fans so as to induce discharge of airflows of a room air through the second air outlets ; and - the controller circuit further comprises an enclosure attitude controlling section outputting a third driving signal configured to control a driving mechanism changing respective attitude of the second enclosures relative to the first enclosure . - a cooling establishment section outputting a control signal configured to establish an action of a cooling operation; - a first fan controlling section outputting a first driving signal configured to control the first blower fan so as to induce discharge of an airflow of a cool air through the first air outlet ; and - a second fan controlling section outputting a second driving signal configured to control the second blower fans , characterized in that - the second driving signal is configured to control the second blower fans so as to induce discharge of airflows of a room air through the second air outlets ; and - the controller circuit further comprises an enclosure attitude controlling section outputting a third driving signal configured to control a driving mechanism changing respective attitude of the second enclosures relative to the first enclosure .
A processor comprising: a core (210a; 310a; 1610) to execute instructions; and a first storage to store state information of the core when the core is in a low power state, a core perimeter logic coupled to the core, the core perimeter logic including a fabric interface logic , wherein the first storage is comprised in the interface logic , wherein the core perimeter logic is to enable an inter-die interconnect coupled between the core and an uncore to be maintained in an active state during entry of the core into a low power state, wherein the fabric interface logic includes a snoop logic to receive a snoop request from a requester when the core (210a; 310a; 1610) is in the low power state and send a snoop response to the requester, wherein the core (210a; 310a; 1610) is to remain in the low power state, characterized in that the snoop response comprises a default snoop response to indicate that the core (210a; 310a; 1610) does not include data associated with the snoop request. a core (210a; 310a; 1610) to execute instructions; and a first storage to store state information of the core when the core is in a low power state, a core perimeter logic coupled to the core, the core perimeter logic including a fabric interface logic , wherein the first storage is comprised in the interface logic , wherein the core perimeter logic is to enable an inter-die interconnect coupled between the core and an uncore to be maintained in an active state during entry of the core into a low power state, wherein the fabric interface logic includes a snoop logic to receive a snoop request from a requester when the core (210a; 310a; 1610) is in the low power state and send a snoop response to the requester, wherein the core (210a; 310a; 1610) is to remain in the low power state, characterized in that the snoop response comprises a default snoop response to indicate that the core (210a; 310a; 1610) does not include data associated with the snoop request.
A gasket comprising: a radial-split arcuate outer gasket layer and a separate radial-split arcuate inner gasket layer orientated about a common longitudinal axis; said outer gasket layer having an inner circumferential surface and an outer circumferential surface ; said inner gasket layer having an inner circumferential surface and an outer circumferential surface ; said inner and outer gasket layers configured to be selectively disengaged from each other; and said inner circumferential surface of said outer gasket layer and/or said outer circumferential surface of said inner gasket layer comprising a plurality of separate circumferentially spaced apart retaining protrusions radially interfacing between said inner and outer gasket layers at different circumferential locations about said longitudinal axis and received within a plurality of separate circumferentially spaced apart retaining cavities in the other of said outer gasket layer and/or said inner gasket layer that are correspondingly located about said longitudinal axis to said retaining protrusions; whereby said plurality of separate circumferentially spaced apart retaining protrusions and said plurality of separate circumferentially spaced apart retaining cavities are configured to maintain angular alignment of said inner and outer gasket layers about said longitudinal axis. a radial-split arcuate outer gasket layer and a separate radial-split arcuate inner gasket layer orientated about a common longitudinal axis; said outer gasket layer having an inner circumferential surface and an outer circumferential surface ; said inner gasket layer having an inner circumferential surface and an outer circumferential surface ; said inner and outer gasket layers configured to be selectively disengaged from each other; and said inner circumferential surface of said outer gasket layer and/or said outer circumferential surface of said inner gasket layer comprising a plurality of separate circumferentially spaced apart retaining protrusions radially interfacing between said inner and outer gasket layers at different circumferential locations about said longitudinal axis and received within a plurality of separate circumferentially spaced apart retaining cavities in the other of said outer gasket layer and/or said inner gasket layer that are correspondingly located about said longitudinal axis to said retaining protrusions; whereby said plurality of separate circumferentially spaced apart retaining protrusions and said plurality of separate circumferentially spaced apart retaining cavities are configured to maintain angular alignment of said inner and outer gasket layers about said longitudinal axis.
A computer implemented method for controlling at least one driven and/or braked wheel of a heavy-duty vehicle , the method comprising obtaining (S1) a motion request (a req , F x ) indicative of a desired longitudinal acceleration and/or a desired longitudinal force associated with the vehicle , configuring (S2) a wheel slip limit value (λ lim ) at a nominal wheel slip limit value in dependence of an inverse tyre model, wherein the inverse tyre model represents a relationship between wheel slip and wheel force at the wheel , wherein the wheel slip limit value (λ lim ) is indicative of a maximum allowable wheel slip by the at least one driven and/or braked wheel , the method being characterised in that , the method further comprises: increasing (S3) a magnitude of the configured wheel slip limit value (λ lim ) from the nominal wheel slip limit value to a boost wheel slip limit value in response to detecting a boost signal , and controlling (S4) the at least one driven and/or braked wheel in dependence of the motion request (a req , F x ) and subject to the configured wheel slip limit value (λ lim ). increasing (S3) a magnitude of the configured wheel slip limit value (λ lim ) from the nominal wheel slip limit value to a boost wheel slip limit value in response to detecting a boost signal , and controlling (S4) the at least one driven and/or braked wheel in dependence of the motion request (a req , F x ) and subject to the configured wheel slip limit value (λ lim ).
A method of making a hydrogenation catalyst, comprising: mechanically processing hexagonal boron nitride in the presence of an alkali metal element, such as lithium, to produce a defective surface that catalyzes a hydrogenation reaction.
A band steering method for a wireless network comprising at least a first and second radio bands, at least one wireless access point , and at least one client device , the method comprising the steps of: receiving , by the wireless access point, an open authentication request from the client device on one or more of the radio bands; if the open authentication request is received on the second radio band, generating an open authentication response on the second radio band; if the open authentication request is received only on the first radio band, generating a delayed open authentication response on the first radio band; wherein: the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1 ; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2 ; wherein t 1 <t 2 . receiving , by the wireless access point, an open authentication request from the client device on one or more of the radio bands; if the open authentication request is received on the second radio band, generating an open authentication response on the second radio band; if the open authentication request is received only on the first radio band, generating a delayed open authentication response on the first radio band; wherein: the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1 ; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2 ; the delayed open authentication response is generated after expiry of a predetermined first period of time t 1 if no open authentication request is received on the second radio band during the time t 1 ; the delayed open authentication response is generated after expiry of a predetermined second period of time t 2 if a subsequent open authentication request is received on the second radio band during the time t 1 and if no connection between the access point and the client device is established on the second radio band during t 2 ; wherein t 1 <t 2 .
A system comprising a glass touch screen protector and a portable electronic device with a front face that includes a touch screen portion and a declining outer perimeter, the glass screen protector is adapted for being mountable on the front face of the portable device for protecting the portable electronic device , the glass touch screen protector comprises: a glass sheet having front and back sides, an outer band , and a transparent window portion ; a spacer provided along the outer perimeter of the glass sheet , the spacer increasing in thickness toward the periphery of the glass sheet , the spacer having a thickness sufficient to space the glass sheet near but not in contact with the touch screen portion to form a space between the transparent window portion , the spacer and the touch screen portion of the portable device when the glass screen protector is mounted on the portable device , the spacer comprising an exposed adhesive facing the portable device , when the glass screen protector is mounted on the portable device , and having adhesive strength enabling repeated removal and re-attachment of the glass screen protector ; and wherein the distance between the glass sheet and the touch screen portion allows a capacitive value on the touch screen portion when pressure is applied against the glass sheet during normal use of the portable device . a glass sheet having front and back sides, an outer band , and a transparent window portion ; a spacer provided along the outer perimeter of the glass sheet , the spacer increasing in thickness toward the periphery of the glass sheet , the spacer having a thickness sufficient to space the glass sheet near but not in contact with the touch screen portion to form a space between the transparent window portion , the spacer and the touch screen portion of the portable device when the glass screen protector is mounted on the portable device , the spacer comprising an exposed adhesive facing the portable device , when the glass screen protector is mounted on the portable device , and having adhesive strength enabling repeated removal and re-attachment of the glass screen protector ; and wherein the distance between the glass sheet and the touch screen portion allows a capacitive value on the touch screen portion when pressure is applied against the glass sheet during normal use of the portable device .
A computing terminal, comprising: a memory for storing an operating system and a plurality of resources, wherein the operating system comprises computer-implemented instructions for performing operations relating to the plurality of resources; and a processor for executing the computer-implemented instructions of the operating system, wherein the operating system is configured to implement a filter driver to hide at least one of the resources from a user by performing steps comprising: intercepting a request to perform an operation relating to a resource ; accessing one or more files containing rules and assignments, the assignments specifying users to which each rule is assigned; determining whether the resource is to be hidden from the user by accessing and evaluating the rules and the assignments ; if the resource is to be hidden from the user, returning a message indicating that the resource is not found ; and if the resource is not to be hidden from the user, passing the request to another component of the operating system to perform the operation and thereby allow access to the resource . a memory for storing an operating system and a plurality of resources, wherein the operating system comprises computer-implemented instructions for performing operations relating to the plurality of resources; and a processor for executing the computer-implemented instructions of the operating system, wherein the operating system is configured to implement a filter driver to hide at least one of the resources from a user by performing steps comprising: intercepting a request to perform an operation relating to a resource ; accessing one or more files containing rules and assignments, the assignments specifying users to which each rule is assigned; determining whether the resource is to be hidden from the user by accessing and evaluating the rules and the assignments ; if the resource is to be hidden from the user, returning a message indicating that the resource is not found ; and if the resource is not to be hidden from the user, passing the request to another component of the operating system to perform the operation and thereby allow access to the resource . intercepting a request to perform an operation relating to a resource ; accessing one or more files containing rules and assignments, the assignments specifying users to which each rule is assigned; determining whether the resource is to be hidden from the user by accessing and evaluating the rules and the assignments ; if the resource is to be hidden from the user, returning a message indicating that the resource is not found ; and if the resource is not to be hidden from the user, passing the request to another component of the operating system to perform the operation and thereby allow access to the resource .
A multimeric coding nucleic acid (MCNA) comprising two or more polynucleotides linked via an oligonucleotide bridge comprising a 3'-3' inverted phosphodiester linkage such that the multimeric coding nucleic acid compound comprises two or more 5' ends, wherein at least one of the two or more polynucleotides is an encoding polynucleotide and at least one of the two or more polynucleotides is a non-coding polynucleotide, and wherein each polynucleotide is a polyribonucleotide.
A tissue anchor system comprising: a fixation device including a tab connected to a tissue anchor , where the tab includes a sled comprising opposing first and second flanges projecting laterally from opposing first and second faces , respectively, of the tab; and a tool provided to insert the tissue anchor into tissue, with the tool including a shaft connected between a proximal handle portion and a distal tip ; wherein the distal tip comprises a face extending between a proximal end and a distal end of the distal tip, with a slot formed in the face that is sized to receive the tissue anchor , and characterized in a rail projecting away from the face of the distal tip; wherein the rail limits movement of the sled of the fixation device in a distal direction for alignment of the tissue anchor within the slot . a fixation device including a tab connected to a tissue anchor , where the tab includes a sled comprising opposing first and second flanges projecting laterally from opposing first and second faces , respectively, of the tab; and a tool provided to insert the tissue anchor into tissue, with the tool including a shaft connected between a proximal handle portion and a distal tip ; wherein the distal tip comprises a face extending between a proximal end and a distal end of the distal tip, with a slot formed in the face that is sized to receive the tissue anchor , and characterized in a rail projecting away from the face of the distal tip; wherein the rail limits movement of the sled of the fixation device in a distal direction for alignment of the tissue anchor within the slot .