mhurhangee/patent-ind-claim-en huggingface dataset:
A gas detecting system comprising: a gas detector device with a Golay cell, the Golay cell comprising: a microphone having a front surface with a sound collecting aperture for receiving sound; a substrate ; a gas cavity configured to detect a first gas formed in the substrate such that the gas cavity is in gas communication with the sound collecting aperture and the front surface forms a side surface of the gas cavity ; wherein the gas cavity includes a fill gas comprising at least one or more of hydrogen, argon, nitrogen, krypton, xenon, hydrocarbons, or fluorocarbons; wherein the gas cavity is sealed such that ambient gas cannot enter the gas cavity once it is sealed; a window abutting the substrate to form a side surface of the gas cavity , characterized in that the substrate is a printed circuit board, and in that the microphone is electrically connected with the substrate ; and in that the gas detector device is replaceable to allow the replacement of the gas detector device from the gas detecting system . a microphone having a front surface with a sound collecting aperture for receiving sound; a substrate ; a gas cavity configured to detect a first gas formed in the substrate such that the gas cavity is in gas communication with the sound collecting aperture and the front surface forms a side surface of the gas cavity ; wherein the gas cavity includes a fill gas comprising at least one or more of hydrogen, argon, nitrogen, krypton, xenon, hydrocarbons, or fluorocarbons; wherein the gas cavity is sealed such that ambient gas cannot enter the gas cavity once it is sealed; a window abutting the substrate to form a side surface of the gas cavity , characterized in that the substrate is a printed circuit board, and in that the microphone is electrically connected with the substrate ; and in that the gas detector device is replaceable to allow the replacement of the gas detector device from the gas detecting system .
A secondary battery electrode production system for producing a secondary battery electrode, the secondary battery electrode production system comprising: an unwinding portion having multiple electrode material supply reels so as to continuously supply an electrode material; a notching portion disclosed on a path of movement of the electrode material supplied from the unwinding portion ; a cutting portion disposed on the path of movement of the electrode material supplied from the notching portion so as to generate the electrode; a vision inspection portion for confirming whether the electrode is acceptable or not; and an electrode discharge portion comprising a magazine for aligning and storing the electrode while interworking with the vision inspection portion, wherein the notching portion comprises: a mold upper plate disposed above the electrode material; a mold lower plate disposed below the electrode material; and a driving portion connected to the mold upper plate and the mold lower plate , respectively, the driving portion comprising a servomotor and a power transfer member for transferring power from the servomotor to the mold upper plate and the mold lower plate , thereby simultaneously operating the mold upper plate and the mold lower plate upwards/downwards, and accordingly, an electrode tab can be formed by notching the electrode material. an unwinding portion having multiple electrode material supply reels so as to continuously supply an electrode material; a notching portion disclosed on a path of movement of the electrode material supplied from the unwinding portion ; a cutting portion disposed on the path of movement of the electrode material supplied from the notching portion so as to generate the electrode; a vision inspection portion for confirming whether the electrode is acceptable or not; and an electrode discharge portion comprising a magazine for aligning and storing the electrode while interworking with the vision inspection portion, wherein the notching portion comprises: a mold upper plate disposed above the electrode material; a mold lower plate disposed below the electrode material; and a driving portion connected to the mold upper plate and the mold lower plate , respectively, the driving portion comprising a servomotor and a power transfer member for transferring power from the servomotor to the mold upper plate and the mold lower plate , thereby simultaneously operating the mold upper plate and the mold lower plate upwards/downwards, and accordingly, an electrode tab can be formed by notching the electrode material. a mold upper plate disposed above the electrode material; a mold lower plate disposed below the electrode material; and a driving portion connected to the mold upper plate and the mold lower plate , respectively, the driving portion comprising a servomotor and a power transfer member for transferring power from the servomotor to the mold upper plate and the mold lower plate , thereby simultaneously operating the mold upper plate and the mold lower plate upwards/downwards, and accordingly, an electrode tab can be formed by notching the electrode material.
A system comprising: a heating, ventilation, and air conditioning (HVAC) system for a building, the HVAC system including a refrigerant loop comprising a liquid line with a filter-drier and an expansion valve ; and a monitoring system comprising: a monitoring device , for installation at the building, configured to measure a first temperature of refrigerant in the liquid line located between the filter-drier and the expansion valve ; and a monitoring server , for location remote from the building, configured to: receive the first temperature, in response to the first temperature being less than a threshold, generate a refrigerant line restriction advisory, and in response to the refrigerant line restriction advisory, selectively generate an alert for transmission to at least one of a customer and an HVAC contractor. a heating, ventilation, and air conditioning (HVAC) system for a building, the HVAC system including a refrigerant loop comprising a liquid line with a filter-drier and an expansion valve ; and a monitoring system comprising: a monitoring device , for installation at the building, configured to measure a first temperature of refrigerant in the liquid line located between the filter-drier and the expansion valve ; and a monitoring server , for location remote from the building, configured to: receive the first temperature, in response to the first temperature being less than a threshold, generate a refrigerant line restriction advisory, and in response to the refrigerant line restriction advisory, selectively generate an alert for transmission to at least one of a customer and an HVAC contractor. a monitoring device , for installation at the building, configured to measure a first temperature of refrigerant in the liquid line located between the filter-drier and the expansion valve ; and a monitoring server , for location remote from the building, configured to: receive the first temperature, in response to the first temperature being less than a threshold, generate a refrigerant line restriction advisory, and in response to the refrigerant line restriction advisory, selectively generate an alert for transmission to at least one of a customer and an HVAC contractor. receive the first temperature, in response to the first temperature being less than a threshold, generate a refrigerant line restriction advisory, and in response to the refrigerant line restriction advisory, selectively generate an alert for transmission to at least one of a customer and an HVAC contractor.
A fail-safe container insert, comprising: a plurality of flexible barriers configured to be disposed within a cavity of a container , the plurality of flexible barriers configured to define a plurality of sub-cavities when disposed within the cavity; at least one longitudinal passage configured to transmit fluid to and from the plurality of sub-cavities; the at least one longitudinal passage is defined by an interior wall; wherein the plurality of flexible barriers are configured to deform during a catastrophic event to prevent failure of the container ; wherein the plurality of sub-cavities comprises a first interior plurality of sub-cavities defined by a flexible internal assembly and a second exterior plurality of sub-cavities positioned between the first interior plurality of sub-cavities and a container wall ; and wherein the flexible internal assembly is configured to circumscribe the at least one longitudinal passage and to be positioned between the interior wall and an exterior wall of the container ; and wherein the catastrophic event comprises at least one of a collision, an overpressure event, a detonation, an impact or an ignition of a volatile substance. a plurality of flexible barriers configured to be disposed within a cavity of a container , the plurality of flexible barriers configured to define a plurality of sub-cavities when disposed within the cavity; at least one longitudinal passage configured to transmit fluid to and from the plurality of sub-cavities; the at least one longitudinal passage is defined by an interior wall; wherein the plurality of flexible barriers are configured to deform during a catastrophic event to prevent failure of the container ; wherein the plurality of sub-cavities comprises a first interior plurality of sub-cavities defined by a flexible internal assembly and a second exterior plurality of sub-cavities positioned between the first interior plurality of sub-cavities and a container wall ; and wherein the flexible internal assembly is configured to circumscribe the at least one longitudinal passage and to be positioned between the interior wall and an exterior wall of the container ; and wherein the catastrophic event comprises at least one of a collision, an overpressure event, a detonation, an impact or an ignition of a volatile substance.
Gas diffusion layer to be arranged between a bipolar plate and an electrode of an electrochemical cell , comprising at least two layers layered one on top of another, wherein at least one of the layers is in the form of a spring component having a progressive spring characteristic curve.
An enclave identification method performed by a computing device comprising a processor and memory, the method comprising: receiving an identity type and a request for an operation related to an instantiated enclave; determining an identity value for the enclave based on the identity type and information derived from an enclave image from which the enclave was instantiated; and performing the operation with the identity value, wherein: the identity value is determined as an output of a hash function; the enclave was instantiated with a plurality of enclave images; and the identity type indicates which of the plurality of enclave images are included at least in part in the hash function to determine the identity value. receiving an identity type and a request for an operation related to an instantiated enclave; determining an identity value for the enclave based on the identity type and information derived from an enclave image from which the enclave was instantiated; and performing the operation with the identity value, wherein: the identity value is determined as an output of a hash function; the enclave was instantiated with a plurality of enclave images; and the identity type indicates which of the plurality of enclave images are included at least in part in the hash function to determine the identity value. the identity value is determined as an output of a hash function; the enclave was instantiated with a plurality of enclave images; and the identity type indicates which of the plurality of enclave images are included at least in part in the hash function to determine the identity value.
A medical or dental cleaning and/or maintenance device for cleaning and/or care of at least one medical or dental instrument comprising: a housing , a plurality of chambers , each for accommodating at least one medical or dental instrument to be cleaned and/or cared for, wherein each chamber comprises at least one dispensing element for dispensing at least one cleaning agent and/or care agent into the respective chamber and/or to the at least one medical or dental instrument that is accommodated in the respective chamber and is to be cleaned and/or cared for, an opening in the housing through which the plurality of chambers can be loaded with medical or dental instruments, characterized by a single cover for closing the opening and the plurality of chambers , so that each of the plurality of chambers can be closed or covered by the single cover , wherein only a part of the opening can be closed by the single cover so that when at least one chamber of the plurality of chambers is completely closed, at least one other chamber of the plurality of chambers is not completely closed and in particular can be loaded with a medical or dental instrument through the opening .
A cubic boron nitride sintered body comprising cubic boron nitride, a binder, and a catalyst element of a metal, a content by percentage of said cubic boron nitride being 50 vol% or more and 85 vol% or less, a content by percentage of said catalyst element being 0.5 mass% or more and 5 mass% or less, said binder including: at least one selected from the group consisting of nitrides, carbides, borides, and oxides of Group 4a elements, Group 5a elements, and Group 6a elements in the periodic table, and solid solutions thereof; and an aluminum compound, and said catalyst element including: cobalt and chromium.
A stapler comprising an ejection unit for ejecting a staple and a binding unit for bending staple legs of the staple ejected by the ejection unit, wherein the ejection unit is a device comprising: a first member having a first surface , the first member being a cam, and a second member having a second surface that is partially or wholly in contact with the first surface , the second member being a cam follower, wherein the first member and the second member are configured to operate relatively such that the binding unit moves in a direction separating from or approaching the ejection unit, and characterised in that the first member has a flow path of a lubricant that has an opening provided in the first surface . a first member having a first surface , the first member being a cam, and a second member having a second surface that is partially or wholly in contact with the first surface , the second member being a cam follower, wherein the first member and the second member are configured to operate relatively such that the binding unit moves in a direction separating from or approaching the ejection unit, and characterised in that the first member has a flow path of a lubricant that has an opening provided in the first surface .
A guide wire comprising a wire main body formed into a linear shape, wherein a tip is provided on a distal end portion of the wire main body , said distal end portion being is formed into a curved shape by a top portion that forms an extreme distal portion and a surrounding portion that makes the top portion continuous with a peripheral surface of the wire main body , and a recess is formed in the top portion ; and characterized in that recesses are formed in the surrounding portion.
A method for capturing memory errors, the method comprising: receiving, with a first buffer of a first error compactor unit, ECU circuit configured to capture concurrent error packets from a sub-set of a plurality of memories, a first memory error packet from a first memory ; receiving, with the first buffer, a second memory error packet from a second memory ; transmitting a first reading request (S REQ_i ) for reading the first memory error packet ; receiving the first reading request with an arbiter circuit of an error aggregator unit, EAU circuit of a central memory error management unit, MEMU circuit , the EAU circuit configured to process error packets from the plurality of memories and the MEMU circuit configured to store and process error data packets received from the plurality of memories; in response to receiving the first reading request, reading the first memory error packet from the first buffer, transmitting the first memory error packet to a controller of the central MEMU circuit , and transmitting a first acknowledgement (S ACK i ) to the first ECU circuit ; receiving the first acknowledgement with the first ECU circuit ; and in response to receiving the first acknowledgement, transmitting a second reading request for reading the second memory error packet . receiving, with a first buffer of a first error compactor unit, ECU circuit configured to capture concurrent error packets from a sub-set of a plurality of memories, a first memory error packet from a first memory ; receiving, with the first buffer, a second memory error packet from a second memory ; transmitting a first reading request (S REQ_i ) for reading the first memory error packet ; receiving the first reading request with an arbiter circuit of an error aggregator unit, EAU circuit of a central memory error management unit, MEMU circuit , the EAU circuit configured to process error packets from the plurality of memories and the MEMU circuit configured to store and process error data packets received from the plurality of memories; in response to receiving the first reading request, reading the first memory error packet from the first buffer, transmitting the first memory error packet to a controller of the central MEMU circuit , and transmitting a first acknowledgement (S ACK i ) to the first ECU circuit ; receiving the first acknowledgement with the first ECU circuit ; and in response to receiving the first acknowledgement, transmitting a second reading request for reading the second memory error packet .
A method for detecting a viscoelastic parameter of a viscoelastic medium, comprising: applying a mechanical vibration at a single predetermined frequency to the viscoelastic medium to generate a shear wave in the viscoelastic medium; during propagation of the shear wave in the viscoelastic medium, emitting single-source ultrasonic waves to the viscoelastic medium and receiving ultrasonic echo signals; acquiring maximum displacement data of the shear wave at various depths according to the ultrasonic echo signals, each of the maximum displacement data representing a maximum oscillation amplitude of the shear wave when the shear wave propagates to different depths in the viscoelastic medium; fitting each of the maximum displacement data of the shear wave at various depths to obtain a maximum displacement attenuation curve, wherein the fitting each of the maximum displacement data of the shear wave at various depths comprises performing a polynomial fitting on each of the maximum displacement data of the shear wave at the various depths; determining the viscoelastic parameter of the viscoelastic medium according to the maximum displacement attenuation curve, wherein the viscoelastic parameter is a coefficient corresponding to a highest power of depth of the maximum displacement attenuation curve. applying a mechanical vibration at a single predetermined frequency to the viscoelastic medium to generate a shear wave in the viscoelastic medium; during propagation of the shear wave in the viscoelastic medium, emitting single-source ultrasonic waves to the viscoelastic medium and receiving ultrasonic echo signals; acquiring maximum displacement data of the shear wave at various depths according to the ultrasonic echo signals, each of the maximum displacement data representing a maximum oscillation amplitude of the shear wave when the shear wave propagates to different depths in the viscoelastic medium; fitting each of the maximum displacement data of the shear wave at various depths to obtain a maximum displacement attenuation curve, wherein the fitting each of the maximum displacement data of the shear wave at various depths comprises performing a polynomial fitting on each of the maximum displacement data of the shear wave at the various depths; determining the viscoelastic parameter of the viscoelastic medium according to the maximum displacement attenuation curve, wherein the viscoelastic parameter is a coefficient corresponding to a highest power of depth of the maximum displacement attenuation curve.
A medicament injection device comprising: a main body configured to receive a medicament cartridge sealed with a penetrable barrier , a needle holder holding a needle , a needle sleeve arranged around at least a portion of the needle holder and needle , and arranged to be axially movable with respect to the main body ; and a retainer coupled to the needle holder and to the needle sleeve and axially movable with respect to the main body along the main axis of the device ; characterised in that the retainer is coupled to the needle holder so that, upon displacement of the needle sleeve and the retainer by a predefined distance towards a proximal end of the main body , the needle holder and needle are displaced axially towards the proximal end of the main body and decouple from the retainer and dock with the medicament cartridge received by the main body; and wherein the needle sleeve is configured to disengage from the needle holder upon axial displacement of the needle sleeve in the proximal direction to the predefined distance and is configured to be displaced in the proximal direction beyond the predefined distance. a main body configured to receive a medicament cartridge sealed with a penetrable barrier , a needle holder holding a needle , a needle sleeve arranged around at least a portion of the needle holder and needle , and arranged to be axially movable with respect to the main body ; and a retainer coupled to the needle holder and to the needle sleeve and axially movable with respect to the main body along the main axis of the device ; characterised in that the retainer is coupled to the needle holder so that, upon displacement of the needle sleeve and the retainer by a predefined distance towards a proximal end of the main body , the needle holder and needle are displaced axially towards the proximal end of the main body and decouple from the retainer and dock with the medicament cartridge received by the main body; and wherein the needle sleeve is configured to disengage from the needle holder upon axial displacement of the needle sleeve in the proximal direction to the predefined distance and is configured to be displaced in the proximal direction beyond the predefined distance.
Rod lock, in particular plastic rod lock, for locking a door leaf on a door frame with at least one rod which can be arranged on the door leaf side and which can be moved between a locked position (V) in which the rod is locked to a locking holder which can be arranged on the door frame side, and an open position (O) in which the rod is released from the lock holder , wherein the movements of the rod are guided via a rod guide which can be arranged on the door leaf side, characterized in in that the lock holder and the rod guide have a centering device with two centering bevels for aligning the closed door leaf relative to the door frame , one of which can be used optionally for doors hinged on the left and one of which can be used optionally for doors hinged on the right.