mhurhangee/patent-ind-claim-en huggingface dataset:
A system for ablating target tissue of an airway of a patient, the system comprising: a catheter assembly including -- an elongate shaft having a proximal end and a distal end; a positioning handle assembly coupled to the proximal end of shaft ; an ablation assembly coupled to the distal end of the elongate shaft , the ablation assembly being configured to be positioned within the airway to deliver energy to the target tissue, the ablation assembly including - an expandable member movable between a retracted configuration and an expanded configuration, and an energy emitter coupled to the expandable member , wherein energy emitter is configured to be positioned proximate the target tissue when the expandable member is in the expanded position; an insertion tube slidably positioned over the elongate shaft , the insertion tube being configured and dimensioned to move between a first position in which the ablation assembly , in the retracted configuration, is compacted within the insertion tube , and a second position in which the ablation assembly is distal the insertion tube , which is nested within the handle assembly ; and a controller configured to deliver energy from an energy source to the energy emitter. a catheter assembly including -- an elongate shaft having a proximal end and a distal end; a positioning handle assembly coupled to the proximal end of shaft ; an ablation assembly coupled to the distal end of the elongate shaft , the ablation assembly being configured to be positioned within the airway to deliver energy to the target tissue, the ablation assembly including - an expandable member movable between a retracted configuration and an expanded configuration, and an energy emitter coupled to the expandable member , wherein energy emitter is configured to be positioned proximate the target tissue when the expandable member is in the expanded position; an insertion tube slidably positioned over the elongate shaft , the insertion tube being configured and dimensioned to move between a first position in which the ablation assembly , in the retracted configuration, is compacted within the insertion tube , and a second position in which the ablation assembly is distal the insertion tube , which is nested within the handle assembly ; and a controller configured to deliver energy from an energy source to the energy emitter.
A composite liftgate system , comprising an inner panel ; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel ; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations, the plurality of composite preforms comprise: a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel , characterized in further comprising a plurality of reinforcement brackets operable to connect to the plurality of composite preforms, the plurality of reinforcement brackets comprising: a pair of strut reinforcement brackets adhered to the pair of strut reinforcements ; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements . an inner panel ; a plurality of structural channels molded into the inner panel to manage loading paths applied to the inner panel ; and a plurality of composite preforms operable to connect to the inner panel to add structure and strength where needed in predetermined locations, the plurality of composite preforms comprise: a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel , a pair of strut reinforcements connected to the inner panel substantially near D-pillar areas; and a pair of hinge reinforcements connected near upper corners of the inner panel , characterized in further comprising a plurality of reinforcement brackets operable to connect to the plurality of composite preforms, the plurality of reinforcement brackets comprising: a pair of strut reinforcement brackets adhered to the pair of strut reinforcements ; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements . a pair of strut reinforcement brackets adhered to the pair of strut reinforcements ; and a pair of hinge reinforcement brackets adhered to the pair of hinge reinforcements .
Wireless, wearable ultrasound device for signalling a change in or determining a volume of a user's bladder using a phased array transducer for ultrasound beam steering comprising: an array of n*m transducer elements operating at a frequency of 20 kHz-50 MHz, transmission control electronics for beam steering of the array comprising at least one high-voltage pulse source, wherein sources are linked to a low-voltage timing circuit for timing of the at least one pulse sources, receiving control electronics simplified to limit energy consumption when processing received ultrasound, wherein less than 20%, of the n*m transducer elements are connected or connectable to the receiving control electronics, and an electrical power source in electrical connection with the array or an electrical connection for providing electrical power to the array. an array of n*m transducer elements operating at a frequency of 20 kHz-50 MHz, transmission control electronics for beam steering of the array comprising at least one high-voltage pulse source, wherein sources are linked to a low-voltage timing circuit for timing of the at least one pulse sources, receiving control electronics simplified to limit energy consumption when processing received ultrasound, wherein less than 20%, of the n*m transducer elements are connected or connectable to the receiving control electronics, and an electrical power source in electrical connection with the array or an electrical connection for providing electrical power to the array.
A health-monitoring system comprising: a sensory system ; a front-end system coupled to the sensory system via a sensory to front-end communication "SFCM" protocol , wherein the SFCM protocol includes a first state awareness link that detects state data of the sensory system and the front-end system; and a back-end system coupled to the front-end system via a front-end to back-end communication "FBCM" protocol , wherein the FBCM protocol includes a second state awareness link that detects state data of the front-end system and the back-end system; wherein the state data detected by the first and second state awareness links comprises device type information, device revision information, and device mode information, wherein the device type information includes a number of physical hardware sensors present and a way in which sensory data is combined together to form a final data format, wherein the device revision information includes data format versions of the sensory hardware, or firmware, or protocol stack ID, and wherein the device mode information includes retry, error recovery, data loss, normal, alert, waiting for upgrade, and require customer profile modes. a sensory system ; a front-end system coupled to the sensory system via a sensory to front-end communication "SFCM" protocol , wherein the SFCM protocol includes a first state awareness link that detects state data of the sensory system and the front-end system; and a back-end system coupled to the front-end system via a front-end to back-end communication "FBCM" protocol , wherein the FBCM protocol includes a second state awareness link that detects state data of the front-end system and the back-end system; wherein the state data detected by the first and second state awareness links comprises device type information, device revision information, and device mode information, wherein the device type information includes a number of physical hardware sensors present and a way in which sensory data is combined together to form a final data format, wherein the device revision information includes data format versions of the sensory hardware, or firmware, or protocol stack ID, and wherein the device mode information includes retry, error recovery, data loss, normal, alert, waiting for upgrade, and require customer profile modes.
A derailment detector for a railway vehicle, the derailment detector comprising: a housing in fluid communication with a brake pipe of the railway vehicle to receive compressed air from a pneumatic braking system; a main chamber disposed within the housing and pressurized by the compressed air, the main chamber having a main valve ; a shock detection assembly adapted for detecting an acceleration indicative of a derailment condition and activating the main valve upon detection of the acceleration indicative of the derailment condition; and a discharge valve in selective fluid communication with the main chamber , wherein, upon detection of the acceleration indicative of the derailment condition, the discharge valve is operative for discharging a predetermined percentage of full operating brake pipe pressure of the compressed air from the main chamber to indicate that the derailment condition has occurred, but not release a percentage of the full operating brake pipe pressure sufficient to affect braking of the railway vehicle. a housing in fluid communication with a brake pipe of the railway vehicle to receive compressed air from a pneumatic braking system; a main chamber disposed within the housing and pressurized by the compressed air, the main chamber having a main valve ; a shock detection assembly adapted for detecting an acceleration indicative of a derailment condition and activating the main valve upon detection of the acceleration indicative of the derailment condition; and a discharge valve in selective fluid communication with the main chamber , wherein, upon detection of the acceleration indicative of the derailment condition, the discharge valve is operative for discharging a predetermined percentage of full operating brake pipe pressure of the compressed air from the main chamber to indicate that the derailment condition has occurred, but not release a percentage of the full operating brake pipe pressure sufficient to affect braking of the railway vehicle.
A method, performed by a host computing device comprised of storage hardware and processing hardware, and a network interface card, NIC, the method comprising: executing a virtualization layer that manages the execution of virtual machines, VMs, on the host computing device; securely capturing attestation data of the host computing device, the attestation data corresponding to boot measurements and/or a code integrity policy of the host computing device; sending the attestation data via a network to an attestation service of a guardian service implemented by one or more guardian hosts; receiving a health certificate via the network from the attestation service of the guardian service, the health certificate corresponding to a determination by the guardian service that the attestation data is consistent with securely stored prior health state of the host computing device; transmitting the health certificate to a key service of the guardian service via the network, wherein the health certificate contains an identification of the host computing device, and in response receiving from the key service, a VM key of a VM on the host computing device based on a validation of the health certificate by the key service and a determination by the key service that the identifier of the host computing device corresponds to an identifier authorized to access the VM; and configuring the virtualization layer to use the VM key to decrypt/encrypt all network communications to/from the VM that pass through the virtualization layer. executing a virtualization layer that manages the execution of virtual machines, VMs, on the host computing device; securely capturing attestation data of the host computing device, the attestation data corresponding to boot measurements and/or a code integrity policy of the host computing device; sending the attestation data via a network to an attestation service of a guardian service implemented by one or more guardian hosts; receiving a health certificate via the network from the attestation service of the guardian service, the health certificate corresponding to a determination by the guardian service that the attestation data is consistent with securely stored prior health state of the host computing device; transmitting the health certificate to a key service of the guardian service via the network, wherein the health certificate contains an identification of the host computing device, and in response receiving from the key service, a VM key of a VM on the host computing device based on a validation of the health certificate by the key service and a determination by the key service that the identifier of the host computing device corresponds to an identifier authorized to access the VM; and configuring the virtualization layer to use the VM key to decrypt/encrypt all network communications to/from the VM that pass through the virtualization layer.
A method for a network element in a user plane, comprising: receiving, from a network element in a control plane, an instruction for checking whether messages in the user plane comply to a preconfigured rule, checking whether the messages in the user plane comply to the preconfigured rule, wherein the messages in the user plane comply to the preconfigured rule when the messages comply to one of Dynamic Host Configuration Protocol, DHCP, Remote Authentication Dial-In User Service, RADIUS, Layer 2 Tunneling Protocol, L2TP, and Point-to-Point Protocol, PPP, and if it is determined that the messages comply to the preconfigured rule, checking whether a number of specific signaling messages, according to one of DHCP, RADIUS, L2TP, and PPP, related to address allocation that are sent to a controller has reached a predetermined threshold, and if the predetermined threshold has been reached, reducing transmission of the specific signaling messages to the controller. receiving, from a network element in a control plane, an instruction for checking whether messages in the user plane comply to a preconfigured rule, checking whether the messages in the user plane comply to the preconfigured rule, wherein the messages in the user plane comply to the preconfigured rule when the messages comply to one of Dynamic Host Configuration Protocol, DHCP, Remote Authentication Dial-In User Service, RADIUS, Layer 2 Tunneling Protocol, L2TP, and Point-to-Point Protocol, PPP, and if it is determined that the messages comply to the preconfigured rule, checking whether a number of specific signaling messages, according to one of DHCP, RADIUS, L2TP, and PPP, related to address allocation that are sent to a controller has reached a predetermined threshold, and if the predetermined threshold has been reached, reducing transmission of the specific signaling messages to the controller.
Device for moving a movable furniture part in an opening direction in relation to a basic furniture structure of an item of furniture , wherein the movable furniture part by way of guide means is capable of being put in the opening direction and in a closing direction that is counter to the opening direction, wherein the device has a force accumulator such that by way of the device which is fitted to the item of furniture the movable furniture part in the case of an opening procedure by action of the force accumulator is capable of being put in the opening direction, wherein in the case of a movement of the movable furniture part in the closing direction, a charging procedure of the force accumulator is performed, wherein a front gap between the movable furniture part and the basic furniture structure is configured on the item of furniture in a closed state of the movable furniture part , wherein the front gap is adjustable by way of an adjustment assembly , wherein the movable furniture part is capable of being put in motion from the closed state in the closing direction, and wherein the movement length of the movable furniture part in the closing direction is designed in such a manner that the charged force accumulator is unlocked, characterized in that the adjustment assembly comprises an elastic member , wherein the elastic member is elastically deformable, wherein the adjustment assembly comprises a setting element and a housing, wherein the adjustment assembly is configured on an attachment portion of an ejector of the device , wherein the adjustment assembly is disposed on the ejector in such a manner that in the case of a movement of the ejector , the adjustment assembly is conjointly moved, wherein the elastic member is present between the setting element and the housing of the adjustment assembly and/or wherein the elastic member is configured in the form of an elastic stop member on the setting element of the adjustment assembly and/or wherein the adjustment assembly by way of and/or by the use of the elastic member is disposed on the attachment portion of the ejector .
Method for waking up a distant device from a local device, through a transmission medium and a distant media converter and a local media converter associated with said distant device and said local device respectively, each of said local and distant devices comprising a physical layer unit , a link layer unit and a processing layer unit , each of said local and distant media converters comprising a transceiver , the method comprising the following steps: - initially , at least one of the physical layer unit and the link layer unit of said distant device being off, the processing layer unit of said distant device being off or in Low Power mode, the transceiver of said distant media converter being on; - when receiving (82 ; 92) an initial wake-up signal from said local device, via said transmission medium, the transceiver of said distant media converter generating an electrical wake-up signal resulting from the conversion of said initial wake-up signal; - the transceiver of the distant media converter sending (84-87 ; 93) said electrical wake-up signal, or a wake-up information derived from said electrical wake-up signal, to the processing layer unit of said distant device, through a first transmission line which is independent of the physical layer unit and the link layer unit of said distant device; - when receiving said electrical wake-up signal or said wake-up information, the processing layer unit of said distant device turning on . - initially , at least one of the physical layer unit and the link layer unit of said distant device being off, the processing layer unit of said distant device being off or in Low Power mode, the transceiver of said distant media converter being on; - when receiving (82 ; 92) an initial wake-up signal from said local device, via said transmission medium, the transceiver of said distant media converter generating an electrical wake-up signal resulting from the conversion of said initial wake-up signal; - the transceiver of the distant media converter sending (84-87 ; 93) said electrical wake-up signal, or a wake-up information derived from said electrical wake-up signal, to the processing layer unit of said distant device, through a first transmission line which is independent of the physical layer unit and the link layer unit of said distant device; - when receiving said electrical wake-up signal or said wake-up information, the processing layer unit of said distant device turning on .
A method for forming a molded two-layer ocular implant, the implant comprising a therapeutic agent for treatment or prevention of a disorder of the eye, the method comprising: (a) dispensing a polymer into a curved depression on a mold body to form a polymer layer having a curved external surface in contact with the bottom of the curved depression and further comprising an exposed upper surface; (b) generating a curvature in the exposed upper surface of the polymer layer, thereby forming a curved polymer layer interface surface; (c) curing the polymer layer, thereby providing a hardened curved polymer layer interface surface; (d) dispensing a silicone adhesive comprising the therapeutic agent dispersed therein onto the hardened interface surface to provide a silicone layer with an exposed surface; (e) generating a curvature in the exposed surface of the silicone layer thereby forming a curved eye-contacting surface; and (f) curing the silicone layer such that the first layer and second layer are fixed to each other, thereby forming the molded two-layer ocular implant. (a) dispensing a polymer into a curved depression on a mold body to form a polymer layer having a curved external surface in contact with the bottom of the curved depression and further comprising an exposed upper surface; (b) generating a curvature in the exposed upper surface of the polymer layer, thereby forming a curved polymer layer interface surface; (c) curing the polymer layer, thereby providing a hardened curved polymer layer interface surface; (d) dispensing a silicone adhesive comprising the therapeutic agent dispersed therein onto the hardened interface surface to provide a silicone layer with an exposed surface; (e) generating a curvature in the exposed surface of the silicone layer thereby forming a curved eye-contacting surface; and (f) curing the silicone layer such that the first layer and second layer are fixed to each other, thereby forming the molded two-layer ocular implant.
Measuring device , having at least one housing and having at least two electronic devices , wherein the housing has at least two chambers between which there is a passage , wherein one of the two electronic devices is arranged in each chamber , and wherein a contacting element is arranged in the passage , wherein the contacting element is formed separately from the electronic devices and the housing , wherein the contacting element is arranged between the two electronic devices , and wherein the contacting element comprises at least one electronic transmission element for generating an electrical connection between the two electronic devices , characterized in that a plurality of transmission elements are provided, which are implemented as contacting pins, and that the transmission elements are molded and/or set in glass within the outer wall of the contacting element , whereby the contacting element is encapsulated as an independent component, whereby the minimum distances between the contacting pins required for a predetermined type of ignition protection to be implemented are set. wherein the contacting element is formed separately from the electronic devices and the housing , wherein the contacting element is arranged between the two electronic devices , and wherein the contacting element comprises at least one electronic transmission element for generating an electrical connection between the two electronic devices , characterized in that a plurality of transmission elements are provided, which are implemented as contacting pins, and that the transmission elements are molded and/or set in glass within the outer wall of the contacting element , whereby the contacting element is encapsulated as an independent component, whereby the minimum distances between the contacting pins required for a predetermined type of ignition protection to be implemented are set.