mhurhangee/patent-ind-claim-en huggingface dataset:
An elongated electrode , comprising: a proximal conductor ; a tubular member defining a channel therethrough and having proximal and distal end portions , the proximal end portion receiving the proximal conductor within a proximal portion of the channel therein, the proximal conductor sealing the proximal portion of the channel the proximal end portion defining a hole through inner and outer surfaces of a side wall of the tubular member in fluid communication with the channel; and a treatment portion coupled to the distal end portion of the tubular member, the treatment portion including a base and an arm extending distally from the base, the base defining a port in fluid communication with the channel of the tubular member, the arm in electrical contact with the proximal conductor, the treatment portion configured to deliver electrosurgical energy to tissue. a proximal conductor ; a tubular member defining a channel therethrough and having proximal and distal end portions , the proximal end portion receiving the proximal conductor within a proximal portion of the channel therein, the proximal conductor sealing the proximal portion of the channel the proximal end portion defining a hole through inner and outer surfaces of a side wall of the tubular member in fluid communication with the channel; and a treatment portion coupled to the distal end portion of the tubular member, the treatment portion including a base and an arm extending distally from the base, the base defining a port in fluid communication with the channel of the tubular member, the arm in electrical contact with the proximal conductor, the treatment portion configured to deliver electrosurgical energy to tissue.
An attemperator comprising a spray nozzle installed in the attemperator , said attemperator further comprising a steam transfer pipe through which steam is transferred, and a fixed pipe fixed on an outer surface of the steam transfer pipe , the spray nozzle being configured to spray cooling water into the steam transfer pipe , wherein the spray nozzle is inserted into and fixed in the fixed pipe , and comprises, on an outer circumferential surface thereof, at least one support protruding toward the fixed pipe , and wherein the support is configured to space the outer circumferential surface of the spray nozzle and the fixed pipe apart from each other, wherein the support is formed at a predefined longitudinal section of the spray nozzle , wherein at adjacent longitudinal sections of the spray nozzle , a radial gap is formed between an outer circumferential surface of the spray nozzle and an inner circumferential surface of the fixed pipe , said radial gap corresponding to at least a radial dimension of the support , characterized in that the attemperator further comprises: a damper provided on the support and mounted so as to be slidable in a radial direction of the support ; and an elastic unit interposed between the support and the damper. wherein the spray nozzle is inserted into and fixed in the fixed pipe , and comprises, on an outer circumferential surface thereof, at least one support protruding toward the fixed pipe , and wherein the support is configured to space the outer circumferential surface of the spray nozzle and the fixed pipe apart from each other, wherein the support is formed at a predefined longitudinal section of the spray nozzle , wherein at adjacent longitudinal sections of the spray nozzle , a radial gap is formed between an outer circumferential surface of the spray nozzle and an inner circumferential surface of the fixed pipe , said radial gap corresponding to at least a radial dimension of the support , characterized in that the attemperator further comprises: a damper provided on the support and mounted so as to be slidable in a radial direction of the support ; and an elastic unit interposed between the support and the damper. a damper provided on the support and mounted so as to be slidable in a radial direction of the support ; and an elastic unit interposed between the support and the damper.
A method comprising: storing a set of data in volatile memory of a computing system , wherein the set of data is not stored in nonvolatile storage; determining that an input power in a set of one or more power supply units has been lost; responsive to determining that the input power in the set of one or more power supply units has been lost, running the computing system in a first operating mode using energy available in one or more bulk capacitors in the set of one or more power supply units , wherein the set of data is not flushed to persistent storage in the first operating mode; determining that available energy in the one or more bulk capacitors in the set of one or more power supply units has dropped to a threshold; responsive to determining that the available energy in the one or more bulk capacitors in the set of one or more power supply units has dropped to the threshold, performing a cache flush that transfers the set of data to persistent memory in the computing system . storing a set of data in volatile memory of a computing system , wherein the set of data is not stored in nonvolatile storage; determining that an input power in a set of one or more power supply units has been lost; responsive to determining that the input power in the set of one or more power supply units has been lost, running the computing system in a first operating mode using energy available in one or more bulk capacitors in the set of one or more power supply units , wherein the set of data is not flushed to persistent storage in the first operating mode; determining that available energy in the one or more bulk capacitors in the set of one or more power supply units has dropped to a threshold; responsive to determining that the available energy in the one or more bulk capacitors in the set of one or more power supply units has dropped to the threshold, performing a cache flush that transfers the set of data to persistent memory in the computing system .
A surface-emitting laser comprising: a plurality of semiconductor layers; an active layer , including a first layer including aluminum gallium indium arsenide, (Al x Ga 1-x ) y In 1-y As, where 0 < x < 1 and 0 < y < 1, and a second layer including aluminum gallium indium arsenide, (Al m Ga 1-m ) n In 1-n As, where 0 < m < 1 and 0 < n < 1, or aluminium gallium arsenide, (Al m Ga 1-m )As with 0<m<1, , and at least one of m≠x and n≠y is satisfied; and spacer layers between which the active layer is held, including aluminum gallium indium phosphide (Al a Ga 1-a ) b In 1-b P, where 0 < a < 1 and 0 < b < 1, or gallium indium phosphide, Ga b In 1-b P where 0< b <1, the plurality of semiconductor layers and the active layer held between the spacer layers being laminated; wherein the plurality of semiconductor layers are laminated on a substrate , and wherein a normal direction of a surface of the substrate is inclined with respect to one direction of a crystal orientation <1 0 0> toward one direction of a crystal orientation <1 1 1 >, and wherein the first layer is a quantum well layer and the second layer is a barrier layer. a plurality of semiconductor layers; an active layer , including a first layer including aluminum gallium indium arsenide, (Al x Ga 1-x ) y In 1-y As, where 0 < x < 1 and 0 < y < 1, and a second layer including aluminum gallium indium arsenide, (Al m Ga 1-m ) n In 1-n As, where 0 < m < 1 and 0 < n < 1, or aluminium gallium arsenide, (Al m Ga 1-m )As with 0<m<1, , and at least one of m≠x and n≠y is satisfied; and spacer layers between which the active layer is held, including aluminum gallium indium phosphide (Al a Ga 1-a ) b In 1-b P, where 0 < a < 1 and 0 < b < 1, or gallium indium phosphide, Ga b In 1-b P where 0< b <1, the plurality of semiconductor layers and the active layer held between the spacer layers being laminated; wherein the plurality of semiconductor layers are laminated on a substrate , and wherein a normal direction of a surface of the substrate is inclined with respect to one direction of a crystal orientation <1 0 0> toward one direction of a crystal orientation <1 1 1 >, and wherein the first layer is a quantum well layer and the second layer is a barrier layer.
An apparatus for a source cell of a source node, the apparatus comprising means for: deciding to attempt to handover a user equipment to a target cell associated with a target node in a non-public network, wherein, when stored closed access group information of the target cell is available, the deciding is based at least in part on a comparison of a closed access group information of the user equipment and the stored closed access group information of the target cell, wherein closed access group information for a cell indicates whether the cell is a public and/or non-public cell and, if the cell is a non-public cell, which closed access groups are allowed access to the cell; sending, to the target node, a handover message comprising an identifier of the target cell; receiving, from the target node, a handover failure message comprising second closed access group information of the target cell; and updating, when the stored closed access group information of the target cell is available, the stored closed access group information of the target cell with the second closed access group information of the target cell and storing, when the stored closed access group information of the target cell is not available, the second closed access group information of the target cell. deciding to attempt to handover a user equipment to a target cell associated with a target node in a non-public network, wherein, when stored closed access group information of the target cell is available, the deciding is based at least in part on a comparison of a closed access group information of the user equipment and the stored closed access group information of the target cell, wherein closed access group information for a cell indicates whether the cell is a public and/or non-public cell and, if the cell is a non-public cell, which closed access groups are allowed access to the cell; sending, to the target node, a handover message comprising an identifier of the target cell; receiving, from the target node, a handover failure message comprising second closed access group information of the target cell; and updating, when the stored closed access group information of the target cell is available, the stored closed access group information of the target cell with the second closed access group information of the target cell and storing, when the stored closed access group information of the target cell is not available, the second closed access group information of the target cell.
Mower head for a string mower, wherein the mower head has an axis of rotation , about which the mower head is driven to rotate in operation, wherein the mower head has a housing with a circumferential wall , wherein the mower head has at least one fastening device for a mowing string , wherein the fastening device has a string guide comprising at least one string channel , wherein the string channel has a clamping section , wherein the clamping section has a wide longitudinal side and a narrow longitudinal side extending in a longitudinal direction of the clamping section , and wherein the inside width (a, b) of the clamping section decreases from the wide longitudinal side to the narrow longitudinal side , wherein the string guide has a deflecting region , which adjoins the clamping section and has a deflecting edge , wherein the deflecting edge is inclined relative to the longitudinal direction of the clamping section in such a way that the deflecting edge generates, if a tensile force (F) acts on a mowing string guided through the fastening device , a force component (F 3 ) on the mowing string in the direction towards the narrow longitudinal side of the clamping section , wherein the string guide comprises the first string channel and a second string channel , characterised in that a separating web is formed between the first string channel and the second string channel , wherein a side wall of the first string channel and a side wall of the second string channel are formed on the separating web , wherein the end face of the separating web is a surface which is located between the side walls , forms the outside of the mower head and forms the deflecting edge for the mowing string .
A device (13; 30; 50) for stowing a bulky and/or long article in a passenger compartment of a motor vehicle for public transportation, comprising: - a mounting region (14; 31; 51) via which the device may be attached to a wall of the motor vehicle and that has at least a first connecting means for attaching the device to the wall; - a bottom region (17; 32; 52) that projects from the mounting region (14; 31; 51) and that is joined to the mounting region and on which the article may be stowed; - at least one support element (24; 37; 57) arranged above the bottom region for supporting the article , characterized by - an attaching means arranged above the bottom region (17; 32; 52) for attaching the article to the device, wherein the attaching means is arranged at the support element (24; 37; 57) and wherein the article , if it is stowed on the bottom region (17; 3; 52), may be attached to the device with the attaching means at a higher position, and - wherein the device has a second connecting means (22, 23; 41, 42; 55) with which the device (13; 30; 50) may be attached to a passenger grab bar or to a ceiling of the passenger compartment. - a mounting region (14; 31; 51) via which the device may be attached to a wall of the motor vehicle and that has at least a first connecting means for attaching the device to the wall; - a bottom region (17; 32; 52) that projects from the mounting region (14; 31; 51) and that is joined to the mounting region and on which the article may be stowed; - at least one support element (24; 37; 57) arranged above the bottom region for supporting the article , - an attaching means arranged above the bottom region (17; 32; 52) for attaching the article to the device, wherein the attaching means is arranged at the support element (24; 37; 57) and wherein the article , if it is stowed on the bottom region (17; 3; 52), may be attached to the device with the attaching means at a higher position, and - wherein the device has a second connecting means (22, 23; 41, 42; 55) with which the device (13; 30; 50) may be attached to a passenger grab bar or to a ceiling of the passenger compartment.
A propulsion device for a craft comprising - a shaft equipped at one end with a handle and having, at the opposite end, a propeller , - an electric motor for driving the rotation of the propeller , the axis of rotation of which is coaxial to the longitudinal axis of the shaft , - a system , such as a battery, for supplying energy to the motor , - a control system of the motor , characterized in that the shaft is a telescoping shaft formed by tubes mounted with sliding interlocking for the movement of the tubes between a shorter withdrawn position of the shaft and a longer extended position of the shaft , the tubes respectively being equipped, for one, called lower tube , with the propeller , and for the other, called upper tube , with the control system of the motor , in that the energy supply system is positioned in the upper tube and the motor in the lower tube and in that the energy supply system is connected to the motor by a wired connection disposed inside the shaft . - a shaft equipped at one end with a handle and having, at the opposite end, a propeller , - an electric motor for driving the rotation of the propeller , the axis of rotation of which is coaxial to the longitudinal axis of the shaft , - a system , such as a battery, for supplying energy to the motor , - a control system of the motor , characterized in that the shaft is a telescoping shaft formed by tubes mounted with sliding interlocking for the movement of the tubes between a shorter withdrawn position of the shaft and a longer extended position of the shaft , the tubes respectively being equipped, for one, called lower tube , with the propeller , and for the other, called upper tube , with the control system of the motor , in that the energy supply system is positioned in the upper tube and the motor in the lower tube and in that the energy supply system is connected to the motor by a wired connection disposed inside the shaft .
A cargo platform , comprising: a housing having an exterior surface and a structural strength to support cargo for transit on a top surface ; and a battery enclosed in the housing with power contacts exposed at the exterior surface , characterized in that the power contacts comprise top power contacts (24a-c) exposed at the top surface and bottom power contacts (24a-c) exposed on a bottom surface and axially aligned with the top power contacts (24a-c). a housing having an exterior surface and a structural strength to support cargo for transit on a top surface ; and a battery enclosed in the housing with power contacts exposed at the exterior surface , characterized in that the power contacts comprise top power contacts (24a-c) exposed at the top surface and bottom power contacts (24a-c) exposed on a bottom surface and axially aligned with the top power contacts (24a-c).
Building infrastructure device comprising at least one actuator module , in particular a lighting module, that is controlled in response to a presence signal indicating a presence of a person , a communication unit including a radio receiver, a radar sensor comprising, a radar transmitter and a radar receiver; wherein the building infrastructure device is characterized in that a processor of the building infrastructure device is configured to analyse a signal indicating a received signal strength provided by the radio receiver for detecting the presence of the person based on a change in a variation of the signal indicating the received signal strength to generate a first analysis signal, to analyse a received radar signal provided by the radar sensor for detecting motion based on the Doppler principle to generate a second analysis signal, and to evaluate the first and the second analysis signal in combination for generating the presence signal indicating the presence of the person by determining an increased general probability of the presence of the person if within an evaluation time frame an increase in probability of presence of the person increases in the first analysis signal, is succeeded by an increase in probability of presence of the person in the second analysis signal. at least one actuator module , in particular a lighting module, that is controlled in response to a presence signal indicating a presence of a person , a communication unit including a radio receiver, a radar sensor comprising, a radar transmitter and a radar receiver; a radar transmitter and a radar receiver; that a processor of the building infrastructure device is configured to analyse a signal indicating a received signal strength provided by the radio receiver for detecting the presence of the person based on a change in a variation of the signal indicating the received signal strength to generate a first analysis signal, to analyse a received radar signal provided by the radar sensor for detecting motion based on the Doppler principle to generate a second analysis signal, and to evaluate the first and the second analysis signal in combination for generating the presence signal indicating the presence of the person by determining an increased general probability of the presence of the person if within an evaluation time frame an increase in probability of presence of the person increases in the first analysis signal, is succeeded by an increase in probability of presence of the person in the second analysis signal.
A system for debonding a device wafer from a carrier wafer, the device wafer temporarily bonded to the carrier wafer by an adhesive layer , the system comprising: a wafer support structure configured for holding a wafer stack comprising the carrier wafer temporarily bonded to the device wafer by the adhesive layer , a crack initiator configured to initiate a crack in the adhesive layer by introducing a controlled perturbation near an edge of the adhesive layer , and a holdback device attached to the support structure, wherein the holdback device is configured for restraining at least a portion of a perimeter edge of the carrier wafer during debonding and comprises a wafer contact surface that contacts the carrier wafer at the portion of the perimeter edge, such that the wafer contact surface of the holdback device applies a stress perpendicular to the plane of the carrier wafer , flexing the carrier wafer away from the device wafer, the stress applied by wafer contact surface being used to control propagation of the crack, characterized in that the wafer contact surface contacts a first surface of the carrier wafer and a perimeter edge of the carrier wafer adjacent to the first surface, wherein the device wafer is bonded to the first surface of the carrier wafer . a wafer support structure configured for holding a wafer stack comprising the carrier wafer temporarily bonded to the device wafer by the adhesive layer , a crack initiator configured to initiate a crack in the adhesive layer by introducing a controlled perturbation near an edge of the adhesive layer , and a holdback device attached to the support structure, wherein the holdback device is configured for restraining at least a portion of a perimeter edge of the carrier wafer during debonding and comprises a wafer contact surface that contacts the carrier wafer at the portion of the perimeter edge, such that the wafer contact surface of the holdback device applies a stress perpendicular to the plane of the carrier wafer , flexing the carrier wafer away from the device wafer, the stress applied by wafer contact surface being used to control propagation of the crack, characterized in that the wafer contact surface contacts a first surface of the carrier wafer and a perimeter edge of the carrier wafer adjacent to the first surface, wherein the device wafer is bonded to the first surface of the carrier wafer .
An elongate laryngoscope insertion section having a proximal end and a distal end for insertion into a patient's oral cavity in use, the insertion section comprising a tube guide for removably retaining an endotracheal tube and guiding a retained endotracheal tube towards a patient's larynx and an elongate member , wherein the tube guide comprises a plurality of tube guiding members which extend laterally of the elongate member and have tube guiding surfaces which are arranged to contact and thereby guide the inferior or superior surface of a retained endotracheal tube, the plurality of tube guiding members comprising at least an inferior tube guiding member having a tube guiding surface on a superior side thereof for contacting and thereby guiding the inferior surface of a retained endotracheal tube, and a first superior tube guiding member having a tube guiding surface on an inferior side thereof for contacting and thereby guiding the superior surface of a retained endotracheal tube, characterised in that, at at least one location along the length of the insertion section, the thickness of the elongate member is less than the thickness of the adjacent tube guide.