mhurhangee/patent-ind-claim-en huggingface dataset:
A knob assembly, comprising: a knob ring which is arrangeable on an outer side of a front panel , and is rotatably operated by a user; a support frame having a support frame through hole which is fastenable to an inner side of the front panel ; an actuating member which is coupled to the knob ring to rotate with the knob ring integrally and is rotatable with respect to the support frame ; and a fixed frame which is fastened to the support frame ; wherein the support frame through hole forms a guide surface , the actuating member is coupled to the support frame through hole so that an outer circumferential surface of the actuating member is rotatably supported by the guide surface , and the fixed frame extends across the support frame through hole to support a rear surface of the actuating member being coupled to the support frame through hole to prevent the actuating member from being pushed and entered into the inside of the front panel , and wherein the actuating member comprises: a circular plate portion which is supported by the fixed frame , and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion . a knob ring which is arrangeable on an outer side of a front panel , and is rotatably operated by a user; a support frame having a support frame through hole which is fastenable to an inner side of the front panel ; an actuating member which is coupled to the knob ring to rotate with the knob ring integrally and is rotatable with respect to the support frame ; and a fixed frame which is fastened to the support frame ; wherein the support frame through hole forms a guide surface , the actuating member is coupled to the support frame through hole so that an outer circumferential surface of the actuating member is rotatably supported by the guide surface , and the fixed frame extends across the support frame through hole to support a rear surface of the actuating member being coupled to the support frame through hole to prevent the actuating member from being pushed and entered into the inside of the front panel , and wherein the actuating member comprises: a circular plate portion which is supported by the fixed frame , and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion . a circular plate portion which is supported by the fixed frame , and an extension portion which protrudes from the circular plate portion to the outsi de, characterized in that the fixed frame provides a rotatable area for defining a rotation range of the extension portion .
A method, comprising, composing, at a target base station , to which handover of a user equipment is to be performed, a first signaling message including information whether the target base station supports reception of assistance information from a user equipment, wherein the assistance information is used to assist a long term evolution network for at least one of multimedia broadcast multicast service, in-device coexistence and enhancement for diverse data applications, transmitting, at the target base station , the first signaling message to a source base station to which the user equipment is connected, and when the source base station does not support reception of assistance information from the user equipment and the target base station supports reception of assistance information from the user equipment, receiving, by the target base station , assistance information from the user equipment when the user equipment is connected to the target base station . composing, at a target base station , to which handover of a user equipment is to be performed, a first signaling message including information whether the target base station supports reception of assistance information from a user equipment, wherein the assistance information is used to assist a long term evolution network for at least one of multimedia broadcast multicast service, in-device coexistence and enhancement for diverse data applications, transmitting, at the target base station , the first signaling message to a source base station to which the user equipment is connected, and when the source base station does not support reception of assistance information from the user equipment and the target base station supports reception of assistance information from the user equipment, receiving, by the target base station , assistance information from the user equipment when the user equipment is connected to the target base station .
A geospatial data collection system for an aerial vehicle comprising: a data collection light detection and ranging (LiDAR) device configured to collect geospatial data as the aerial vehicle moves along a collection path; and a protection LiDAR device configured to sense a geospatial area ahead of said data collection LiDAR device ; said data collection LiDAR device being switchable from an operating mode to a protected mode based upon said protection LiDAR device ; characterized in that said data collection LiDAR device comprises a camera and a shutter associated therewith; and wherein said shutter is open in the operating mode and closed in the protected mode, and wherein said camera comprises a Geiger-mode avalanche photodiode (GmAPD) camera. a data collection light detection and ranging (LiDAR) device configured to collect geospatial data as the aerial vehicle moves along a collection path; and a protection LiDAR device configured to sense a geospatial area ahead of said data collection LiDAR device ; said data collection LiDAR device being switchable from an operating mode to a protected mode based upon said protection LiDAR device ; characterized in that said data collection LiDAR device comprises a camera and a shutter associated therewith; and wherein said shutter is open in the operating mode and closed in the protected mode, and wherein said camera comprises a Geiger-mode avalanche photodiode (GmAPD) camera.
A computing device comprising: a virtual machine monitor, VMM ; a plurality of virtual domains isolated from one another by the VMM , the plurality of virtual domains comprising a first guest domain and a privileged domain ; a port to connect a peripheral device, the privileged domain being configured to cause the peripheral related task to be executed to determine whether the peripheral device is malicious, wherein the peripheral related task prevents the first guest domain from communicating with the peripheral device in response to determining that the peripheral device is malicious, and determining whether the peripheral device is malicious includes receiving from the peripheral device an indication of a type of peripheral, and authenticating the peripheral device as acting as a peripheral device according to the indicated type of peripheral in response to a challenge issued by the peripheral related task . a virtual machine monitor, VMM ; a plurality of virtual domains isolated from one another by the VMM , the plurality of virtual domains comprising a first guest domain and a privileged domain ; a port to connect a peripheral device, the privileged domain being configured to cause the peripheral related task to be executed to determine whether the peripheral device is malicious, wherein the peripheral related task prevents the first guest domain from communicating with the peripheral device in response to determining that the peripheral device is malicious, and determining whether the peripheral device is malicious includes receiving from the peripheral device an indication of a type of peripheral, and authenticating the peripheral device as acting as a peripheral device according to the indicated type of peripheral in response to a challenge issued by the peripheral related task .
A tube assembly for a gas turbine engine , comprising: a rigid tube having a first and a second end respectively connectable to a first port and a second port on the gas turbine engine , the first port and the second port respectively having first and second installation vectors, the first and second installation vectors being different; a tube adapter having a proximal end portion adjustably connectable to the second port ; and a coupling adjustably mounted to a distal end portion of the tube adapter , the coupling connectable to the second end of the rigid tube , characterised in that : axially spaced-apart sealing fins are integrally formed on an outer surface of the proximal end portion of the tube adapter . a rigid tube having a first and a second end respectively connectable to a first port and a second port on the gas turbine engine , the first port and the second port respectively having first and second installation vectors, the first and second installation vectors being different; a tube adapter having a proximal end portion adjustably connectable to the second port ; and a coupling adjustably mounted to a distal end portion of the tube adapter , the coupling connectable to the second end of the rigid tube , characterised in that : axially spaced-apart sealing fins are integrally formed on an outer surface of the proximal end portion of the tube adapter .
A connector comprising: a housing comprising a main body portion configured to be inserted into an attachment hole of an outer wall of a box-shaped body that is an attachment target from an outer side of the box-shaped body; a bus bar held by the housing and including a fastened portion that is disposed on an inner side of the box-shaped body with respect to the outer wall and is configured to be connected to a terminal fitting by fastening using a bolt ; a nut held by the housing and into which the bolt is screwed to fasten the fastened portion and the terminal fitting together; and a cover attached to the housing with a gap between the cover and the fastened portion into which the terminal fitting is capable of being inserted, and covering the fastened portion and the nut , wherein a plurality of the bus bars and a plurality of nuts are provided, the housing includes a partition wall positioned between the fastened portion of one bus bar and the fastened portion of the other bus bar , characterized in that the cover is supported by the partition wall so as to be rotatable between a closed position at which the cover covers the fastened portion and the nut and an open position at which the cover does not cover the fastened portion and the nut . a housing comprising a main body portion configured to be inserted into an attachment hole of an outer wall of a box-shaped body that is an attachment target from an outer side of the box-shaped body; a bus bar held by the housing and including a fastened portion that is disposed on an inner side of the box-shaped body with respect to the outer wall and is configured to be connected to a terminal fitting by fastening using a bolt ; a nut held by the housing and into which the bolt is screwed to fasten the fastened portion and the terminal fitting together; and a cover attached to the housing with a gap between the cover and the fastened portion into which the terminal fitting is capable of being inserted, and covering the fastened portion and the nut , wherein a plurality of the bus bars and a plurality of nuts are provided, the housing includes a partition wall positioned between the fastened portion of one bus bar and the fastened portion of the other bus bar , characterized in that the cover is supported by the partition wall so as to be rotatable between a closed position at which the cover covers the fastened portion and the nut and an open position at which the cover does not cover the fastened portion and the nut .
A titanium copper containing from 1.5 to 5.0% by mass of Ti, optionally a total amount of from 0 to 1.0% by mass of one or more elements selected from Ag, B, Co, Fe, Mg, Mn, Mo, Ni, P, Si, Cr and Zr, and the balance being of Cu and inevitable impurities, the titanium copper being in a form of a foil or strip, wherein the titanium copper has a layered structure of Cu and Ti where in a Ti concentration curve obtained by analyzing a cross section parallel to a rolling direction along a thickness direction by STEM-EDX according to the methods disclosed in the description, a lower concentration Ti layer having a Ti concentration less than an average value of Ti concentrations in the Ti concentration curve and a higher concentration Ti layer having a Ti concentration equal to or higher than the average value of the Ti concentrations in the Ti concentration curve are alternately present in the thickness direction, the layered structure being defined as a structure in which the lower concentration Ti layer and the higher concentration Ti layer are alternately present and each of the lower concentration Ti layer and the higher concentration Ti layer is continuous over 50 nm or more in the rolling direction, wherein in the cross section parallel to the rolling direction, a number of higher concentration Ti layers is 5 layers or more per 500 nm in the thickness direction, and wherein the titanium copper has a tensile strength of 1100 MPa or more in the direction parallel to the rolling direction measured in accordance with JIS Z2241: 2011 (Metal Material Tensile Test Method). wherein the titanium copper has a layered structure of Cu and Ti where in a Ti concentration curve obtained by analyzing a cross section parallel to a rolling direction along a thickness direction by STEM-EDX according to the methods disclosed in the description, a lower concentration Ti layer having a Ti concentration less than an average value of Ti concentrations in the Ti concentration curve and a higher concentration Ti layer having a Ti concentration equal to or higher than the average value of the Ti concentrations in the Ti concentration curve are alternately present in the thickness direction, the layered structure being defined as a structure in which the lower concentration Ti layer and the higher concentration Ti layer are alternately present and each of the lower concentration Ti layer and the higher concentration Ti layer is continuous over 50 nm or more in the rolling direction, wherein in the cross section parallel to the rolling direction, a number of higher concentration Ti layers is 5 layers or more per 500 nm in the thickness direction, and wherein the titanium copper has a tensile strength of 1100 MPa or more in the direction parallel to the rolling direction measured in accordance with JIS Z2241: 2011 (Metal Material Tensile Test Method).
Method for operating a battery system , comprising a battery unit with several battery modules and a starter battery for heating the battery modules of the battery unit , whereat every battery module is equipped with a separate heating element such that the battery modules of the battery unit can be heated separately, whereat a group of battery modules to be heated initially is selected by a managing unit that comprises several counters, whereat a separate counter is assigned to every battery module of the battery unit , whereat when a certain battery module is selected to the group of battery modules to be heated initially, the counter assigned to this battery module is incremented; whereat the managing unit considers the actual temperature of the battery modules , the actual state of charge of the battery modules and the value stored in the counters which represent the frequency of former selections of the battery modules when selecting the group of battery modules to be heated initially; the selected group of battery modules is heated initially via the starter battery until the selected group of battery modules has reached a predetermined first temperature level; and the remaining battery modules are heated until all battery modules have reached a predetermined second temperature level, whereat the first temperature level is equal to the second temperature level.
A measurement system comprising: a receiver configured to receive a measurement signal indicative of a parameter of a measured object; a processor configured to: iteratively filter the measurement signal using a threshold value; adjust the threshold value for each iteration of filtration; determine a signal-to-noise ratio for each iteration of filtration; and set a filtering threshold value to the threshold value for the iteration of filtration with the highest signal-to-noise ratio. a receiver configured to receive a measurement signal indicative of a parameter of a measured object; a processor configured to: iteratively filter the measurement signal using a threshold value; adjust the threshold value for each iteration of filtration; determine a signal-to-noise ratio for each iteration of filtration; and set a filtering threshold value to the threshold value for the iteration of filtration with the highest signal-to-noise ratio. iteratively filter the measurement signal using a threshold value; adjust the threshold value for each iteration of filtration; determine a signal-to-noise ratio for each iteration of filtration; and set a filtering threshold value to the threshold value for the iteration of filtration with the highest signal-to-noise ratio.
A boiler system comprising: a boiler configured to burn fuel containing at least sulfur content, chlorine content, and water content, a weight percent concentration of the sulfur content being lower than 8.0%, a weight percent concentration of the chlorine content being lower than 0.1%, and a weight percent concentration of the water content being lower than 20.0%, to generate a combustion gas; a removal section configured to remove sulfur oxide and nitrogen oxide contained in the combustion gas, the sulfur oxide containing sulfur dioxide; a desulfurizing absorbent supply section configured to mixe a desulfurizing absorbent for removing sulfur oxide, which contains the sulfur dioxide, contained in the combustion gas into the combustion gas on an upstream side of the removal section ; and a denitrating reagent supply section configured to mixe a denitrating reagent for removing nitrogen oxide contained in the combustion gas into the combustion gas on the upstream side of the removal section , wherein the removal section has a dry desulfurization function, and a temperature of the combustion gas flowing into the removal section is higher than 200°C and 350°C or lower. a boiler configured to burn fuel containing at least sulfur content, chlorine content, and water content, a weight percent concentration of the sulfur content being lower than 8.0%, a weight percent concentration of the chlorine content being lower than 0.1%, and a weight percent concentration of the water content being lower than 20.0%, to generate a combustion gas; a removal section configured to remove sulfur oxide and nitrogen oxide contained in the combustion gas, the sulfur oxide containing sulfur dioxide; a desulfurizing absorbent supply section configured to mixe a desulfurizing absorbent for removing sulfur oxide, which contains the sulfur dioxide, contained in the combustion gas into the combustion gas on an upstream side of the removal section ; and a denitrating reagent supply section configured to mixe a denitrating reagent for removing nitrogen oxide contained in the combustion gas into the combustion gas on the upstream side of the removal section , wherein the removal section has a dry desulfurization function, and a temperature of the combustion gas flowing into the removal section is higher than 200°C and 350°C or lower.
An aircraft satellite communication system for communicating over a satellite network , the system comprising: a first satellite data unit, SDU, and a second SDU , each configured to engage in communication with at least one satellite of the satellite network ; and a network control computing device having a processor and memory storing instructions executable by the processor to perform a set of operations comprising: determining a first availability score for the first SDU based on first operational parameters comprising whether the first SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; determining a second availability score for the second SDU based on second operational parameters comprising whether the second SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; comparing the first availability score for the first SDU with the second availability score for the second SDU ; and based on comparing the first availability score with the second availability score, controlling one of the first SDU and the second SDU to be an active SDU. a first satellite data unit, SDU, and a second SDU , each configured to engage in communication with at least one satellite of the satellite network ; and a network control computing device having a processor and memory storing instructions executable by the processor to perform a set of operations comprising: determining a first availability score for the first SDU based on first operational parameters comprising whether the first SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; determining a second availability score for the second SDU based on second operational parameters comprising whether the second SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; comparing the first availability score for the first SDU with the second availability score for the second SDU ; and based on comparing the first availability score with the second availability score, controlling one of the first SDU and the second SDU to be an active SDU. determining a first availability score for the first SDU based on first operational parameters comprising whether the first SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; determining a second availability score for the second SDU based on second operational parameters comprising whether the second SDU is (i) reporting valid data, (ii) capable of providing data-link services, and (iii) capable of providing voice services; comparing the first availability score for the first SDU with the second availability score for the second SDU ; and based on comparing the first availability score with the second availability score, controlling one of the first SDU and the second SDU to be an active SDU.