mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic component connecting structure, comprising a connecting board , a first component , and a second component , wherein the first component is connected to one side of the connecting board , and the second component is connected to the other side of the connecting board ; a perpendicular projection of the first component on a preset plane overlaps a perpendicular projection of the second component on the preset plane, and the preset plane is parallel to a plane on which one side of the connecting board is located; and a padding element is disposed between the first component and the connecting board to avoid mutual interference between the first component and the second component , wherein the connecting board comprises a first connecting sub-board and a second connecting sub-board , the first component is connected to a first side of the first connecting sub-board , and the second component is connected to a second side of the second connecting sub-board ; a second side of the first connecting sub-board is connected to a first side of the second connecting sub-board , and the first connecting sub-board has a smaller area than the second connecting sub-board ; and the first side of the first connecting sub-board is opposite the second side of the first connecting sub-board , and the first side of the second connecting sub-board is opposite the second side of the second connecting sub-board , wherein the first component is an antenna elastic sheet, the second component is a SIM card tray, and the connecting board is a PCB board. a perpendicular projection of the first component on a preset plane overlaps a perpendicular projection of the second component on the preset plane, and the preset plane is parallel to a plane on which one side of the connecting board is located; and a padding element is disposed between the first component and the connecting board to avoid mutual interference between the first component and the second component , wherein the connecting board comprises a first connecting sub-board and a second connecting sub-board , the first component is connected to a first side of the first connecting sub-board , and the second component is connected to a second side of the second connecting sub-board ; a second side of the first connecting sub-board is connected to a first side of the second connecting sub-board , and the first connecting sub-board has a smaller area than the second connecting sub-board ; and the first side of the first connecting sub-board is opposite the second side of the first connecting sub-board , and the first side of the second connecting sub-board is opposite the second side of the second connecting sub-board , wherein the first component is an antenna elastic sheet, the second component is a SIM card tray, and the connecting board is a PCB board.
A radiation-curable adhesive composition comprising a base polymer as a principal base material, the base polymer includes structural units derived from at least a monomer A that has a functional group a; a monomer B that is formed from a methacrylate monomer that has an alkyl group that includes at least 10 and no more than 17 carbon atoms; and a monomer C that has both a functional group c that reacts with the functional group a and a polymerizable carbon-carbon double bond group, wherein a number of polymerizable carbon-carbon double bonds introduced into the side chain that derived from the monomer C is at least 7% and no more than 18% of the total number of side chains in the base polymer, and a main chain of the base polymer is configured from the monomer B and the monomer A, the proportion of the monomer B being at least 50 wt% of the total monomers configuring the main chain; and the base polymer includes a polymerizable carbon-carbon double bond group in a side chain as a result of a portion of the functional group a in the monomer A reacting and bonding with the functional group c in the monomer C, wherein the polymer that configures a main chain from structural units derived from the monomer A and the monomer B has a calculated glass transition temperature that is calculated from a Fox equation at no more than 260 K.
A heat exchanger assembly for a gas turbine engine comprising: an arcuate unitary body having: a first internal flow path configured to channel a flow of oil to be cooled from a first inlet to a first outlet , the first internal flow path being enclosed within and formed integrally with the unitary body; a second internal flow path in thermal communication with the first internal flow path and configured to channel a flow of a first coolant from a second inlet to a second outlet , wherein the first coolant comprises fuel, and wherein the second internal flow path is not in fluid communication with the first internal flow path, and the second internal flow path is enclosed within and formed integrally with the unitary body; and an external flow path configured to receive a flow of a second coolant proximate a circumferentially extending surface of the unitary body, the external flow path including a plurality of metallic fins. a first internal flow path configured to channel a flow of oil to be cooled from a first inlet to a first outlet , the first internal flow path being enclosed within and formed integrally with the unitary body; a second internal flow path in thermal communication with the first internal flow path and configured to channel a flow of a first coolant from a second inlet to a second outlet , wherein the first coolant comprises fuel, and wherein the second internal flow path is not in fluid communication with the first internal flow path, and the second internal flow path is enclosed within and formed integrally with the unitary body; and an external flow path configured to receive a flow of a second coolant proximate a circumferentially extending surface of the unitary body, the external flow path including a plurality of metallic fins.
A method for changing a member in a distributed system , comprising: requesting, by a first target node , a node address set from a management server , wherein the node address set comprises: addresses of all nodes in the distributed system , and a master node and a plurality of slave nodes in the distributed system ; when an address of the first target node is not in the node address set, sending, by the first target node , a join request to the master node in the distributed system , wherein the join request comprises the address of the first target node ; and after receiving the join request, adding the address of the first target node in a member addition instruction to a local member list of the master node , and indicating, by the master node , each slave node (12; 13; 14; 15) in the distributed system to add the address of the first target node to a local member list of the slave node (12; 13; 14; 15), wherein the local member lists include the addresses of all the nodes in the distributed system . requesting, by a first target node , a node address set from a management server , wherein the node address set comprises: addresses of all nodes in the distributed system , and a master node and a plurality of slave nodes in the distributed system ; when an address of the first target node is not in the node address set, sending, by the first target node , a join request to the master node in the distributed system , wherein the join request comprises the address of the first target node ; and after receiving the join request, adding the address of the first target node in a member addition instruction to a local member list of the master node , and indicating, by the master node , each slave node (12; 13; 14; 15) in the distributed system to add the address of the first target node to a local member list of the slave node (12; 13; 14; 15), wherein the local member lists include the addresses of all the nodes in the distributed system .
A honeycomb filter , comprising: two or more honeycomb segments , each of which includes a plurality of porous partition portions each forming a cell , the cell being open at one end and closed at the other end and serving as a flow path of a fluid, and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions ; and a bonding layer that is disposed between the two or more honeycomb segments and joins the outer surfaces of the two or more honeycomb segments together, wherein, in a cross section perpendicular to the flow path, the thickness of the trapping layer formed on each of outermost partitions of at least one honeycomb segment is 60% or less of the thickness of the trapping layer formed on each of partitions in an inner region, wherein the inner region is defined as a region inside the honeycomb segment having a width of half the width of the honeycomb segment . two or more honeycomb segments , each of which includes a plurality of porous partition portions each forming a cell , the cell being open at one end and closed at the other end and serving as a flow path of a fluid, and a trapping layer for trapping and removing solid components contained in the fluid, the trapping layer being disposed on each of the partition portions ; and a bonding layer that is disposed between the two or more honeycomb segments and joins the outer surfaces of the two or more honeycomb segments together, wherein, in a cross section perpendicular to the flow path, the thickness of the trapping layer formed on each of outermost partitions of at least one honeycomb segment is 60% or less of the thickness of the trapping layer formed on each of partitions in an inner region, wherein the inner region is defined as a region inside the honeycomb segment having a width of half the width of the honeycomb segment .
An electronic device , comprising: a UICC in which a first profile is installed; an eUICC ; and a processor configured to be electrically connected with the UICC and the eUICC , wherein the processor is configured to: identify that a location of the electronic device corresponds to a country code of a first international mobile station identity, IMSI, included in the first profile; transmit, in response to the identifying, a request for a second profile to be installed in the eUICC from a mobile network operator, MNO, server based on the first profile, the request including information of the first profile; perform authentication with a second server associated with the MNO server ; receive the second profile from the second server ; and install the received second profile in the eUICC , wherein the first profile includes a first mobile station subscriber directory number, MSISDN, and wherein the second profile includes a second IMSI different from the first IMSI and a second MSISDN identical to the first MSISDN and wherein the second server is a Subscription Manager Data Preparation+ server, SM-DP+ a UICC in which a first profile is installed; an eUICC ; and a processor configured to be electrically connected with the UICC and the eUICC , wherein the processor is configured to: identify that a location of the electronic device corresponds to a country code of a first international mobile station identity, IMSI, included in the first profile; transmit, in response to the identifying, a request for a second profile to be installed in the eUICC from a mobile network operator, MNO, server based on the first profile, the request including information of the first profile; perform authentication with a second server associated with the MNO server ; receive the second profile from the second server ; and install the received second profile in the eUICC , identify that a location of the electronic device corresponds to a country code of a first international mobile station identity, IMSI, included in the first profile; transmit, in response to the identifying, a request for a second profile to be installed in the eUICC from a mobile network operator, MNO, server based on the first profile, the request including information of the first profile; perform authentication with a second server associated with the MNO server ; receive the second profile from the second server ; and install the received second profile in the eUICC , wherein the first profile includes a first mobile station subscriber directory number, MSISDN, and wherein the second profile includes a second IMSI different from the first IMSI and a second MSISDN identical to the first MSISDN and wherein the second server is a Subscription Manager Data Preparation+ server, SM-DP+
A stand-by power estimating apparatus comprising: an acquiring unit configured to acquire power amounts for respective prescribed measurement times from a measuring apparatus that measures power of at least one segment set in a power distribution network of a power consumer, as a plurality of used power amounts; a history recording unit configured to record each of the plurality of used power amounts of the at least one segment in association with a date and time of acquisition by the acquiring unit ; and a determining unit , wherein the determining unit is configured to estimate stand-by power from the plurality of used power amounts, the stand-by power representing a used power amount when standing by, characterized in that the determining unit has a function for variably setting a comparison value (Vc) for comparing magnitudes of the plurality of used power amounts recorded in the history recording unit , a function for setting a initial value (Vc0) and lowering the comparison value (Vc) in stages from the initial value (Vc0) to obtain a minimum value (Vc1) of the comparison value (Vc) in, within a range in which the comparison value is variable, a range satisfying a condition that an amount (Tc) of time for which, in a state where the plurality of used power amounts are arranged in order of times at which the acquiring unit has acquired the plurality of used power amounts, at least some of the plurality of used power amounts are continuously equal to or below the comparison value (Vc) exceeds a prescribed sustained time (T1), and a function for estimating the minimum value (Vc1) to be a peak value of the stand-by power of the at least one segment. an acquiring unit configured to acquire power amounts for respective prescribed measurement times from a measuring apparatus that measures power of at least one segment set in a power distribution network of a power consumer, as a plurality of used power amounts; a history recording unit configured to record each of the plurality of used power amounts of the at least one segment in association with a date and time of acquisition by the acquiring unit ; and a determining unit , wherein the determining unit is configured to estimate stand-by power from the plurality of used power amounts, the stand-by power representing a used power amount when standing by,
An atomizer , comprising: a housing with a first end and a second end ; a mouthpiece , connected to the first end of the housing , wherein the second end is configured to be connected to a power supply of an electronic cigarette; a reservoir , formed in the housing and configured to contain tobacco liquid; and an atomizing element , configured to atomize the tobacco liquid to form aerosol; wherein an injecting hole and a vent hole are formed on the first end of the housing , the injecting hole and the vent hole are in communication with the reservoir , the atomizer further comprises a cover movably connected to the first end of the housing , and the cover is movable with respect to the first end to expose or cover the injecting hole and the vent hole ; wherein the first end of the housing is stepped, and the cover has a shape corresponding to a stepped location of the first end of the housing such that the cover is capable of being contained in the stepped location of the first end of the housing the atomizer being characterised in that the cover is arranged to be movable independently from the mouthpiece to expose or cover the injecting hole and the vent hole by sliding or rotating. a housing with a first end and a second end ; a mouthpiece , connected to the first end of the housing , wherein the second end is configured to be connected to a power supply of an electronic cigarette; a reservoir , formed in the housing and configured to contain tobacco liquid; and an atomizing element , configured to atomize the tobacco liquid to form aerosol; wherein an injecting hole and a vent hole are formed on the first end of the housing , the injecting hole and the vent hole are in communication with the reservoir , the atomizer further comprises a cover movably connected to the first end of the housing , and the cover is movable with respect to the first end to expose or cover the injecting hole and the vent hole ; wherein the first end of the housing is stepped, and the cover has a shape corresponding to a stepped location of the first end of the housing such that the cover is capable of being contained in the stepped location of the first end of the housing the atomizer being characterised in that the cover is arranged to be movable independently from the mouthpiece to expose or cover the injecting hole and the vent hole by sliding or rotating.
A dryer comprising: a drum installed in a rotatable manner and configured to accommodate an object to be dried therein; a front support installed at an entrance of the drum to support the drum ; a rear support installed at an opposite side of the entrance of the drum to support the drum ; an exhaust hole formed in the front support , through which interior air of the drum is discharged; and a humidity sensor installed to the front support at a position adjacent to the exhaust hole and serving to detect humidity of the air to be introduced into the exhaust hole , characterized in that: the installation position of the humidity sensor allows the air moving in a rotating direction of the drum within the drum to pass a surface of the humidity sensor prior to being discharged through the exhaust hole . a drum installed in a rotatable manner and configured to accommodate an object to be dried therein; a front support installed at an entrance of the drum to support the drum ; a rear support installed at an opposite side of the entrance of the drum to support the drum ; an exhaust hole formed in the front support , through which interior air of the drum is discharged; and a humidity sensor installed to the front support at a position adjacent to the exhaust hole and serving to detect humidity of the air to be introduced into the exhaust hole , characterized in that: the installation position of the humidity sensor allows the air moving in a rotating direction of the drum within the drum to pass a surface of the humidity sensor prior to being discharged through the exhaust hole .
A pulse modulating power source, which comprises: a plurality of discharging modules (M1-Mm) all connected in series during discharging to form a MARX generator; a plurality of triggers (trigger 1 - trigger m) corresponding to said plurality of discharging modules (M1 - Mm), wherein each trigger (trigger 1 - trigger m) provides a trigger signal (Trig - Trig(m)) to the corresponding discharging module (M1-Mm) to turn it on; a control logic module for controlling the trigger signals (Trig - Trig(m)) so as to turn on said plurality of discharging modules (M1-Mm) successively with a time delay (Δt1 - Δt(m-1)); an output terminal coupled to the plurality of discharging modules (M1-Mm) for outputting a voltage (Vout); characterized in that the control logic module is arranged to increase or reduce the time delay (Δt1 - Δt(m-1)) depending on whether a top voltage drop appears at the pulse top or a top voltage rise appears at the pulse top, respectively. a plurality of discharging modules (M1-Mm) all connected in series during discharging to form a MARX generator; a plurality of triggers (trigger 1 - trigger m) corresponding to said plurality of discharging modules (M1 - Mm), wherein each trigger (trigger 1 - trigger m) provides a trigger signal (Trig - Trig(m)) to the corresponding discharging module (M1-Mm) to turn it on; a control logic module for controlling the trigger signals (Trig - Trig(m)) so as to turn on said plurality of discharging modules (M1-Mm) successively with a time delay (Δt1 - Δt(m-1)); an output terminal coupled to the plurality of discharging modules (M1-Mm) for outputting a voltage (Vout); characterized in that the control logic module is arranged to increase or reduce the time delay (Δt1 - Δt(m-1)) depending on whether a top voltage drop appears at the pulse top or a top voltage rise appears at the pulse top, respectively.
Arrangement for installing a termination box in a wall structure, with which termination box a conduit may be connected to a tap assembly on the wall, said termination box comprising a body provided with mounting holes , and a bushing or corresponding tunnel , for which a through hole may be made in the wall (W) or at least in an outer panel or sheet of the wall structure, whereby the arrangement comprises at least one separate mounting bracket (20, 20a-e, 120, 120d, 120e) attachable to the mounting holes in the body of the termination box , which mounting bracket (20, 20a-e, 120, 120d, 120e) is provided with holes through which said bracket (20, 20a-e, 120, 120d, 120e) with the termination box can be fastened in the wall structure by installation screws, the holes in the bracket (20, 20a-e, 120, 120d, 120e) being arranged, with the mounting bracket attached to the mounting holes in the body of the termination box, at a bigger distance from the bushing or corresponding tunnel than the mounting holes in the body of the termination box in the radial direction of the bushing or corresponding tunnel , the mounting bracket (20, 20a-e, 120, 120d, 120e) being a foldable structure comprising two opposite parts connected with each other by a hinge about which said two parts are foldable from an open position to a closed position, characterized in that the mounting bracket (20, 20a-e, 120, 120d, 120e) is provided with dowels to be fitted into the mounting holes in the body of the termination box and to attach the bracket (20, 20a-e, 120, 120d, 120e) to the body of the termination box , the dowels being arranged in the two opposite parts of the mounting bracket (20, 20a-e, 120, 120d, 120e), so that in its closed position the bracket (20, 20a-e, 120, 120d, 120e) may be locked in place attached to the body of the termination box .