mhurhangee/ep-ind-claims huggingface dataset:
A metal-cored electrode for welding to form a weld bead on a ferrous material that is formed of at least 80 wt.% iron, and which weld bead includes at least 35 wt.% nickel, said metal-cored electrode comprises a metal sheath surrounding a core, said metal sheath constitutes 12-60 wt.% of a total weight of said metal-cored electrode, said metal sheath includes at least 75 wt.% iron and no more than 5 wt.% nickel, a nickel content of said metal sheath constitutes no more than 10 wt.% of a total nickel content of said metal-cored electrode, an iron content of said metal sheath constitutes at least 80 wt.% of a total iron content of said metal-cored electrode, said core is at least 80% encircled by said metal sheath, said core constitutes 40-70 wt.% of a total weight of said metal-cored electrode, said core includes greater than 50 wt.% nickel and no more than 5 wt.% iron, an iron content of said core constitutes no more than 10 wt.% of a total iron content of said metal-cored electrode, a nickel content of said core constitutes at least 80 wt.% of a total nickel content of said metal-cored electrode, said core includes by weight percent of said core: (a) Graphite/Carbon - 0.2-2; Aluminum - 1-5; Sodium Fluoride - 0.2-4; Potassium Silicate - 0.1-1; Resin Powder - 0.1-3; Silicon Metal - 1.5-7; Strontium Carbonate - 2-10; Mica - 1-6; and Nickel Powder - 62-94.6; or (b) Ferro Silicon - 1-2; Sodium Fluoride - 2.2-3; Ethyl Cellulose - 0.3-0.7; Phenolic resin - 0.3-0.7; Graphite/Carbon - 2.5-3.5; Potassium Silicate - 0.55-0.8; Strontium Carbonate - 9-12; Silica Sand - 3-4; Nickel Powder - 72-78; and Aluminum - 3.1-3.6. (a) Graphite/Carbon - 0.2-2; Aluminum - 1-5; Sodium Fluoride - 0.2-4; Potassium Silicate - 0.1-1; Resin Powder - 0.1-3; Silicon Metal - 1.5-7; Strontium Carbonate - 2-10; Mica - 1-6; and Nickel Powder - 62-94.6; or (b) Ferro Silicon - 1-2; Sodium Fluoride - 2.2-3; Ethyl Cellulose - 0.3-0.7; Phenolic resin - 0.3-0.7; Graphite/Carbon - 2.5-3.5; Potassium Silicate - 0.55-0.8; Strontium Carbonate - 9-12; Silica Sand - 3-4; Nickel Powder - 72-78; and Aluminum - 3.1-3.6.
A method for forming an implantable electrode (100, 425, 705, 800) comprising: exposing a conductive surface (101, 445) of the implantable electrode with a first application of an excimer laser; creating a first surface texture on a conductive surface by increasing the surface roughness by a surface ablation application of the excimer laser or by forming an electroplated surface over the conductive surface; and modifying the first surface texture by melting and consolidating peaks of the first surface texture by subsequent application of the excimer laser to produce a second surface texture. exposing a conductive surface (101, 445) of the implantable electrode with a first application of an excimer laser; creating a first surface texture on a conductive surface by increasing the surface roughness by a surface ablation application of the excimer laser or by forming an electroplated surface over the conductive surface; and modifying the first surface texture by melting and consolidating peaks of the first surface texture by subsequent application of the excimer laser to produce a second surface texture.
A method of processing a web page in an electronic device, characterized by: in response to a request for displaying the web page, analyzing (S202, S402) the web page; determining (S203, S403) whether information corresponding to play of audio content is present within the web page; when the information corresponding to the play of audio content is present within the web page, determining whether the audio content is set to be automatically played; and if the audio content is set to be automatically played, displaying the web page and a generated interface for controlling at least one of playback and a volume level of the audio content, when an operation condition of the electronic device is at least one of a silent mode and a vibration mode, and automatically reducing the volume level of the audio content set to be automatically played during automatic play; wherein, when the information corresponding to the play of audio content is absent from the web page, the web page is displayed without displaying the interface, and wherein generating (S205, S404) the interface (330, 530) comprises adding an interface not already defined by the hypertext markup language, HTML, code of the web page. in response to a request for displaying the web page, analyzing (S202, S402) the web page; determining (S203, S403) whether information corresponding to play of audio content is present within the web page; when the information corresponding to the play of audio content is present within the web page, determining whether the audio content is set to be automatically played; and if the audio content is set to be automatically played, displaying the web page and a generated interface for controlling at least one of playback and a volume level of the audio content, when an operation condition of the electronic device is at least one of a silent mode and a vibration mode, and automatically reducing the volume level of the audio content set to be automatically played during automatic play; wherein, when the information corresponding to the play of audio content is absent from the web page, the web page is displayed without displaying the interface, and wherein generating (S205, S404) the interface (330, 530) comprises adding an interface not already defined by the hypertext markup language, HTML, code of the web page.
A method for operating a transmitting device to communicate with a receiving device, the method comprising, at the transmitting device: a) selecting a root index value from a set of root index values; b) generating a frequency domain Constant Amplitude Zero Auto-Correlation, CAZAC, sequence based on the selected root index value; c) modulating the frequency domain, CAZAC, sequence by a pseudo-noise, PN, sequence to generate a complex sequence; d) mapping the complex sequence to a plurality of subcarriers to generate an Orthogonal Frequency Division Multiplexing, OFDM, symbol; e) transmitting the OFDM symbol as an initial OFDM symbol of a preamble of a frame to the receiving device; and f) generating subsequent OFDM symbols of the preamble using steps b) to d), the generating of subsequent OFDM symbols of the preamble further comprising, at step b): applying respective cyclic shifts to the frequency domain CAZAC sequence, wherein each of the respective cyclic shifts is selected from a set of cyclic shifts based on respective frame configuration information to be signaled; and transmitting the subsequent OFDM symbols in the preamble of the frame, wherein a natural progression of the PN sequence is reset at a start of the preamble of a new frame. a) selecting a root index value from a set of root index values; b) generating a frequency domain Constant Amplitude Zero Auto-Correlation, CAZAC, sequence based on the selected root index value; c) modulating the frequency domain, CAZAC, sequence by a pseudo-noise, PN, sequence to generate a complex sequence; d) mapping the complex sequence to a plurality of subcarriers to generate an Orthogonal Frequency Division Multiplexing, OFDM, symbol; e) transmitting the OFDM symbol as an initial OFDM symbol of a preamble of a frame to the receiving device; and f) generating subsequent OFDM symbols of the preamble using steps b) to d), the generating of subsequent OFDM symbols of the preamble further comprising, at step b): applying respective cyclic shifts to the frequency domain CAZAC sequence, wherein each of the respective cyclic shifts is selected from a set of cyclic shifts based on respective frame configuration information to be signaled; and transmitting the subsequent OFDM symbols in the preamble of the frame, wherein a natural progression of the PN sequence is reset at a start of the preamble of a new frame. applying respective cyclic shifts to the frequency domain CAZAC sequence, wherein each of the respective cyclic shifts is selected from a set of cyclic shifts based on respective frame configuration information to be signaled; and transmitting the subsequent OFDM symbols in the preamble of the frame, wherein a natural progression of the PN sequence is reset at a start of the preamble of a new frame.
A coupling device (1, 1', 1") suitable for connecting a rigid male endpiece to a flexible female pipe, the device comprising: - a sleeve (10, 10") suitable for gripping the pipe and axially locking the endpiece, the sleeve having a radially inner part intended to surround an annular sealing lining mounted bearing on the endpiece, and - a socket (40, 40') comprising a tubular portion (41, 41') intended to be gripped by the pipe and ending with a collar comprising a radial step that extends by an axial end of the socket and that has a radial step height, said axial end being mounted radially inside and in contact with said radially inner part and forming a bottom of an annular groove suitable for receiving the lining, the device comprising assembly means that are suitable for mechanically assembling the sleeve to said collar and that comprise a continuous circumferential protuberance (13, 13") formed in a single piece with the sleeve, characterized in that said protuberance extends protruding bearing radially against said step, over a majority of said radial step height. - a sleeve (10, 10") suitable for gripping the pipe and axially locking the endpiece, the sleeve having a radially inner part intended to surround an annular sealing lining mounted bearing on the endpiece, and - a socket (40, 40') comprising a tubular portion (41, 41') intended to be gripped by the pipe and ending with a collar comprising a radial step that extends by an axial end of the socket and that has a radial step height, said axial end being mounted radially inside and in contact with said radially inner part and forming a bottom of an annular groove suitable for receiving the lining,
A dirt-collection chamber for a vacuum cleaner, the dirt-collection chamber having an air inlet and an air outlet, the dirt-collection chamber having a filter between the air inlet and the air outlet, the dirt-collection chamber having a disposal opening with an openable cover, characterised by a dirt-removal panel in the chamber which is movable towards and away from the disposal opening.
A method performed by a User Equipment (106, 210, 310, 410) having a first wireless interface for establishing a communication link with an eNodeB (102, 230, 330, 430) of an LTE Radio Access Network, and a second wireless interface for establishing a communication link with a Wi-Fi Access Point (104, 220, 320, 420), the method comprising the steps of receiving, by the User Equipment (106, 210, 310, 410) Packet Data Units, PDUs, encoded using the Packet Data Convergence Protocol, PDCP, via the second wireless interface; deriving, by the User Equipment (106, 210, 310, 410), PDCP sequence numbers from the successfully received PDCP PDUs; from the derived PDCP sequence numbers deriving, by the User Equipment (106, 210, 310, 410), missing PDCP sequence numbers and the number of missing PDCP sequence numbers, and sending to the eNodeB (102, 230, 330, 430), by the User Equipment (106, 210, 310, 410) in response to an event, a PDCP Status Report derived at least in part from the sequence numbers of the successfully received PDCP PDUs characterised in that the event is that an average ratio of a number of successfully received PDCP PDUs to a total number of PDCP PDUs expected by the UE falls below a pre-define threshold, wherein the total number of PDCP PDUs expected by the UE is based on the number of missing PDCP sequence numbers. receiving, by the User Equipment (106, 210, 310, 410) Packet Data Units, PDUs, encoded using the Packet Data Convergence Protocol, PDCP, via the second wireless interface; deriving, by the User Equipment (106, 210, 310, 410), PDCP sequence numbers from the successfully received PDCP PDUs; from the derived PDCP sequence numbers deriving, by the User Equipment (106, 210, 310, 410), missing PDCP sequence numbers and the number of missing PDCP sequence numbers, and sending to the eNodeB (102, 230, 330, 430), by the User Equipment (106, 210, 310, 410) in response to an event, a PDCP Status Report derived at least in part from the sequence numbers of the successfully received PDCP PDUs characterised in that the event is that an average ratio of a number of successfully received PDCP PDUs to a total number of PDCP PDUs expected by the UE falls below a pre-define threshold, wherein the total number of PDCP PDUs expected by the UE is based on the number of missing PDCP sequence numbers.
A position measurement system, comprising: a rod having a base, the rod being configured to be disposed with the base substantially in contact with a ground surface and a longitudinal axis in a substantially vertical position; said rod including a position measurement device and a tilt sensor; a processor in communication with the position measurement device and the tilt sensor; and a non-transitory computer readable medium having encoded thereon a set of instructions executable by the processor to cause the position measurement system to: receive tilt data from the tilt sensor, the tilt data indicating a tilt angle of the rod; and determine, based on the tilt data, that a tilt of the rod is within a specified tolerance from the vertical position; characterized by the set of instructions further comprising instructions to cause the position measurement system to capture position data, using the position measurement device, about a position of the position measurement system, when the tilt of the rod is determined to be within the specified tolerance from the vertical position. a rod having a base, the rod being configured to be disposed with the base substantially in contact with a ground surface and a longitudinal axis in a substantially vertical position; said rod including a position measurement device and a tilt sensor; a processor in communication with the position measurement device and the tilt sensor; and a non-transitory computer readable medium having encoded thereon a set of instructions executable by the processor to cause the position measurement system to: receive tilt data from the tilt sensor, the tilt data indicating a tilt angle of the rod; and determine, based on the tilt data, that a tilt of the rod is within a specified tolerance from the vertical position; characterized by the set of instructions further comprising instructions to cause the position measurement system to capture position data, using the position measurement device, about a position of the position measurement system, when the tilt of the rod is determined to be within the specified tolerance from the vertical position. receive tilt data from the tilt sensor, the tilt data indicating a tilt angle of the rod; and determine, based on the tilt data, that a tilt of the rod is within a specified tolerance from the vertical position; characterized by the set of instructions further comprising instructions to cause the position measurement system to capture position data, using the position measurement device, about a position of the position measurement system, when the tilt of the rod is determined to be within the specified tolerance from the vertical position.
An integrated circuit configured for communication with a universal integrated circuit card, the integrated circuit being characterized by comprising: a first processing circuit configured for communication with the universal integrated circuit card said first processing unit being configured for active mode and idle mode, the first processing circuit including a universal integrated circuit card physical connection and an automatic universal integrated circuit card polling in idle mode component; a second processing circuit that is independent from the first processing circuit and configured for communication with the universal integrated circuit card, the second processing circuit configured to poll the universal integrated circuit card while the first processing circuit is in an idle mode, the second processing circuit including a polling timer, the automatic universal integrated circuit card polling in idle mode component configured to move between an idle mode and active mode based on a notification from the polling timer. a first processing circuit configured for communication with the universal integrated circuit card said first processing unit being configured for active mode and idle mode, the first processing circuit including a universal integrated circuit card physical connection and an automatic universal integrated circuit card polling in idle mode component; a second processing circuit that is independent from the first processing circuit and configured for communication with the universal integrated circuit card, the second processing circuit configured to poll the universal integrated circuit card while the first processing circuit is in an idle mode, the second processing circuit including a polling timer, the automatic universal integrated circuit card polling in idle mode component configured to move between an idle mode and active mode based on a notification from the polling timer.
A laminate for improving the fire worthiness of a structure on a mobile platform, the laminate comprising: a first film layer configured to function as an outer surface of the structure when the laminate is applied to the structure; an ink layer disposed adjacent to the first film layer; an embossing resin layer disposed adjacent to the ink layer and including embossing resin that is fire retardant; and a second film layer (126, 226) disposed adjacent to the embossing resin layer, wherein the second film layer comprises tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride (THVTM) or fluoroethylene-propylene. a first film layer configured to function as an outer surface of the structure when the laminate is applied to the structure; an ink layer disposed adjacent to the first film layer; an embossing resin layer disposed adjacent to the ink layer and including embossing resin that is fire retardant; and a second film layer (126, 226) disposed adjacent to the embossing resin layer, wherein the second film layer comprises tetrafluoroethylene, hexafluoropropylene and vinylidene fluoride (THVTM) or fluoroethylene-propylene.
A refrigeration cycle apparatus, comprising: a refrigerant circuit connecting a compressor, a heat source-side heat exchanger, an expansion device, and a use-side heat exchanger to each other by connecting pipes; an outside air temperature sensor for detecting an outside air temperature; and a controller for operating the refrigeration cycle apparatus and for switching between a normal operation mode for controlling the refrigerant circuit based on an operation load of the use-side heat exchanger and a refrigerant amount determining mode for determining whether or not an amount of refrigerant in the refrigerant circuit is appropriate, the controller including a mode switching unit for switching the normal operation mode to the refrigerant amount determining mode when a start of a cooling operation or a heating operation is instructed by a user and the outside air temperature detected by the outside air temperature sensor is within a set temperature range. a refrigerant circuit connecting a compressor, a heat source-side heat exchanger, an expansion device, and a use-side heat exchanger to each other by connecting pipes; an outside air temperature sensor for detecting an outside air temperature; and a controller for operating the refrigeration cycle apparatus and for switching between a normal operation mode for controlling the refrigerant circuit based on an operation load of the use-side heat exchanger and a refrigerant amount determining mode for determining whether or not an amount of refrigerant in the refrigerant circuit is appropriate, the controller including a mode switching unit for switching the normal operation mode to the refrigerant amount determining mode when a start of a cooling operation or a heating operation is instructed by a user and the outside air temperature detected by the outside air temperature sensor is within a set temperature range.
A heat transfer system for a turbine engine including an annular casing with an array of generally radially-extending strut members disposed therein, the heat transfer system comprising: at least one primary heat pipe disposed at least partially inside a selected one of the strut members, wherein the at least one primary heat pipe has an elongated outer wall with closed ends defining a first sealed cavity; at least one secondary heat pipe disposed outside the fan casing and thermally coupled to the at least one primary heat pipe and to a heat source; characterized in that: the at least one secondary heat pipe has an elongate outer wall with closed ends defining a second sealed cavity; wherein the thermal coupling of the at least one secondary heat pipe to the at least one primary heat pipe and the heat source is such that heat from the heat source can be transferred through the secondary heat pipe to the primary heat pipe and to the selected strut member. at least one primary heat pipe disposed at least partially inside a selected one of the strut members, wherein the at least one primary heat pipe has an elongated outer wall with closed ends defining a first sealed cavity; at least one secondary heat pipe disposed outside the fan casing and thermally coupled to the at least one primary heat pipe and to a heat source; characterized in that: the at least one secondary heat pipe has an elongate outer wall with closed ends defining a second sealed cavity; wherein the thermal coupling of the at least one secondary heat pipe to the at least one primary heat pipe and the heat source is such that heat from the heat source can be transferred through the secondary heat pipe to the primary heat pipe and to the selected strut member.
A method of preparing a high purity mouse minute virus stock solution, wherein the MMV stock solution comprises a protein concentration of less than 100 fg/TCID 50, the method comprising the sequential steps of: (a) harvesting the culture supernatant of virus-infected cells grown under low serum conditions, wherein the culture supernatant is harvested after virus-induced cell lysis, thereby obtaining a viral sample; (b) concentrating the viral sample by ultrafiltration, and exchanging the culture supernatant for a suitable buffer; (c) precipitating the virus in the viral sample by ultracentrifugation, wherein the precipitated virus comprises a protein concentration of less than 100 fg/TCID 50; and (d) subjecting the precipitated virus to chromatographic polishing to remove trace impurities, thereby preparing a high purity MMV stock solution. (a) harvesting the culture supernatant of virus-infected cells grown under low serum conditions, wherein the culture supernatant is harvested after virus-induced cell lysis, thereby obtaining a viral sample; (b) concentrating the viral sample by ultrafiltration, and exchanging the culture supernatant for a suitable buffer; (c) precipitating the virus in the viral sample by ultracentrifugation, wherein the precipitated virus comprises a protein concentration of less than 100 fg/TCID 50; and (d) subjecting the precipitated virus to chromatographic polishing to remove trace impurities,
Process for the decomposition of N 2 O using a catalyst consisting of a cerium oxide, a lanthanum oxide, an oxide of an element chosen from the rare earth metals other than cerium and lanthanum and optionally an oxide of another element chosen from cobalt, iron, copper and zinc, it being possible for the catalyst to contain impurities.