mhurhangee/patent-ind-claim-en huggingface dataset:
A cylindrical secondary battery module , comprising: a plurality of cylindrical secondary battery cells respectively having a battery case in which an electrode assembly and an electrolyte are accommodated; a cell frame at which the plurality of cylindrical secondary battery cells are disposed; and a bus bar electrically connected to the cylindrical secondary battery cells and having a fusing portion , wherein the bus bar has a plurality of layers made of different materials from each other; wherein the bus bar includes: at least one synthetic resin film having a hollow formed therein; and a conductive plate protected by the synthetic resin film ; wherein the conductive plate includes: a welding portion provided to be coupled to the cylindrical secondary battery cell by welding; a hole formed along a periphery of the welding portion ; a large-area plate portion spaced apart from the welding portion by the hole to be distinguished from the welding portion ; and the fusing portion formed to connect the welding portion and the large-area plate portion so as to be cut off when an overcurrent flows at the conductive plate ; wherein the synthetic resin film is coupled to an upper side and a lower side of the conductive plate to surround the conductive plate , and the welding portion is exposed to the outside through the hollow . a plurality of cylindrical secondary battery cells respectively having a battery case in which an electrode assembly and an electrolyte are accommodated; a cell frame at which the plurality of cylindrical secondary battery cells are disposed; and a bus bar electrically connected to the cylindrical secondary battery cells and having a fusing portion , wherein the bus bar has a plurality of layers made of different materials from each other; at least one synthetic resin film having a hollow formed therein; and a conductive plate protected by the synthetic resin film ; a welding portion provided to be coupled to the cylindrical secondary battery cell by welding; a hole formed along a periphery of the welding portion ; a large-area plate portion spaced apart from the welding portion by the hole to be distinguished from the welding portion ; and the fusing portion formed to connect the welding portion and the large-area plate portion so as to be cut off when an overcurrent flows at the conductive plate ;
A method for transmitting access information of a broadcast service in a transmitter of a broadcasting system, the method characterized by the steps of: generating, by the transmitter, an access fragment as access information, said access fragment including an access type element for indicating which delivery mode is used for delivering content of the broadcasting service, among a broadcast delivery mode or a unicast delivery mode, and transmitting, by the transmitter, the access information including the access type element to a terminal.
A centrifuge for separating at least one solid material (F) out of a suspension (S), in particular a waste suspension, comprising the solid matter (F) as well as a polymer solution (P) with at least one solvent (L) and at least one plastic (K) dissolved therein, having a housing with a rotary insert rotatably mounted therein, comprising a formation of the housing enclosing the rotary insert such that the suspension (S) can be centrifuged within the housing in a gas-tight manner, characterized by an inertization device designed and arranged for increasing an inner pressure at least to a value for a vapor pressure of the solvent (L), and characterized by a condenser connected to the housing , which is designed for manipulating an inner pressure within the housing .
A memory device comprising: a three-dimensional memory cell array including a first memory block (BLK0) and a second memory block (BLK1) adjacently disposed in a first horizontal direction (HD1); driving signal lines (SS, SI, GS) respectively corresponding to vertically stacked word lines (WL); and a pass transistor circuit (210; 210'; 210a; 210A; 210A'; 210B; 210B') including an odd number of pass transistor groups (GRO, GR1, GR2) and connected between the driving signal lines and the three-dimensional memory cell array , wherein the odd number of pass transistor groups (GRO, GR1, GR2) are arranged along the first horizontal direction (HD1), and one of the odd number of pass transistor groups includes: a first pass transistor (TRa_0; TR32) connected between a first word line (WL0) of the first memory block (BLK0) and a first driving signal line among the driving signal lines, and a second pass transistor (TRa_1; TR31) connected between a first word line of the second memory block (BLK0) and the first driving signal line and adjacently disposed to the first pass transistor (TRa_0) in a second horizontal direction (HD2). a three-dimensional memory cell array including a first memory block (BLK0) and a second memory block (BLK1) adjacently disposed in a first horizontal direction (HD1); driving signal lines (SS, SI, GS) respectively corresponding to vertically stacked word lines (WL); and a pass transistor circuit (210; 210'; 210a; 210A; 210A'; 210B; 210B') including an odd number of pass transistor groups (GRO, GR1, GR2) and connected between the driving signal lines and the three-dimensional memory cell array , wherein the odd number of pass transistor groups (GRO, GR1, GR2) are arranged along the first horizontal direction (HD1), and one of the odd number of pass transistor groups includes: a first pass transistor (TRa_0; TR32) connected between a first word line (WL0) of the first memory block (BLK0) and a first driving signal line among the driving signal lines, and a second pass transistor (TRa_1; TR31) connected between a first word line of the second memory block (BLK0) and the first driving signal line and adjacently disposed to the first pass transistor (TRa_0) in a second horizontal direction (HD2).
A process for making an article of manufacture from a soft-magnetic Fe-Co alloy comprising the following steps in this order: providing a substantially flat, elongated article formed of a soft-magnetic Fe-Co alloy, said Fe-Co alloy having a crystal lattice structure that consists essentially of a disordered phase by carrying out the following steps: melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; performing a pre-fabrication annealing step at 600-870°C in a non-oxidizing atmosphere followed by cooling in air to room temperature; fabricating an article of manufacture from the elongated article of the Fe-Co alloy; and then post-fabrication annealing the article of manufacture at 704-871 °C in a protective atmosphere followed by cooling at 133-222°C/h to 316°C and further cooling to room temperature. providing a substantially flat, elongated article formed of a soft-magnetic Fe-Co alloy, said Fe-Co alloy having a crystal lattice structure that consists essentially of a disordered phase by carrying out the following steps: melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; performing a pre-fabrication annealing step at 600-870°C in a non-oxidizing atmosphere followed by cooling in air to room temperature; fabricating an article of manufacture from the elongated article of the Fe-Co alloy; and then post-fabrication annealing the article of manufacture at 704-871 °C in a protective atmosphere followed by cooling at 133-222°C/h to 316°C and further cooling to room temperature.
A bolt lock device comprising: a bolt member ; a receiving member which includes a structure for receiving a first end of the bolt member; a tethering member connected to the receiving member and to the bolt member , the tethering member comprising a conductive medium , wherein when the first end of the bolt member has been received in the receiving member , an electrically conductive pathway is formed from the conductive medium, through at least a portion of the bolt member and at least a portion of the receiving member ; and a sensory circuit disposed in the receiving member , the sensory circuit comprising a memory, wherein the sensory circuit is operable to transmit electrical current through the electrically conductive pathway so as to detect whether the circuit has been interrupted, the sensory circuit being further operable to record the current date and time in the memory in the event of a detected interruption. a bolt member ; a receiving member which includes a structure for receiving a first end of the bolt member; a tethering member connected to the receiving member and to the bolt member , the tethering member comprising a conductive medium , wherein when the first end of the bolt member has been received in the receiving member , an electrically conductive pathway is formed from the conductive medium, through at least a portion of the bolt member and at least a portion of the receiving member ; and a sensory circuit disposed in the receiving member , the sensory circuit comprising a memory, wherein the sensory circuit is operable to transmit electrical current through the electrically conductive pathway so as to detect whether the circuit has been interrupted, the sensory circuit being further operable to record the current date and time in the memory in the event of a detected interruption.
A turbofan engine , comprising: a first magnetic gearbox assembly connected to a fan of the turbofan engine ; a second magnetic gearbox assembly connected to a spool shaft of the turbofan engine ; a switch in a winding circuit in one of the gearbox assemblies for coupling and decoupling the first magnetic gearbox assembly with the second magnetic gearbox assembly ; and a speed controller configured to adjust a portion of the rotational energy transferred to the fan based on a duty cycle of the switch to thereby control a rotational speed of the fan based on a rotational speed of the spool shaft by selectively coupling and decoupling the first magnetic gearbox assembly with the second magnetic gearbox assembly . a first magnetic gearbox assembly connected to a fan of the turbofan engine ; a second magnetic gearbox assembly connected to a spool shaft of the turbofan engine ; a switch in a winding circuit in one of the gearbox assemblies for coupling and decoupling the first magnetic gearbox assembly with the second magnetic gearbox assembly ; and a speed controller configured to adjust a portion of the rotational energy transferred to the fan based on a duty cycle of the switch to thereby control a rotational speed of the fan based on a rotational speed of the spool shaft by selectively coupling and decoupling the first magnetic gearbox assembly with the second magnetic gearbox assembly .
A method implemented by a computing system including one or more processors and storage media storing machine-readable instructions, wherein the method is performed using the one or more processors, the method comprising: receiving a job from a client; inserting the job into a job queue ; processing a new module for the job comprising starting the new module ; comparing the job with a set of cooldown modules to determine whether a compatible cooldown module is available, wherein a cooldown module refers to a module that has completed its assigned job, has not been assigned a new job, and has not been terminated; before the new module is started and ready for the job, in response to the compatible cooldown module being available, assigning the job to the compatible cooldown module and terminating processing of the new module ; in response to the new module being ready and a compatible cooldown module not being available, assigning the job to the new module ; in response to none of the cooldown modules within the set of cooldown modules being compatible with the job, terminating some of the cooldown modules according to their life length, wherein the life length is a duration for which a cooldown module is kept alive after completing its job and during which it may be assigned a new job and wherein the life length is positively correlated with the magnitude of resource expenditure to start up the module and the frequency of the jobs with which the module is compatible. receiving a job from a client; inserting the job into a job queue ; processing a new module for the job comprising starting the new module ; comparing the job with a set of cooldown modules to determine whether a compatible cooldown module is available, wherein a cooldown module refers to a module that has completed its assigned job, has not been assigned a new job, and has not been terminated; before the new module is started and ready for the job, in response to the compatible cooldown module being available, assigning the job to the compatible cooldown module and terminating processing of the new module ; in response to the new module being ready and a compatible cooldown module not being available, assigning the job to the new module ; in response to none of the cooldown modules within the set of cooldown modules being compatible with the job, terminating some of the cooldown modules according to their life length, wherein the life length is a duration for which a cooldown module is kept alive after completing its job and during which it may be assigned a new job and wherein the life length is positively correlated with the magnitude of resource expenditure to start up the module and the frequency of the jobs with which the module is compatible.
A method of wireless communication, comprising: receiving , by a base station, a symbol in an uplink communication, wherein the uplink communication uses a two-tone modulation scheme and is associated with a resource allocation at sub physical resource block granularity, wherein the resource allocation at the sub physical resource block granularity is a resource allocation of three subcarriers, where only two of the three subcarriers are used by a UE for transmitting the uplink communication based on the two-tone modulation scheme; determining , by the base station, a phase rotation for the symbol associated with the uplink communication, wherein the phase rotation is determined based at least in part on a tone index associated with the resource allocation, wherein the tone index is a reference tone index, associated with the resource allocation, wherein the reference tone index is the same for multiple symbols, and wherein the reference tone index is based at least in part on tone indexes of the two tones associated with the resource allocation of three subcarriers; and applying , by the base station, the phase rotation to the symbol. receiving , by a base station, a symbol in an uplink communication, wherein the uplink communication uses a two-tone modulation scheme and is associated with a resource allocation at sub physical resource block granularity, wherein the resource allocation at the sub physical resource block granularity is a resource allocation of three subcarriers, where only two of the three subcarriers are used by a UE for transmitting the uplink communication based on the two-tone modulation scheme; determining , by the base station, a phase rotation for the symbol associated with the uplink communication, wherein the phase rotation is determined based at least in part on a tone index associated with the resource allocation, wherein the tone index is a reference tone index, associated with the resource allocation, wherein the reference tone index is the same for multiple symbols, and wherein the reference tone index is based at least in part on tone indexes of the two tones associated with the resource allocation of three subcarriers; and applying , by the base station, the phase rotation to the symbol.
A method of treating a metal surface, the method comprising forming a second metal layer on a first metal layer ; treating the second metal layer with micro-arc oxidation to form a first metal oxide coating on metal surface of the second metal layer , removing a portion of the first metal oxide coating to form an exposed metal surface of the second metal layer , and treating the exposed metal surface with micro-arc oxidation to form a second metal oxide coating on the exposed metal surface.
A gem identification method, comprising the steps of: (a) placing a sample to be detected over a light transmission hole on a carrying surface of an object table and emitting, by an optical probe disposed below the carrying surface , an exciting light onto the sample through the light transmission hole and then collecting a Raman scattered light from the sample by the optical probe , wherein the light transmission hole has a variable diameter; (b) acquiring a Raman spectrogram of the sample from the collected Raman scattered light from the sample ; and (c) comparing the Raman spectrogram with a reference Raman spectrogram library for gems to identify the sample . (a) placing a sample to be detected over a light transmission hole on a carrying surface of an object table and emitting, by an optical probe disposed below the carrying surface , an exciting light onto the sample through the light transmission hole and then collecting a Raman scattered light from the sample by the optical probe , wherein the light transmission hole has a variable diameter; (b) acquiring a Raman spectrogram of the sample from the collected Raman scattered light from the sample ; and (c) comparing the Raman spectrogram with a reference Raman spectrogram library for gems to identify the sample .
A method for detecting malware software in a network connected computer system comprising: accessing a plurality of hostnames for a malware server from a training computer system infected with malware and attempting to communicate with the malware server, each of the plurality of hostnames include a plurality of symbols in each of a plurality of symbol positions; training an autoencoder based on each of the plurality of hostnames, wherein the autoencoder includes: a set of input units for each possible symbol and symbol position in a hostname; output units each for storing an output of the autoencoder; and a set of hidden units smaller in number than the set of input units and each interconnecting all input units and all output units with weighted interconnections, such that the autoencoder is trainable to provide an approximated reconstruction of values of the input units at the output units; selecting a set of one or more symbol and symbol position tuples based on weights of interconnections in the trained autoencoder; and identifying an infected computer system based on an attempted communication, by the infected computer system, to hostnames having symbols in symbol positions at least partially consistent with the tuples in the selected set. accessing a plurality of hostnames for a malware server from a training computer system infected with malware and attempting to communicate with the malware server, each of the plurality of hostnames include a plurality of symbols in each of a plurality of symbol positions; training an autoencoder based on each of the plurality of hostnames, wherein the autoencoder includes: a set of input units for each possible symbol and symbol position in a hostname; output units each for storing an output of the autoencoder; and a set of hidden units smaller in number than the set of input units and each interconnecting all input units and all output units with weighted interconnections, such that the autoencoder is trainable to provide an approximated reconstruction of values of the input units at the output units; selecting a set of one or more symbol and symbol position tuples based on weights of interconnections in the trained autoencoder; and identifying an infected computer system based on an attempted communication, by the infected computer system, to hostnames having symbols in symbol positions at least partially consistent with the tuples in the selected set.
A device for producing tubular bags sealed on multiple sides, the device comprising a forming shoulder for deforming a plane film web into an envelope web , a forming tube which is surrounded by the envelope web , and a longitudinal seal former which surrounds the forming tube and which has a film guide for forming film overlap areas extending in the transport direction of the film web and which comprises a heat sealer for forming longitudinal sealed seams in the film overlap areas , the forming tube having, adjacent to a forming shoulder outlet , a number of fins for forming the film overlap areas , the number of fins corresponding to the number of longitudinal sealed seams, and the film guide having first and second film guide elements , a first and a second film guide element being associated with each fin , each fin being disposed between a first and a second film guide element in such a manner that a double guide gap is formed, characterized in that the first and second film guide elements are adjustable independently of each other in terms of their position relative to the fin .
An air trap chamber comprising: a chamber body that has a generally cylindrical shape and has one end defined with respect to a central axis and covered with a top wall having an inlet , and the other end having an outlet , so that a liquid flows down from the inlet to the outlet ; and an inlet pipe that extends from the inlet into the chamber body , and has an ejection port being an end opening, wherein the chamber body has the following regions in which liquid flows: an upper region extending from the top wall inner surface to the inlet pipe , a lower region connected to the outlet , and a connection region connecting the upper region and the lower region , the inner peripheral surface of the upper region has a larger diameter than the inner peripheral surface of the lower region , and the inner peripheral surface of the connection region has an inclined surface formed by reducing the diameter from a point of connection to the upper region to a point of connection to the lower region , characterized in that the ejection port of the inlet pipe is provided in the inner peripheral surface of the chamber body facing in a circumferential direction, wherein the inner peripheral surface of the connection region has an oblique circular truncated cone shape having a vertical surface parallel with the inner peripheral surface of the upper region . a chamber body that has a generally cylindrical shape and has one end defined with respect to a central axis and covered with a top wall having an inlet , and the other end having an outlet , so that a liquid flows down from the inlet to the outlet ; and an inlet pipe that extends from the inlet into the chamber body , and has an ejection port being an end opening, wherein the chamber body has the following regions in which liquid flows: an upper region extending from the top wall inner surface to the inlet pipe , a lower region connected to the outlet , and a connection region connecting the upper region and the lower region , an upper region extending from the top wall inner surface to the inlet pipe , a lower region connected to the outlet , and a connection region connecting the upper region and the lower region , the inner peripheral surface of the upper region has a larger diameter than the inner peripheral surface of the lower region , and the inner peripheral surface of the connection region has an inclined surface formed by reducing the diameter from a point of connection to the upper region to a point of connection to the lower region , characterized in that the ejection port of the inlet pipe is provided in the inner peripheral surface of the chamber body facing in a circumferential direction, wherein the inner peripheral surface of the connection region has an oblique circular truncated cone shape having a vertical surface parallel with the inner peripheral surface of the upper region .