mhurhangee/ep-ind-claims huggingface dataset:
A battery module in which a plurality of electric cells each having positive and negative electrode terminals (53A, 53B) is transversely juxtaposed, the battery module comprising: a plurality of connecting members electrically connecting the electrode terminals (53A, 53B) of electric cells adjacent to each other; and a flexible flat cable formed by flatly encapsulating an outer circumference of a flat conductor with an insulating resin and jointing the plurality of connecting members, wherein the flexible flat cable comprises folded portions, said folded portions of the flexible flat cable being disposed so that they are between adjacent connecting members and being formed by folding the flexible flat cable at folded lines, the folded lines extending in a direction crossing a longitudinal direction of the flexible flat cable; the flexible flat cable is a voltage detecting line measuring a voltage of the electric cells; the conductor of the flexible flat cable is directly connected with the connecting members; and each of the folded portions is composed of a piece of mountain folded portion, characterized in that the battery module further comprises a plurality of container members containing the connecting members, wherein the container members are provided with a holder for holding portions of the flexible flat cable other than the folded portions. a plurality of connecting members electrically connecting the electrode terminals (53A, 53B) of electric cells adjacent to each other; and a flexible flat cable formed by flatly encapsulating an outer circumference of a flat conductor with an insulating resin and jointing the plurality of connecting members, wherein the flexible flat cable comprises folded portions, said folded portions of the flexible flat cable being disposed so that they are between adjacent connecting members and being formed by folding the flexible flat cable at folded lines, the folded lines extending in a direction crossing a longitudinal direction of the flexible flat cable; the flexible flat cable is a voltage detecting line measuring a voltage of the electric cells; the conductor of the flexible flat cable is directly connected with the connecting members; and each of the folded portions is composed of a piece of mountain folded portion, characterized in that the battery module further comprises a plurality of container members containing the connecting members, wherein the container members are provided with a holder for holding portions of the flexible flat cable other than the folded portions.
One or more non-transitory, computer-readable media having instructions stored thereon, wherein the instructions, in response to execution by a user equipment, UE, cause the UE to: identify a channel state information reference signal, CSI-RS, received by the UE; determine channel state information, CSI, based on the CSI-RS; select a first index, a second index, and a third index based on the CSI, wherein the first index, the second index, and the third index comprise a precoding matrix indicator for a three-dimensional codebook, wherein the three-dimensional codebook includes a plurality of codewords, wherein each of the plurality of codewords is constructed as a product of a first matrix, a second matrix, and a third matrix, and wherein the first index corresponds to the first matrix, the second index corresponds to the second matrix, and the third index corresponds to the third matrix; and generate a report for transmission to a base station, wherein the report includes an indication of the first index, the second index, and the third index; characterized in that at least one of the non-zero elements in the first matrix is constructed as a non-discrete Fourier transform, non-DFT, vector, and at least one other non-zero element is constructed as a DFT vector. identify a channel state information reference signal, CSI-RS, received by the UE; determine channel state information, CSI, based on the CSI-RS; select a first index, a second index, and a third index based on the CSI, wherein the first index, the second index, and the third index comprise a precoding matrix indicator for a three-dimensional codebook, wherein the three-dimensional codebook includes a plurality of codewords, wherein each of the plurality of codewords is constructed as a product of a first matrix, a second matrix, and a third matrix, and wherein the first index corresponds to the first matrix, the second index corresponds to the second matrix, and the third index corresponds to the third matrix; and generate a report for transmission to a base station, wherein the report includes an indication of the first index, the second index, and the third index; characterized in that at least one of the non-zero elements in the first matrix is constructed as a non-discrete Fourier transform, non-DFT, vector, and at least one other non-zero element is constructed as a DFT vector.
A device comprising: a NAND-flash memory comprising a read-only portion storing boot code and a key; and a system on a chip (SoC), coupled to the NAND-flash memory, the SoC comprising: a read-only memory storing one or more instructions; and a processor configured to: execute, upon startup, the one or more instructions stored in the ROM to request from the NAND-flash memory the boot code and the key; and load and execute the boot code to perform a chain of trust verification process on subsequent code during a booting process using the key, wherein the chain of trust verification process includes verifying a signature of the subsequent code based on the key from the NAND-flash memory; and if the chain of trust verification process returns an invalid signature, stop the booting process and execute instructions stored in the read-only portion of the NAND-flash memory to set the SoC in a recovery mode. a NAND-flash memory comprising a read-only portion storing boot code and a key; and a system on a chip (SoC), coupled to the NAND-flash memory, the SoC comprising: a read-only memory storing one or more instructions; and a processor configured to: execute, upon startup, the one or more instructions stored in the ROM to request from the NAND-flash memory the boot code and the key; and load and execute the boot code to perform a chain of trust verification process on subsequent code during a booting process using the key, wherein the chain of trust verification process includes verifying a signature of the subsequent code based on the key from the NAND-flash memory; and if the chain of trust verification process returns an invalid signature, stop the booting process and execute instructions stored in the read-only portion of the NAND-flash memory to set the SoC in a recovery mode. a read-only memory storing one or more instructions; and a processor configured to: execute, upon startup, the one or more instructions stored in the ROM to request from the NAND-flash memory the boot code and the key; and load and execute the boot code to perform a chain of trust verification process on subsequent code during a booting process using the key, wherein the chain of trust verification process includes verifying a signature of the subsequent code based on the key from the NAND-flash memory; and if the chain of trust verification process returns an invalid signature, stop the booting process and execute instructions stored in the read-only portion of the NAND-flash memory to set the SoC in a recovery mode. execute, upon startup, the one or more instructions stored in the ROM to request from the NAND-flash memory the boot code and the key; and load and execute the boot code to perform a chain of trust verification process on subsequent code during a booting process using the key, wherein the chain of trust verification process includes verifying a signature of the subsequent code based on the key from the NAND-flash memory; and if the chain of trust verification process returns an invalid signature, stop the booting process and execute instructions stored in the read-only portion of the NAND-flash memory to set the SoC in a recovery mode.
A projection apparatus, configured to be disposed on a vehicle door (104L, 104R) of a vehicle, the projection apparatus (100, 100L, 100R, 100') comprising an illumination source, a projection display apparatus and a controller, wherein the illumination source is configured to provide an illumination beam, the projection display apparatus comprises a light valve module, the light valve module including a spatial light modulator is disposed on a transmission path of the illumination beam, and is configured to convert the illumination beam into a projection beam with an image content, and the controller is coupled to the projection display apparatus, and is configured to determine whether the vehicle door is a first vehicle door or a second vehicle door according to an opening operation of the vehicle door, wherein the first vehicle door and the second vehicle door are located on different sides of the vehicle; wherein when the projection apparatus is disposed on the first vehicle door, the light valve module is configured to receive image data of a first image to project the projection beam displaying the first image and the image content of the first image is seen by a passenger getting off from the first vehicle door; characterized in that: when the projection apparatus is disposed on the second vehicle door, the light valve module is configured to receive pre-compensated image data of the first image to form an adjusted image to project the projection beam displaying the adjusted image, such that the passenger getting off from the second vehicle door obtains the same visual effect as the passenger getting off from the first vehicle door, and sees the same image content. the illumination source is configured to provide an illumination beam, the projection display apparatus comprises a light valve module, the light valve module including a spatial light modulator is disposed on a transmission path of the illumination beam, and is configured to convert the illumination beam into a projection beam with an image content, and the controller is coupled to the projection display apparatus, and is configured to determine whether the vehicle door is a first vehicle door or a second vehicle door according to an opening operation of the vehicle door, wherein the first vehicle door and the second vehicle door are located on different sides of the vehicle; wherein when the projection apparatus is disposed on the first vehicle door, the light valve module is configured to receive image data of a first image to project the projection beam displaying the first image and the image content of the first image is seen by a passenger getting off from the first vehicle door;
A medical device comprising: a cardiac electrical signal sensing circuit configured to: sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; a control circuit configured to: in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing. a cardiac electrical signal sensing circuit configured to: sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; sense at least one cardiac electrical signal; detect cardiac events from the at least one cardiac electrical signal; a control circuit configured to: in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing. in response to each one of a plurality of cardiac events detected from the at least one cardiac electrical signal, determine a signal feature from a segment of the at least one cardiac electrical signal; detect an alternating pattern of the signal feature determined from consecutive segments of the at least one cardiac electrical signal; determine a gross morphology metric from each of at least one segment of the consecutive segments; determine that the gross morphology metric does not meet a tachyarrhythmia morphology criteria; detect cardiac event oversensing in response to the gross morphology metric not meeting the tachyarrhythmia morphology criteria and detecting the alternating pattern; and withhold detection of an arrhythmia in response to detecting the cardiac event oversensing.
Method for determining a switch-off moment of a care process for treating items of laundry introduced into a household appliance, wherein a course of a total heat energy for the care of the items of laundry is defined and an electrical voltage (U w) dropping against an electrical resistance of the items of laundry due to an electrical current of specified strength is determined during the care process, and the switch-off moment is determined as a function of the course of the total heat energy during the care process, a total of the predefined total heat energy (E Target) and the actual value of the electrical voltage (U w) of the items of laundry.
A system for magnetically controlling a device, the system comprising: a magnetic controller external to the device, the magnetic controller including: a magnetic device for altering a surrounding magnetic field of the device; one or more input actuators, each operatively coupled to the magnetic device and that when actuated cause the magnetic device alter the surrounding magnetic field according to a predefined change associated with the input actuator; and a model executable by the device and characterised in that the model models as device inputs the differences in the surrounding magnetic field of the device caused by the actuation of the one or more input actuators; wherein the magnetic device comprises an electric device (110, 402) that is operable to induce a magnetic field that alters the surrounding magnetic field based on the predefined changes associated with the input actuators. a magnetic controller external to the device, the magnetic controller including: a magnetic device for altering a surrounding magnetic field of the device; one or more input actuators, each operatively coupled to the magnetic device and that when actuated cause the magnetic device alter the surrounding magnetic field according to a predefined change associated with the input actuator; and a model executable by the device and characterised in that the model models as device inputs the differences in the surrounding magnetic field of the device caused by the actuation of the one or more input actuators; a magnetic device for altering a surrounding magnetic field of the device; one or more input actuators, each operatively coupled to the magnetic device and that when actuated cause the magnetic device alter the surrounding magnetic field according to a predefined change associated with the input actuator; and a model executable by the device and characterised in that the model models as device inputs the differences in the surrounding magnetic field of the device caused by the actuation of the one or more input actuators; wherein the magnetic device comprises an electric device (110, 402) that is operable to induce a magnetic field that alters the surrounding magnetic field based on the predefined changes associated with the input actuators.
A method of producing a heterologous acetyl-CoA derived (HACD) compound in a host cell comprising: (a) culturing a population of genetically modified host cells capable of producing the HACD compound selected from the group consisting of an isoprenoid, a fatty acid and a polyketide, which are biosynthesized by the host cells using acetyl-CoA as a precursor, in a culture medium comprising a carbon source and a limiting amount of pantothenate, wherein the limiting amount of pantothenate limits the production of the HACD compound by the host cell; followed by (b) culturing said population or a subpopulation thereof in a culture medium comprising a carbon source and a non-limiting amount of pantothenate, wherein the non-limiting amount of pantothenate is an amount greater than the limiting amount of pantothenate, wherein said population or subpopulation thereof produces a greater amount of the HACD compound in the presence of the non-limiting amount of pantothenate. (a) culturing a population of genetically modified host cells capable of producing the HACD compound selected from the group consisting of an isoprenoid, a fatty acid and a polyketide, which are biosynthesized by the host cells using acetyl-CoA as a precursor, in a culture medium comprising a carbon source and a limiting amount of pantothenate, wherein the limiting amount of pantothenate limits the production of the HACD compound by the host cell; followed by (b) culturing said population or a subpopulation thereof in a culture medium comprising a carbon source and a non-limiting amount of pantothenate, wherein the non-limiting amount of pantothenate is an amount greater than the limiting amount of pantothenate, wherein said population or subpopulation thereof produces a greater amount of the HACD compound in the presence of the non-limiting amount of pantothenate.
A resist patterning method comprising: a resist layer forming step of forming, on a substrate, a resist layer containing a base resin, a sensitizer precursor (Pp), a strong acid generator, and a base (Ba); a patterned exposure step of performing patterned exposure on the resist layer to produce a sensitizer (Ps) from the sensitizer precursor (Pp); a flood exposure step of performing flood exposure on the resist layer in which the sensitizer (Ps) has been produced to produce an acid from the strong acid generator after the patterned exposure step; and a developing step of developing the resist layer after the flood exposure step, wherein the patterned exposure step includes: a step of producing a strong acid (SAc) from the strong acid generator; a step of producing the sensitizer (Ps) through a reaction between the strong acid (SAc) and the sensitizer precursor (Pp); and a step of producing a weak acid (WAc) through a reaction between the strong acid (SAc) and the base (Ba), and producing the sensitizer (Ps) through a reaction between the weak acid (WAc) and the sensitizer precursor (Pp). a resist layer forming step of forming, on a substrate, a resist layer containing a base resin, a sensitizer precursor (Pp), a strong acid generator, and a base (Ba); a patterned exposure step of performing patterned exposure on the resist layer to produce a sensitizer (Ps) from the sensitizer precursor (Pp); a flood exposure step of performing flood exposure on the resist layer in which the sensitizer (Ps) has been produced to produce an acid from the strong acid generator after the patterned exposure step; and a developing step of developing the resist layer after the flood exposure step, wherein the patterned exposure step includes: a step of producing a strong acid (SAc) from the strong acid generator; a step of producing the sensitizer (Ps) through a reaction between the strong acid (SAc) and the sensitizer precursor (Pp); and a step of producing a weak acid (WAc) through a reaction between the strong acid (SAc) and the base (Ba), and producing the sensitizer (Ps) through a reaction between the weak acid (WAc) and the sensitizer precursor (Pp). a step of producing a strong acid (SAc) from the strong acid generator; a step of producing the sensitizer (Ps) through a reaction between the strong acid (SAc) and the sensitizer precursor (Pp); and a step of producing a weak acid (WAc) through a reaction between the strong acid (SAc) and the base (Ba), and producing the sensitizer (Ps) through a reaction between the weak acid (WAc) and the sensitizer precursor (Pp).
An animal containment enrichment composition, comprising one or more sheets, wherein at least one of the one or more sheets comprises an array of scores defining a flat array of strips in the sheet, wherein the array of scores is configured for an animal to remove strips in the flat array of strips from the sheet, and wherein the shape of one or more strips in the flat array of strips is sinusoidal or zig-zag.
Method for the start of a power plant installation comprising a gas turbine, a generator coupled to the gas turbine, and a frequency convertor, which is connectable to an electrical grid to feed current with a grid frequency, characterized in that, during a start of the gas turbine, the frequency convertor is controlled before the nominal rotational speed of the gas turbine is reached, such that it generates an output current with the grid frequency and the generator is connected to the electrical grid via the frequency convertor, electrical power is output to the electrical grid by the generator before the nominal rotational speed of the gas turbine is reached and that the acceleration of the gas turbine is controlled by controlling the power output to the grid as soon as the generator outputs electrical power to the grid via the frequency convertor.