mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: one or more storage media including a set of instructions for determining a path of a moving device; and one or more processors configured to communicate with the one or more storage media, wherein when executing the set of instructions, the one or more processors are directed to, for each moving device of a plurality of moving devices: obtain a plurality of location points relating to the moving device; determine at least one average velocity of the moving device between two of the plurality of location points based on position and time information corresponding to the two location points; remove at least one interfering location point from the plurality of location points based on the at least one average velocity; determine remainders of the plurality of location points as a set of effective location points; determine a path of the moving device based on the set of effective location points; store data for the path of the moving device in the one or more storage media; and the system being characterised by the one or more processors being further directed to construct a map based on the determined paths corresponding to the plurality of moving devices. one or more storage media including a set of instructions for determining a path of a moving device; and one or more processors configured to communicate with the one or more storage media, wherein when executing the set of instructions, the one or more processors are directed to, for each moving device of a plurality of moving devices: obtain a plurality of location points relating to the moving device; determine at least one average velocity of the moving device between two of the plurality of location points based on position and time information corresponding to the two location points; remove at least one interfering location point from the plurality of location points based on the at least one average velocity; determine remainders of the plurality of location points as a set of effective location points; determine a path of the moving device based on the set of effective location points; store data for the path of the moving device in the one or more obtain a plurality of location points relating to the moving device; determine at least one average velocity of the moving device between two of the plurality of location points based on position and time information corresponding to the two location points; remove at least one interfering location point from the plurality of location points based on the at least one average velocity; determine remainders of the plurality of location points as a set of effective location points; determine a path of the moving device based on the set of effective location points; store data for the path of the moving device in the one or more storage media; and the system being characterised by the one or more processors being further directed to construct a map based on the determined paths corresponding to the plurality of moving devices.
A method of searching digital works comprising the steps of: applying an encryption function to individual elements within a digital work to form a set of encrypted index elements; storing the index elements as an index for the digital work, wherein storing the index elements comprises joining the index elements to form a single string and then separating the single string into an array of similar length data units and replicating a portion of data components found in each data unit in the following data unit in the array; receiving a plain text search term; applying the encryption function to one or more individual elements within the plain text search term to convert the search term into one or more encrypted search term elements; identifying a digital work having an index containing one or more encrypted index elements that match one or more of the encrypted search term elements; and returning search results of the identified digital work. applying an encryption function to individual elements within a digital work to form a set of encrypted index elements; storing the index elements as an index for the digital work, wherein storing the index elements comprises joining the index elements to form a single string and then separating the single string into an array of similar length data units and replicating a portion of data components found in each data unit in the following data unit in the array; receiving a plain text search term; applying the encryption function to one or more individual elements within the plain text search term to convert the search term into one or more encrypted search term elements; identifying a digital work having an index containing one or more encrypted index elements that match one or more of the encrypted search term elements; and returning search results of the identified digital work.
A closure system for a container, comprising a cap and a ring defining a container opening, which are suitable for screw engagement to seal the opening, the ring extending around a central axis, the cap comprising a substantially circular top wall from which there extends a downward annular skirt having an annular bottom edge and a radially inward face provided with a screw thread, the ring having an annular rim forming the opening, an annular collar projecting out radially as far as a radially outermost face 17(b) and a screw thread, complementary to the screw thread of the cap located between the collar and the rim of the ring, characterized in that the skirt of the cap comprises two axially spaced annular barrier members (30, 34) in contact with said collar, the lower barrier member of said two barrier members projecting from the radially inward face and being adapted for bearing in an substantially radial direction against the entire periphery of the radially outermost face of the collar.
A system for assigning addresses to a plurality of devices (160,108,110) within a network, the system comprising a memory and at least one processor coupled to the memory and being configured to: instruct all of the plurality of devices to respectively select a first dynamic address from a first set of dynamic addresses; respectively assign a different static address to each device having a first dynamic address that uniquely identifies the device; instruct all of the plurality of devices having a first dynamic address that identifies at least two devices to respectively select a second dynamic address from a second set of dynamic addresses; and respectively assign another different static address to each device having a second dynamic address that uniquely identifies the device. instruct all of the plurality of devices to respectively select a first dynamic address from a first set of dynamic addresses; respectively assign a different static address to each device having a first dynamic address that uniquely identifies the device; instruct all of the plurality of devices having a first dynamic address that identifies at least two devices to respectively select a second dynamic address from a second set of dynamic addresses; and respectively assign another different static address to each device having a second dynamic address that uniquely identifies the device.
A method for producing animal products devoid of N-glycolylneuraminic acid (Neu5Gc) for human use comprising the steps of: - preparing a genetically altered non-human mammal lacking a functional cytidine-5'-monophosphate N-acetyl neuraminic acid hydrolase (CMAH) gene, wherein said CMAH gene is at least mutated in the Rieske iron-sulfur center to diminish gene function; and - extracting at least one animal product from the genetically altered non-human animal. - preparing a genetically altered non-human mammal lacking a functional cytidine-5'-monophosphate N-acetyl neuraminic acid hydrolase (CMAH) gene, wherein said CMAH gene is at least mutated in the Rieske iron-sulfur center to diminish gene function; and - extracting at least one animal product from the genetically altered non-human animal.
Assembly comprising two cable tray segments and a connection device connecting said two cable tray segments at a variable angle, said connection device comprising two monoblock rigid parts made of a polymeric material which are attached to one another in an articulated manner by means of a hinging articulation having an axis of articulation, and each of said two parts having a fitting end for fitting with a corresponding end of a cable tray segment, wherein said two parts are separable from one another and each comprises an attachment end opposite said fitting end, said attachment ends being formed such that they are assembled together by means of a translational movement of one end towards the other end, such that the assembly of said attachment ends constitutes said hinging articulation, said attachment end of each of the two parts being provided with a plurality of aligned ears (8, 9), said plurality of ears (8, 9) comprising first ears joined together by a rod and second hook-shaped ears defining a channel with a bottom, said first and second ears (8, 9) being formed such that by means of said translational movement, the second ears of each of said two parts are introduced between the first ears of the other one of said two parts and said rod of each of said two parts enters through said channel of the other one of said two parts to a final position in which said rod fits in the bottom of said channel with rotational freedom, such that in said final position said rods of the two parts are aligned, constituting said axis of articulation of the hinging articulation and said second ears can rotate freely with respect to said rods.
A method, comprising: providing an interference signal S ( t) from two beams derived from a common source and directed along different paths, wherein the signal S ( t) is indicative of changes in an optical path difference nL̃ ( t) between the different paths, where n is an average refractive index along the different paths, L̃ ( t) is a total physical path difference between the different paths, and t is time; providing one or more coefficients representative of one or more cyclic errors that cause the signal S ( t) to deviate from an ideal expression of the form A 1 cos ( ω R t + φ ( t)+ ζ 1), where A 1 and ζ 1 are constants, ω R is an angular frequency difference between the two beams, and φ ( t) = nkL̃ ( t), with k = 2 π / λ and λ equal to a wavelength for the beams; calculating a function of prior values of the signal S ( t); and reducing the deviation of S ( t) from the ideal expression using an error signal S ψ ( t) generated from the coefficients and error basis functions derived at least in part from the function of prior values of the signal S ( t). providing an interference signal S ( t) from two beams derived from a common source and directed along different paths, wherein the signal S ( t) is indicative of changes in an optical path difference nL̃ ( t) between the different paths, where n is an average refractive index along the different paths, L̃ ( t) is a total physical path difference between the different paths, and t is time; providing one or more coefficients representative of one or more cyclic errors that cause the signal S ( t) to deviate from an ideal expression of the form A 1 cos ( ω R t + φ ( t)+ ζ 1), where A 1 and ζ 1 are constants, ω R is an angular frequency difference between the two beams, and φ ( t) = nkL̃ ( t), with k = 2 π / λ and λ equal to a wavelength for the beams; calculating a function of prior values of the signal S ( t); and reducing the deviation of S ( t) from the ideal expression using an error signal S ψ ( t) generated from the coefficients and error basis functions derived at least in part from the function of prior values of the signal S ( t).
A radio communication method that periodically performs verification between a portable device and a communication subject and exchanges an information signal, which includes information differing from that of the verification, between the portable device and the communication subject, wherein the exchange of the information signal is performed during a period between a verification and a further verification that are periodically performed, wherein the portable device and the communication subject hold the same encryption key, and the verification performed between the portable device and a controller of the communication subject uses the encryption key, the controller stores identification information, which is unique to the communication subject, and a key generation logic, which is used to generate the encryption key, the portable device stores an encryption key generation code, which is unique to the portable device, and the encryption key, which is generated using the encryption key generation code and the key generation logic, the controller performs a registration process including writing the identification information to the portable device through radio communication with the portable device, retrieving the encryption key generation code from the portable device through radio communication with the portable device, generating an encryption key that is the same as that of the portable device from the retrieved key generation code using the key generation logic stored in the controller, and storing the generated encryption key in the controller, the controller transmits, to the portable device, a deletion request signal, which requests for deletion of the encryption key generation code and serves as the information signal during a period between a present verification and a following verification, and the portable device deletes the encryption key generation code from the portable device when receiving the deletion request signal. writing the identification information to the portable device through radio communication with the portable device, retrieving the encryption key generation code from the portable device through radio communication with the portable device, generating an encryption key that is the same as that of the portable device from the retrieved key generation code using the key generation logic stored in the controller, and storing the generated encryption key in the controller,
A control method of an electric bicycle for driving the electric bicycle by rotating a motor using electrical energy accumulated in a battery, comprising: receiving an acceleration command value input by a user to accelerate the electric bicycle upon starting the electric bicycle from a stopped state; comparing the input acceleration command value with a reference value, characterized in that the method further comprises: determining sudden start or normal start based on a result of the comparison, normal start being determined if the input acceleration command value is lower than the reference value; and outputting a motor control signal depending on whether sudden or normal start is determined, a time taken for a rotation speed of the motor to reach a target speed corresponding to the acceleration command value being fixed by the motor control signal such that the time is equal to a reference time if normal start is determined while the time is greater than the reference time if sudden start is determined such that a speed gradient of the motor is reduced when the input acceleration command value is greater than the reference value. receiving an acceleration command value input by a user to accelerate the electric bicycle upon starting the electric bicycle from a stopped state; comparing the input acceleration command value with a reference value, determining sudden start or normal start based on a result of the comparison, normal start being determined if the input acceleration command value is lower than the reference value; and outputting a motor control signal depending on whether sudden or normal start is determined, a time taken for a rotation speed of the motor to reach a target speed corresponding to the acceleration command value being fixed by the motor control signal such that the time is equal to a reference time if normal start is determined while the time is greater than the reference time if sudden start is determined such that a speed gradient of the motor is reduced when the input acceleration command value is greater than the reference value.
A blade element for a refiner (10, 11) for refining fibrous material, the blade element, comprising: an inner edge and an outer edge, first blade bars and first blade grooves therebetween, the first blade bars and the first blade grooves extending towards the outer edge of the blade element, and at top surfaces of the first blade bars second blade bars and second blade grooves therebetween, the second blade bars and the second blade grooves being at least partly transversal to the first blade bars, whereby the second blade bars and the second blade grooves alternate in a direction of the first blade bars, characterized in that the first blade grooves are arranged not to reach to the outer edge of the blade element, so that the first blade bars are united at the outer edge of the blade element, and at least some of the second blade bars lying on the outer end portion of the blade element have a width which is larger than a width of second blade bars lying on the inner end portion of the blade element and/or which is increasing in direction towards the outer edge of the blade element. an inner edge and an outer edge, first blade bars and first blade grooves therebetween, the first blade bars and the first blade grooves extending towards the outer edge of the blade element, and at top surfaces of the first blade bars second blade bars and second blade grooves therebetween, the second blade bars and the second blade grooves being at least partly transversal to the first blade bars, whereby the second blade bars and the second blade grooves alternate in a direction of the first blade bars, characterized in that the first blade grooves are arranged not to reach to the outer edge of the blade element, so that the first blade bars are united at the outer edge of the blade element, and at least some of the second blade bars lying on the outer end portion of the blade element have a width which is larger than a width of second blade bars lying on the inner end portion of the blade element and/or which is increasing in direction towards the outer edge of the blade element.
A computer-implemented method for managing data centre resources by a system (100, 300, 400) to enforce network device provisioning policies within a data centre, the method comprising acts of: issuing an instruction to at least one provider of a data centre resource instructing the at least one provider to withhold the data centre resource from at least one network device; receiving a request to provide the data centre resource to the at least one network device, the request including information specifying the data centre resource, wherein the at least one network device requires the data centre resource for the at least one network device to be operational; determining at least one provisioning policy that applies to the request, the provisioning policy specifying a plurality of organizational signoffs to occur when reconfiguring the at least one network device or when adding the at least one network device to a network; determining that the at least one network device is authorized to receive the data centre resource from the at least one provider at least in part by determining the plurality of organizational signoffs have occurred; and issuing an instruction to the at least one provider of the data centre resource instructing the at least one provider to provide the data centre resource to the at least one network device. issuing an instruction to at least one provider of a data centre resource instructing the at least one provider to withhold the data centre resource from at least one network device; receiving a request to provide the data centre resource to the at least one network device, the request including information specifying the data centre resource, wherein the at least one network device requires the data centre resource for the at least one network device to be operational; determining at least one provisioning policy that applies to the request, the provisioning policy specifying a plurality of organizational signoffs to occur when reconfiguring the at least one network device or when adding the at least one network device to a network; determining that the at least one network device is authorized to receive the data centre resource from the at least one provider at least in part by determining the plurality of organizational signoffs have occurred; and issuing an instruction to the at least one provider of the data centre resource instructing the at least one provider to provide the data centre resource to the at least one network device.
A method for non-destructively obtaining the genotype of a microspore, said method comprising: (a) isolating a microspore tetrad comprising four tetrad microspores, (b) separating the microspore tetrad to obtain four tetrad microspores, (c) genotyping three of the four tetrad microspores; and (d) inferring the genotype of the fourth tetrad microspore from the genotypes obtained in step (c). (a) isolating a microspore tetrad comprising four tetrad microspores, (b) separating the microspore tetrad to obtain four tetrad microspores, (c) genotyping three of the four tetrad microspores; and (d) inferring the genotype of the fourth tetrad microspore from the genotypes obtained in step (c).
Method for parameterisation of a plant model, with the steps: - providing a plant model comprising a plurality of model components, which map physical sub-processes of a plant process and which correspond to physical models; - specifying at least one output variable value of the plant process in an operating point of the plant; and ascertaining input variable values and/or parameter values and/or further output variable values (A`) of the sub-processes on the basis of the model components and the at least one specified output variable value, wherein at least one portion of the input variable values and/or parameter values and/or further output variable values (A`) is back-calculated during ascertaining, and wherein the model components have model equations, which are solved in order to recalculate the input variable values and/or parameter values and/or further output variable values (A`), wherein differential equations are transformed in a stationary state. - providing a plant model comprising a plurality of model components, which map physical sub-processes of a plant process and which correspond to physical models; - specifying at least one output variable value of the plant process in an operating point of the plant; and ascertaining input variable values and/or parameter values and/or further output variable values (A`) of the sub-processes on the basis of the model components and the at least one specified output variable value, wherein at least one portion of the input variable values and/or parameter values and/or further output variable values (A`) is back-calculated during ascertaining, and wherein the model components have model equations, which are solved in order to recalculate the input variable values and/or parameter values and/or further output variable values (A`), wherein differential equations are transformed in a stationary state.