mhurhangee/ep-ind-claims huggingface dataset:
A method for searching for a network, comprising: determining, by a user equipment, that the UE camping on a cell of a current public land mobile network (PLMN) is in an access barred state; determining, by the UE, that the UE cannot be successfully registered with the current PLMN; and performing, by the UE, a PLMN search; characterized in that, before the performing a PLMN search, the method further comprises: determining, by the UE, whether the current PLMN is a normal PLMN, wherein the normal PLMN comprises: a registered public land mobile network RPLMN with which the UE is previously successfully registered, a home public land mobile network HPLMN of the UE or an equivalent home public land mobile network EHPLMN of the UE; and the performing, by the UE, a PLMN search comprises: if it is determined that the current PLMN is not the normal PLMN, performing, by the UE, the PLMN search; wherein the method further comprises: if it is determined that the current PLMN is the normal PLMN, executing, by the UE, a cell reselection process. determining, by a user equipment, that the UE camping on a cell of a current public land mobile network (PLMN) is in an access barred state; determining, by the UE, that the UE cannot be successfully registered with the current PLMN; and performing, by the UE, a PLMN search; characterized in that, before the performing a PLMN search, the method further comprises: determining, by the UE, whether the current PLMN is a normal PLMN, wherein the normal PLMN comprises: a registered public land mobile network RPLMN with which the UE is previously successfully registered, a home public land mobile network HPLMN of the UE or an equivalent home public land mobile network EHPLMN of the UE; and the performing, by the UE, a PLMN search comprises: if it is determined that the current PLMN is not the normal PLMN, performing, by the UE, the PLMN search; wherein the method further comprises: if it is determined that the current PLMN is the normal PLMN, executing, by the UE, a cell reselection process. determining, by the UE, whether the current PLMN is a normal PLMN, wherein the normal PLMN comprises: a registered public land mobile network RPLMN with which the UE is previously successfully registered, a home public land mobile network HPLMN of the UE or an equivalent home public land mobile network EHPLMN of the UE; and the performing, by the UE, a PLMN search comprises: if it is determined that the current PLMN is not the normal PLMN, performing, by the UE, the PLMN search; wherein the method further comprises: if it is determined that the current PLMN is the normal PLMN, executing, by the UE, a cell reselection process. if it is determined that the current PLMN is not the normal PLMN, performing, by the UE, the PLMN search; wherein the method further comprises: if it is determined that the current PLMN is the normal PLMN, executing, by the UE, a cell reselection process.
An NFC antenna system with at least one pair of solenoid windings whose length is larger than their diameter, and which are placed in a single plane, and which have a common longitudinal axis, and which are adapted to be connected to an excitation element, is characterized by the fact that the solenoid windings of each pair are identical, a distance between middles of the solenoid windings is at least twice their length, and the solenoid windings are oriented towards and adapted for connection to the excitation element in such a way that their magnetic fields are mutually opposite. the solenoid windings of each pair are identical, a distance between middles of the solenoid windings is at least twice their length, and the solenoid windings are oriented towards and adapted for connection to the excitation element in such a way that their magnetic fields are mutually opposite.
A device for wirelessly charging a battery, comprising: a power amplifier, a transmitter coil to generate a magnetic field for wirelessly charging a battery; a low pass filter arrangement electrically coupled to an output of the power amplifier; and a band stop filter electrically coupled to an output of the low pass filter arrangement comprising an output to electrically couple to the transmitter coil, characterized in that the low pass filter arrangement and the band stop filter are configured to transform a load impedance associated with the transmitter coil to reduce current variations at an input of the transmitter coil resulting from changes in the load impedance, and wherein to transform the load impedance associated with the transmitter coil, the low pass filter arrangement and the band stop filter are configured to align a maximum gradient path of a constant output power contour of the power amplifier with a real axis of an impedance smith chart. a power amplifier, a transmitter coil to generate a magnetic field for wirelessly charging a battery; a low pass filter arrangement electrically coupled to an output of the power amplifier; and a band stop filter electrically coupled to an output of the low pass filter arrangement comprising an output to electrically couple to the transmitter coil, characterized in that the low pass filter arrangement and the band stop filter are configured to transform a load impedance associated with the transmitter coil to reduce current variations at an input of the transmitter coil resulting from changes in the load impedance, and wherein to transform the load impedance associated with the transmitter coil, the low pass filter arrangement and the band stop filter are configured to align a maximum gradient path of a constant output power contour of the power amplifier with a real axis of an impedance smith chart.
A water-dispersible cellulose, the cellulose being derived from a plant cell wall, crystalline and fine fibrous, and comprising 30% by weight or more of a component stably suspensible in water and having a loss tangent of less than 1, measured at a frequency of 10 rad/s when made into a 0.5% by weight aqueous dispersion, wherein the fiber length of the cellulose is 0.5 μm to 1 mm, fiber width of the cellulose is 2 nm to 60 μm, and the ratio of length to width of the cellulose is 5 to 400, wherein the fiber length is defined as the major axis of the cellulose, and the fiber width is defined as the minor axis of the cellulose.
An active material comprising a niobium-titanium composite oxide, Cu, and at least one element M selected from the group consisting of Na, K, Si, S, Sn, P, Ta, Mo, Mn, Co, Ni and Fe, wherein a molar ratio (Cu/Ti) of Cu to Ti satisfies formula: 1 × 10 − 4 ≤ Cu / Ti ≤ 0.5 a molar ratio (M/Ti) of the element M to Ti satisfies formula: 0 < M / Ti ≤ 0.6 and a molar ratio (Nb/Ti) of Nb to Ti satisfies formula: 1 ≤ Nb / Ti ≤ 5
Machine for the thermal treatment of bulk material, in particular a sintering or pelletizing machine, comprising a travelling grate with a plurality of pallet cars, that are conveyed through at least one treatment station for effecting the thermal treatment of the bulk material, and a sealing structure sealing the pallet cars against the machine, wherein the sealing structure comprises a spring-loaded sealing strip contacting a planar sealing surface (16, 20), characterized in that the sealing strip is held by a leaf-spring element biasing the sealing strip against the sealing surface (16, 20) and in that leaf-spring elements are mounted to a frame of the machine and/or to a hood provided above the travelling grate and that the sealing surface (16, 20) is provided on the pallet cars.
Tyre for vehicle wheels, comprising a tread band, on which a radially external tread surface and a plurality of recesses (9; 9a) that delimit a plurality of blocks (10, 10a; 100; 200; 300) of said tread band are defined, wherein: - each block comprises a tread surface portion and a first lateral wall that extends, at least partially, from a bottom of one of said recesses towards said tread surface portion, - said first lateral wall is connected, at least for a section thereof, to said tread surface portion by a connection surface having an entirely curvilinear profile, - said connection surface is joined to said first lateral wall along a first contact line, at which the tangent plane of said first lateral wall and the tangent plane of said connection surface form an acute angle (α) that is greater than 20° such that a corner is defined between said connection surface and said first lateral wall, - said connection surface is joined to said tread surface portion along a second contact line in a substantially tangential manner, - said connection surface has a width of between 1 mm and 3 mm, and - said profile of said connection surface is an arc of a circumference. - each block comprises a tread surface portion and a first lateral wall that extends, at least partially, from a bottom of one of said recesses towards said tread surface portion, - said first lateral wall is connected, at least for a section thereof, to said tread surface portion by a connection surface having an entirely curvilinear profile, - said connection surface is joined to said first lateral wall along a first contact line, at which the tangent plane of said first lateral wall and the tangent plane of said connection surface form an acute angle (α) that is greater than 20° such that a corner is defined between said connection surface and said first lateral wall, - said connection surface is joined to said tread surface portion along a second contact line in a substantially tangential manner, - said connection surface has a width of between 1 mm and 3 mm, and - said profile of said connection surface is an arc of a circumference.
A method for inhibiting malaria parasite growth in the body of a mosquito or for blocking the transmission of a malaria parasite, characterized by feeding a vector mosquito with a rare sugar, wherein the rare sugar is D-allose or D-psicose.
A non-transitory computer-readable storage medium comprising instructions stored thereon that, when executed by at least one processor, are configured to cause a computing system to at least: display a prompt to type into a touch keyboard; store locations and pressures of calibration inputs onto keys on the touch keyboard in association with an account; and recognize subsequent inputs into the touch keyboard during a session with the account based on the stored locations and pressures, wherein the instructions are further configured to cause the computing system to ignore an input to a predetermined location based on a pressure of the input being less than a threshold for the predetermined location, the threshold for the predetermined location being higher than thresholds for other locations on the touch keyboard, and wherein the instructions are further configured to lower the pressure threshold during the session if a key is re-contacted after a contact on the key was ignored. display a prompt to type into a touch keyboard; store locations and pressures of calibration inputs onto keys on the touch keyboard in association with an account; and recognize subsequent inputs into the touch keyboard during a session with the account based on the stored locations and pressures, wherein the instructions are further configured to cause the computing system to ignore an input to a predetermined location based on a pressure of the input being less than a threshold for the predetermined location, the threshold for the predetermined location being higher than thresholds for other locations on the touch keyboard, and wherein the instructions are further configured to lower the pressure threshold during the session if a key is re-contacted after a contact on the key was ignored.
Transport device for transporting products, in particular for feeding packaging machines, comprising: - a transfer section, - an electromagnetic drive with a multiplicity of coil elements and a multiplicity of permanent magnets, wherein the coil elements are arranged in a stationary manner on the transfer section, - a multiplicity of rotors, which are arranged movably on the transfer section, wherein at least in each case one permanent magnet of the electromagnetic drive is arranged on a rotor, - at least one sensor, which is arranged in a stationary manner on the transfer section, and - individual marking devices, which can be detected by means of the sensor and which are in each case different from one another, - wherein in each case at least one of the marking devices is arranged on a rotor, characterized in that - each rotor comprises at least two different, individual marking devices. - a transfer section, - an electromagnetic drive with a multiplicity of coil elements and a multiplicity of permanent magnets, wherein the coil elements are arranged in a stationary manner on the transfer section, - a multiplicity of rotors, which are arranged movably on the transfer section, wherein at least in each case one permanent magnet of the electromagnetic drive is arranged on a rotor, - at least one sensor, which is arranged in a stationary manner on the transfer section, and - individual marking devices, which can be detected by means of the sensor and which are in each case different from one another, - wherein in each case at least one of the marking devices is arranged on a rotor, characterized in that - each rotor comprises at least two different, individual marking devices.
A control system for controlling movement of a medical device delivery system having a first shaft and a second shaft, the first shaft movable relative to the second shaft, the first shaft and the second shaft connected to a medical device, the medical device having a first configuration and a second configuration, the control system comprising: a rotatable gear, the rotatable gear comprising a plurality of protrusions; a first movable member operably connected to the gear and the first shaft; and a second movable member operably connected to the gear and the second shaft; characterised in that rotation of the rotatable gear moves the first movable member relative to the second movable member in equal and opposite directions to change a position of the first shaft relative to the second shaft and to change the medical device from the first configuration to the second configuration. a rotatable gear, the rotatable gear comprising a plurality of protrusions; a first movable member operably connected to the gear and the first shaft; and a second movable member operably connected to the gear and the second shaft; characterised in that rotation of the rotatable gear moves the first movable member relative to the second movable member in equal and opposite directions to change a position of the first shaft relative to the second shaft and to change the medical device from the first configuration to the second configuration.
Method for determining an open circuit voltage of an electrochemical device, implemented by computer means, comprising: a. collecting measurement data of the device, said measurements i. including at least the current I t and the voltage U t at the terminals of the device, ii. being time-stamped, and iii. being acquired during an uninterrupted and operational functional period of the device; b. calculating, for a plurality of times t, iv. a corrected intensity I cor,t by applying a correction function to the measured intensity I t, and v. an instantaneous charge Q t based on a time series of the corrected intensity I cor so as to obtain, for each time t, a set of collected and calculated data I t, U t, I cor,t, Q t; c. grouping the data sets into ranges of instantaneous charge values based on said charge value of each set; d. separately for each group, calculating an open circuit voltage of the device. a. collecting measurement data of the device, said measurements i. including at least the current I t and the voltage U t at the terminals of the device, ii. being time-stamped, and iii. being acquired during an uninterrupted and operational functional period of the device; i. including at least the current I t and the voltage U t at the terminals of the device, ii. being time-stamped, and iii. being acquired during an uninterrupted and operational functional period of the device; b. calculating, for a plurality of times t, iv. a corrected intensity I cor,t by applying a correction function to the measured intensity I t, and v. an instantaneous charge Q t based on a time series of the corrected intensity I cor so as to obtain, for each time t, a set of collected and calculated data I t, U t, I cor,t, Q t; iv. a corrected intensity I cor,t by applying a correction function to the measured intensity I t, and v. an instantaneous charge Q t based on a time series of the corrected intensity I cor c. grouping the data sets into ranges of instantaneous charge values based on said charge value of each set; d. separately for each group, calculating an open circuit voltage of the device.
A memory comprising: an array of memory cells, each memory cell comprising: - first and second resistive storage elements (302, 302B, 302C, 304, 304A, 304B) each having at least first and second terminals; and - a first transistor (306, 306B, 902, 1102, 1202, 1204) having: a first main conducting node connected to the first terminal of the first resistive element and to a first column line (BL0, BL2) of the array; a second main conducting node connected to the first terminal of the second resistive element and to a second column line of the array; and a gate node connected to a row line (RWL, RWL2, WL, WWL, WL1) of the array; wherein the second terminal of the first resistive element is connected to a fourth column line (BL, BL1) of the array and the second terminal of the second resistive element is connected to a fifth column line (SL, BL2) of the array, and in that the memory comprises: a switch circuit comprising: a first switch (S1, S3) configured to be capable of coupling together, via the first and fourth column lines, the first and second terminals of the first resistive storage element of each memory cell of a first column of the array; and a second switch configured to be capable of coupling together, via the second and fifth column lines, the first and second terminals of the second resistive storage element of each memory cell of the first column of the array. - first and second resistive storage elements (302, 302B, 302C, 304, 304A, 304B) each having at least first and second terminals; and - a first transistor (306, 306B, 902, 1102, 1202, 1204) having: a first main conducting node connected to the first terminal of the first resistive element and to a first column line (BL0, BL2) of the array; a second main conducting node connected to the first terminal of the second resistive element and to a second column line of the array; and a gate node connected to a row line (RWL, RWL2, WL, WWL, WL1) of the array; a first main conducting node connected to the first terminal of the first resistive element and to a first column line (BL0, BL2) of the array; a second main conducting node connected to the first terminal of the second resistive element and to a second column line of the array; and a gate node connected to a row line (RWL, RWL2, WL, WWL, WL1) of the array; a first switch (S1, S3) configured to be capable of coupling together, via the first and fourth column lines, the first and second terminals of the first resistive storage element of each memory cell of a first column of the array; and a second switch configured to be capable of coupling together, via the second and fifth column lines, the first and second terminals of the second resistive storage element of each memory cell of the first column of the array.
A method of operating a terminal device (406, 408) in a wireless telecommunications system for communicating with network infrastructure equipment using a primary component carrier operating on radio resources within a first frequency band and a secondary component carrier operating on radio resources within a second frequency band, wherein the method comprises the steps: (a) receiving an indication of a configuration setting for the secondary component carrier from the network infrastructure equipment, wherein the configuration setting for the secondary component carrier comprises an indication of transmission resources to be used for the secondary component carrier and is determined based on an indication of radio usage in the second frequency band; (b) establishing a validity period for the configuration setting for the secondary component carrier; and (c) receiving data from the network infrastructure equipment using the primary component carrier and the secondary component carrier operating in accordance with the configuration setting for the secondary component carrier during the validity period for the configuration setting, wherein the method further comprising determining if the validity period for the configuration setting for the secondary component carrier has expired, and if so, releasing the configuration setting. (a) receiving an indication of a configuration setting for the secondary component carrier from the network infrastructure equipment, wherein the configuration setting for the secondary component carrier comprises an indication of transmission resources to be used for the secondary component carrier and is determined based on an indication of radio usage in the second frequency band; (b) establishing a validity period for the configuration setting for the secondary component carrier; and (c) receiving data from the network infrastructure equipment using the primary component carrier and the secondary component carrier operating in accordance with the configuration setting for the secondary component carrier during the validity period for the configuration setting,