mhurhangee/ep-ind-claims huggingface dataset:
A method of screening a polypeptide for a desired activity against a target molecule, the method comprising: a) culturing a Gram negative bacterial cell comprising a polynucleotide encoding the polypeptide such that the polypeptide is produced, b) permeabilising the cellular membranes of the bacterial cell with a non-ionic detergent or organic solvent, wherein the polypeptide and polynucleotide encoding the polypeptide are retained inside the permeabilised bacterial cell, c) contacting the permeabilised bacterial cell with the target molecule such that it diffuses into the permeabilised bacterial cell, and d) screening the polypeptide for the desired activity, wherein the polypeptide has a molecular size sufficient to retain the polypeptide within the bacterial cell wall, or the polypeptide is associated with at least a second polypeptide to form a protein complex that is retained inside the permeabilised bacterial cell, and the second polypeptide is selected from: i) a polypeptide having a molecular size such that the protein complex is retained inside the permeabilised bacterial cell wall; and/or ii) a DNA-binding protein. a) culturing a Gram negative bacterial cell comprising a polynucleotide encoding the polypeptide such that the polypeptide is produced, b) permeabilising the cellular membranes of the bacterial cell with a non-ionic detergent or organic solvent, wherein the polypeptide and polynucleotide encoding the polypeptide are retained inside the permeabilised bacterial cell, c) contacting the permeabilised bacterial cell with the target molecule such that it diffuses into the permeabilised bacterial cell, and d) screening the polypeptide for the desired activity, i) a polypeptide having a molecular size such that the protein complex is retained inside the permeabilised bacterial cell wall; and/or ii) a DNA-binding protein.
Method of managing an electronic apparatus comprising a case containing a microcontroller powered with electrical energy by a means of storing electrical energy and connected to a time base, a means of measuring brightness, means of detecting whether said apparatus is being worn, said microcontroller also being connected to first display means comprising at least one hand actuated by an electric motor and second display means comprising at least one digital display, arranged, in an active operating mode, to be controlled by the microcontroller to display at least a first time information at least provided by the time base, the method comprising the steps of: a) displaying at least said first time information at least supplied by the time base corresponding to a so-called active operating mode; b) testing a first criterion relating to a second time information supplied by the time base if the first test is satisfied, going to the next step, otherwise repeating said step a); c) testing a second criterion relating to a motion information supplied by the means of detecting whether said apparatus is being worn if the third test is satisfied, going to the next step, otherwise repeating said step a); said method further comprises a step d) consisting in testing a third criterion representing a physical quantity so that, when the first, second and third criteria are satisfied, the change from the active operating mode to a standby operating mode occurs, and in that steps b), c) and d) are performed as long as the first, second and third criteria are not satisfied and at regular intervals the method characterized in that the means of detecting wearing are magnetic and in that the regular interval is calculated so that the position of the rotor of the electric motor of said at least one hand is identical in steps b), c) and d) so as to cause the least possible interference. a) displaying at least said first time information at least supplied by the time base corresponding to a so-called active operating mode; b) testing a first criterion relating to a second time information supplied by the time base if the first test is satisfied, going to the next step, otherwise repeating said step a); c) testing a second criterion relating to a motion information supplied by the means of detecting whether said apparatus is being worn if the third test is satisfied, going to the next step, otherwise repeating said step a);
A node for an MPLS, Multi Protocol Label Switching, network, comprising: an input unit (11, 11a, 11b, 11c, 14, 16) which receives an OAM, Operation Administration and Maintenance, frame including TTL, Time To Live from outside of the node; and an output unit (12, 12a, 12b, 12c, 15) which receives the OAM frame transmitted by the input unit, wherein: said input unit (11, 11a, 11b, 11c, 14, 16) sets said TTL to a specific value, the specific value indicating that termination destination is the output unit, and transmits said received OAM frame to said output unit (12, 12a, 12b, 12c, 15) in case where said node is destination; and said output unit (12, 12a, 12b, 12c, 15) detects the TTL of the received OAM frame and terminates the OAM frame that includes the TTL of the specific value. an input unit (11, 11a, 11b, 11c, 14, 16) which receives an OAM, Operation Administration and Maintenance, frame including TTL, Time To Live from outside of the node; and an output unit (12, 12a, 12b, 12c, 15) which receives the OAM frame transmitted by the input unit, wherein: said input unit (11, 11a, 11b, 11c, 14, 16) sets said TTL to a specific value, the specific value indicating that termination destination is the output unit, and transmits said received OAM frame to said output unit (12, 12a, 12b, 12c, 15) in case where said node is destination; and said output unit (12, 12a, 12b, 12c, 15) detects the TTL of the received OAM frame and terminates the OAM frame that includes the TTL of the specific value. said input unit (11, 11a, 11b, 11c, 14, 16) sets said TTL to a specific value, the specific value indicating that termination destination is the output unit, and transmits said received OAM frame to said output unit (12, 12a, 12b, 12c, 15) in case where said node is destination; and said output unit (12, 12a, 12b, 12c, 15) detects the TTL of the received OAM frame and terminates the OAM frame that includes the TTL of the specific value.
Electric parking brake, in particular for a utility vehicle, comprising: - at least two compressed air outlets (72, 73), - an electrically controllable valve arrangement for controlling a compressed air distribution to the compressed air outlets (72, 73), the said arrangement comprising a bistable valve, - a compressed air inlet which can be connected to a compressed air supply in order to supply the valve arrangement and the compressed air outlets (72, 73) with compressed air from a compressed air reservoir, wherein - one of the at least two compressed air outlets supplies a holding brake connection (63, 64) with compressed air, and this compressed air outlet is connected upstream from a relay valve, and wherein - on its input side the bistable valve is supplied with compressed air from the compressed air supply regardless of the switching condition of the valve arrangement, which supply is at a pressure delivered by the compressed air reservoir, characterised in that - at least one pressure sensor is arranged so as to measure the pressure of the compressed air inside the valve arrangement, and the pressure sensor is positioned ahead of a control inlet of the relay valve. - at least two compressed air outlets (72, 73), - an electrically controllable valve arrangement for controlling a compressed air distribution to the compressed air outlets (72, 73), the said arrangement comprising a bistable valve, - a compressed air inlet which can be connected to a compressed air supply in order to supply the valve arrangement and the compressed air outlets (72, 73) with compressed air from a compressed air reservoir, wherein - one of the at least two compressed air outlets supplies a holding brake connection (63, 64) with compressed air, and this compressed air outlet is connected upstream from a relay valve, and wherein - on its input side the bistable valve is supplied with compressed air from the compressed air supply regardless of the switching condition of the valve arrangement, which supply is at a pressure delivered by the compressed air reservoir, characterised in that - at least one pressure sensor is arranged so as to measure the pressure of the compressed air inside the valve arrangement, and the pressure sensor is positioned ahead of a control inlet of the relay valve.
Method for arranging data transmission in a mobile network, the mobile network comprising a base station having a central unit and a remote unit ( RU j), wherein the remote unit ( RU j) comprises a plurality of remote unit data buffers ( 105 i,j) each one associated with a respective user equipment ( UE i) for temporarily storing data to be transmitted thereto, for each selected user equipment ( UE i) the method comprising, in presence of data for the selected user equipment ( UE i) at the central unit: determining a status of the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i); determining ( 235;240) an average data traffic that the selected user equipment ( UE i) is able to receive; according to said status of the remote unit data buffer ( 105 i,j) and to said average data traffic, determining a data throughput with which the central unit can transmit said data for the selected user equipment ( UE i) to the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i), and causing the central unit to transmit said data for the selected user equipment ( UE i) to the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i) according to the determined data throughput. determining a status of the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i); determining ( 235;240) an average data traffic that the selected user equipment ( UE i) is able to receive; according to said status of the remote unit data buffer ( 105 i,j) and to said average data traffic, determining a data throughput with which the central unit can transmit said data for the selected user equipment ( UE i) to the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i), and causing the central unit to transmit said data for the selected user equipment ( UE i) to the remote unit data buffer ( 105 i,j) associated with the selected user equipment ( UE i) according to the determined data throughput.
A processing device for a motorcycle, comprising: an acquisition unit that acquires a traveling characteristic of the motorcycle on the basis of an output from an inertial measurement sensor that is used for control of a behavior of the motorcycle; and a determination unit that compares the traveling characteristic acquired by the acquisition unit and reference data to determine wetness of a road surface, characterized in that the acquisition unit is configured to acquire the traveling characteristic on the basis of yaw information of the motorcycle which is output from the inertial measurement sensor. an acquisition unit that acquires a traveling characteristic of the motorcycle on the basis of an output from an inertial measurement sensor that is used for control of a behavior of the motorcycle; and a determination unit that compares the traveling characteristic acquired by the acquisition unit and reference data to determine wetness of a road surface, characterized in that the acquisition unit is configured to acquire the traveling characteristic on the basis of yaw information of the motorcycle which is output from the inertial measurement sensor.
A self-cleaning composite material for production of molded items comprising the following composition: - 65-80% in weight of quartz-based mineral extenders; - 2-15% in weight of fine particles of silicate family, having dimensions lower than 0.1 mm; - 5-20% of glass microspheres, with grain-size lower than 212 micron; - 10-25% of methacrylic syrup composed of one monomer and one polymer; - photocatalytic titanium dioxide (TiO 2) dispersed in methacrylic syrup in weight percentage of 0.05-5% with respect to the weight of methacrylic syrup; - coupling anchoring agent between the photocatalytic TiO 2 and methacrylic syrup, wherein said coupling anchoring agent of TiO 2 is silane; and - cross-linking monomers to obtain reticulation of methacrylic syrup. - 65-80% in weight of quartz-based mineral extenders; - 2-15% in weight of fine particles of silicate family, having dimensions lower than 0.1 mm; - 5-20% of glass microspheres, with grain-size lower than 212 micron; - 10-25% of methacrylic syrup composed of one monomer and one polymer; - photocatalytic titanium dioxide (TiO 2) dispersed in methacrylic syrup in weight percentage of 0.05-5% with respect to the weight of methacrylic syrup; - coupling anchoring agent between the photocatalytic TiO 2 and methacrylic syrup, wherein said coupling anchoring agent of TiO 2 is silane; and - cross-linking monomers to obtain reticulation of methacrylic syrup.
A delta-sigma analog-to-digital converter comprising: - a capacitance reduction circuit (150, 300) that retains a conversion digital code of a previous sampling of an input signal of the delta-sigma ADC and compares a set of least significant data bits and most significant bits of the conversion digital code to a least significant boundary code and a most significant boundary code; wherein when the least significant bits of the conversion digital code are less than or equal to the least significant boundary code or when the most significant bits of the conversion digital code are greater than or equal to the most significant boundary code, the capacitance reduction circuitry (150, 300) generates a capacitance reduction enable/disable code (175a, 175b, 175c, 365a, 365b, 365c) applied to a summation-quantization circuit that receives the input signal (111a, 111b) and a quantization error signal (104a, 104b, 106a, 106b, 108a, 108b) from a delta-sigma modulator, additively combines the input signal and the quantization error, and applies combined quantized input signal (215, 220, 225a, 225b) to a plurality comparators (247a, 247b,..., 247g) within the summation-quantization circuit to generate a unary digital code (120, 250) representing a magnitude of the input signal (Inp, Inn); wherein the capacitance reduction enable/disable code (175a, 175b, 175c, 365a, 365b, 365c) gates a sampling clock of the summation quantization circuit such that multiple switched capacitor summing circuits (116, 205) designated for the least significant data bits and the most significant data bits of the unary digital code sample the quantized input signal (215, 220, 225a, 225b) when enabled or do not sample the quantized input signal (215, 220, 225a, 225b) when disabled; wherein when selected switched capacitor summing circuits (116, 205) designated for least significant data bits and the most significant data bits of the unary digital code (120, 250) are not enabled, the capacitive loading of the outputs (104a, 104b, 106a, 106b, 108a, 108b) of the delta-sigma modulator and the input signal (111a, 111b) are reduced to improve the total harmonic distortion and noise. - a capacitance reduction circuit (150, 300) that retains a conversion digital code of a previous sampling of an input signal of the delta-sigma ADC and compares a set of least significant data bits and most significant bits of the conversion digital code to a least significant boundary code and a most significant boundary code;
A method for roughening a metal molded body surface comprising: a laser light irradiation step of irradiating a surface of the metal molded body with laser light at an irradiation rate of 2000 mm/sec or more with an energy density of 1 MW/cm 2 or more using a laser apparatus, characterized in that the laser light irradiation step is a step of irradiating laser light so that laser light-irradiated portions and non-laser light-irradiated portions are generated alternately when the laser light is irradiated to be in a straight line, a curved line, or a combination of a straight line and a curved line on the surface of the metal molded body to be roughened; and, in that the metal molded body is a molded body having a thickness of 10 mm or less at a portion to be irradiated with laser light. a laser light irradiation step of irradiating a surface of the metal molded body with laser light at an irradiation rate of 2000 mm/sec or more with an energy density of 1 MW/cm 2 or more using a laser apparatus, characterized in that the laser light irradiation step is a step of irradiating laser light so that laser light-irradiated portions and non-laser light-irradiated portions are generated alternately when the laser light is irradiated to be in a straight line, a curved line, or a combination of a straight line and a curved line on the surface of the metal molded body to be roughened; and, in that the metal molded body is a molded body having a thickness of 10 mm or less at a portion to be irradiated with laser light.
An in-cell touch panel comprising: an upper substrate and a lower substrate arranged opposite to each other, a plurality of mutually independent self-capacitance electrodes arranged in a same layer, and a plurality of leads configured to connect the self-capacitance electrodes to a touch detection chip, wherein the self-capacitance electrodes and the leads are disposed on one side of the upper substrate facing the lower substrate or one side of the lower substrate facing the upper substrate; the self-capacitance electrodes and the leads are arranged in different layers, and an interlayer insulating layer is disposed between the self-capacitance electrodes and the leads; the self-capacitance electrodes are electrically connected with the leads via through holes running through the interlayer insulating layer; characterized in that: the interlayer insulating layer is provided with recessed portions at overlapped areas of the self-capacitance electrodes and the leads other than the leads electrically connected with the self-capacitance electrodes; and each recessed portion does not expose the lead which overlaps the each recessed portion and the recessed portions are configured such that the self-capacitance electrodes respectively fill in the recessed portions, the interlayer insulating layer is provided with recessed portions at overlapped areas of the self-capacitance electrodes and the leads other than the leads electrically connected with the self-capacitance electrodes; and each recessed portion does not expose the lead which overlaps the each recessed portion and the recessed portions are configured such that the self-capacitance electrodes respectively fill in the recessed portions,
A system for allocating an identifier to a multi-battery management system, BMS, that allocates a unique communication identifier to a multi-BMS of a battery pack, the system comprising a master BMS and N slave BMSs, N being an integer greater than or equal to 2, connected to a serial communication network and a parallel communication network, characterized in that the master BMS includes at least two first and second master communication channels (111, 112) that form a communication interface with the serial communication network and selectively output a forward or backward wake-up signal, and allocates a unique communication identifier to the slave BMS through the parallel communication network, and the first through N th slave BMSs (120-#1...N) wake up in response to the forward or backward wake-up signal received through the series communication network, are allocated with the identifier from the master BMS through the parallel communication network, and output the wake-up signal to the adjacent slave BMS along the transmission direction of the wake-up signal.
An axial bearing or combined axial/radial bearing, in particular for an exhaust gas turbocharger, which has substantially a disc-shaped or cylindrical shape and has a centrally arranged passage opening for a shaft, with - an on one side in the circumferential direction successively arranged oil pocket in the manner of a segment of a circle, - a wedge surface adjoining thereto in the manner of a segment of a circle, and - a detent surface adjoining the wedge surface, - wherein the detent surface has an additional wear height, which can be worn down over the lifespan of the axial bearing, - wherein an inner flange, running in the form of a ring segment, is provided, which is constructed as a sealing web, - wherein an outer flange, running at least in the form of ring segment, is provided, which is constructed as a sealing web characterized in that the wedge surface continues via a step into the detent surface, wherein the step height corresponds to the wear height. - an on one side in the circumferential direction successively arranged oil pocket in the manner of a segment of a circle, - a wedge surface adjoining thereto in the manner of a segment of a circle, and - a detent surface adjoining the wedge surface, - wherein the detent surface has an additional wear height, which can be worn down over the lifespan of the axial bearing, - wherein an inner flange, running in the form of a ring segment, is provided, which is constructed as a sealing web, - wherein an outer flange, running at least in the form of ring segment, is provided, which is constructed as a sealing web
Electric vehicle that is intended to exchange power with a station, the vehicle comprising a control module that is intended to communicate through a cable with a drive module for driving a power converter of the station, characterized in that the vehicle further comprises a low-voltage power supply, connection means for connecting the low-voltage power supply to the cable so as to supply power to the drive module of the station, and an impedance (Rpv) that has substantially the same value as an impedance (Rpb) of the station through which the drive module of the station may be supplied with power by a voltage source of the station, the impedance (Rpv) of the vehicle being arranged between the control module and the cable and in that it comprises a switch that allows the impedance (Rpv) of the vehicle to be short-circuited.