mhurhangee/ep-ind-claims huggingface dataset:
A measuring method for an optochemical sensor, which optochemical sensor comprises a radiation source, which can emit radiation with at least two excitation modulation frequencies ( v i), a detector, a control and/or monitoring unit and a sensitive element (2, 202, 302) with a fluorescence dye (4, 204, 304); wherein the method comprises the following steps: a. bringing the sensitive element (2, 202, 302) into contact with a measuring medium which contains a quencher; b. exciting the sensitive element (2, 202, 302) with radiation emitted by the radiation source i. with a first excitation modulation frequency ( f 1) and detecting of a first aged phase measurement value ( φ ( f 1, t)) with the detector, ii. with a second excitation modulation frequency ( f 2) and detecting of a second aged phase measurement value( φ ( f 2, t)) with the detector, iii. with a third excitation modulation frequency ( f 3) and detecting of at least a third aged phase measurement value ( φ ( f 3, t)) with the detector; and c. calculation of an ageing-compensated quencher concentration by means of a system of Stern-Volmer equations, taking account of a frequency-dependent and ageing-dependent phase base value ( φ 0 ( f i,t)) and a frequency-dependent and ageing-dependent Stern-Volmer constant (K SV ( f i,t)) and also of the first, second and third aged phase measurement value ( φ ( f i,t)), wherein the aged phase base value ( φ 0 ( f i,t)) is a function of the phase base value ( φ 0 ( f i,t 0)) of an unused sensor and a frequency-dependent ageing parameter. a. bringing the sensitive element (2, 202, 302) into contact with a measuring medium which contains a quencher; b. exciting the sensitive element (2, 202, 302) with radiation emitted by the radiation source i. with a first excitation modulation frequency ( f 1) and detecting of a first aged phase measurement value ( φ ( f 1, t)) with the detector, ii. with a second excitation modulation frequency ( f 2) and detecting of a second aged phase measurement value( φ ( f 2, t)) with the detector, iii. with a third excitation modulation frequency ( f 3) and detecting of at least a third aged phase measurement value ( φ ( f 3, t)) with the detector; and i. with a first excitation modulation frequency ( f 1) and detecting of a first aged phase measurement value ( φ ( f 1, t)) with the detector, ii. with a second excitation modulation frequency ( f 2) and detecting of a second aged phase measurement value( φ ( f 2, t)) with the detector, iii. with a third excitation modulation frequency ( f 3) and detecting of at least a third aged phase measurement value ( φ ( f 3, t)) with the detector; and c. calculation of an ageing-compensated quencher concentration by means of a system of Stern-Volmer equations, taking account of a frequency-dependent and ageing-dependent phase base value ( φ 0 ( f i,t)) and a frequency-dependent and ageing-dependent Stern-Volmer constant (K SV ( f i,t)) and also of the first, second and third aged phase measurement value ( φ ( f i,t)), wherein the aged phase base value ( φ 0 ( f i,t)) is a function of the phase base value ( φ 0 ( f i,t 0)) of an unused sensor and a frequency-dependent ageing parameter.
A method for processing commands from a host computing device to a storage device (102, 102a-c, 104) and for coordinating an early population of an address translation cache, the method comprising: submitting, by the host, a number of active commands to a submission queue; identifying, by the storage device (102, 102a-c, 104), a command from the host computing device, the command including a logical address; starting, by the storage device (102, 102a-c, 104), a first timer in response to identifying the command, detecting a condition, wherein the condition includes detecting the expiration of the first timer, based on detecting the condition, requesting, by the storage device (102, 102a-c, 104), translation of the logical address into a physical address; storing, by the storage device (102, 102a-c, 104), the physical address in the cache; transferring data according to the command based on the physical address. submitting, by the host, a number of active commands to a submission queue; identifying, by the storage device (102, 102a-c, 104), a command from the host computing device, the command including a logical address; starting, by the storage device (102, 102a-c, 104), a first timer in response to identifying the command, detecting a condition, wherein the condition includes detecting the expiration of the first timer, based on detecting the condition, requesting, by the storage device (102, 102a-c, 104), translation of the logical address into a physical address; storing, by the storage device (102, 102a-c, 104), the physical address in the cache; transferring data according to the command based on the physical address.
A protection system for detecting physical penetration, comprising at least one electrical net and at least one detection circuit that is connected to the electrical net, where in that said electrical net comprises; - at least two neighbouring conduction layers, each having horizontal and vertical connection lines that are electrically conductive, wherein said detection circuit that measures changing resistance of the three dimensional net and therefore able to detect penetration when one of connection lines of a conduction layers and/or a connection element is damaged during a penetration situation, is connected to at least two connection lines of said conduction layers through their tips; - at least one insulation layer that is located between said conduction layers, wherein said insulation layer is dielectric and light proof; and - at least three connection elements that electrically connect said conduction layers through said horizontal and vertical connection lines of different conduction layers; wherein, - the two neighbouring conducting layers and the at least one insulation layer form a web block; - the web block has a regular grid formed by connection elements; - the horizontal and vertical connection lines are placed according to said grid, so as to connect two adjacent connection elements; and - each connection element is directly connected to only one other connection element in each conduction layer. - at least two neighbouring conduction layers, each having horizontal and vertical connection lines that are electrically conductive, wherein said detection circuit that measures changing resistance of the three dimensional net and therefore able to detect penetration when one of connection lines of a conduction layers and/or a connection element is damaged during a penetration situation, is connected to at least two connection lines of said conduction layers through their tips; - at least one insulation layer that is located between said conduction layers, wherein said insulation layer is dielectric and light proof; and - at least three connection elements that electrically connect said conduction layers through said horizontal and vertical connection lines of different conduction layers; wherein, - the two neighbouring conducting layers and the at least one insulation layer form a web block; - the web block has a regular grid formed by connection elements; - the horizontal and vertical connection lines are placed according to said grid, so as to connect two adjacent connection elements; and - each connection element is directly connected to only one other connection element in each conduction layer.
An information processing apparatus comprising: communication means for communicating with an electronic device via radio waves; obtaining means for obtaining identification information concerning the electronic device; and display control means for controlling, among a plurality of electronic devices, an image corresponding to the electronic device specified by the identification information obtained by the obtaining means to be displayed, characterised in that the display control means controls the image to be displayed in accordance with one or more of the following: with a level of transparency corresponding to the input level of the radio waves, at a position corresponding to the input level of the radio waves, with a size corresponding to the input level of the radio waves, with a level of resolution corresponding to the input level of the radio waves, with a level of saturation corresponding to the input level of the radio waves, and by performing mosaic processing on the image in accordance with the input level of the radio waves. communication means for communicating with an electronic device via radio waves; obtaining means for obtaining identification information concerning the electronic device; and display control means for controlling, among a plurality of electronic devices, an image corresponding to the electronic device specified by the identification information obtained by the obtaining means to be displayed, characterised in that the display control means controls the image to be displayed in accordance with one or more of the following: with a level of transparency corresponding to the input level of the radio waves, at a position corresponding to the input level of the radio waves, with a size corresponding to the input level of the radio waves, with a level of resolution corresponding to the input level of the radio waves, with a level of saturation corresponding to the input level of the radio waves, and by performing mosaic processing on the image in accordance with the input level of the radio waves. with a level of transparency corresponding to the input level of the radio waves, at a position corresponding to the input level of the radio waves, with a size corresponding to the input level of the radio waves, with a level of resolution corresponding to the input level of the radio waves, with a level of saturation corresponding to the input level of the radio waves, and by performing mosaic processing on the image in accordance with the input level of the radio waves.
A shrink film comprising: (a) from 85 to 20 weight percent of at least one heterogeneous ethylene interpolymer, characterized in that the at least one heterogeneous ethylene interpolymer has a short chain branching distribution profile index, DPI SCB, that satisfies formula − 1 ≤ DPI SCB ≤ 1 wherein DPI SCB is defined by formula: DPI SCB = SCB Log M1 − SCB Log M2 wherein SCB Log is determined by GPC-FTIR and is the amount of short chain branching (2-methyl corrected) in the fraction of ethylene polymer eluting from the GPC column at a Log of 4.35; and SCB Log is determined by GPC-FTIR and is the amount of short chain branching (2-methyl corrected) in the fraction of ethylene polymer eluting from the GPC column at a Log of 5; wherein SCB Log, SCB Log and DPI SCB have units of SCB/1000C, where C represents the element carbon "C"; wherein said at least one heterogeneous ethylene interpolymer is produced using an in-line Ziegler-Natta catalyst, and (b) from 15 to 80 weight percent of at least one high pressure ethylene polymer; wherein weight percent is based on the total weight of the shrink film. (a) from 85 to 20 weight percent of at least one heterogeneous ethylene interpolymer, characterized in that the at least one heterogeneous ethylene interpolymer has a short chain branching distribution profile index, DPI SCB, that satisfies formula − 1 ≤ DPI SCB ≤ 1 wherein DPI SCB is defined by formula: DPI SCB = SCB Log M1 − SCB Log M2 wherein SCB Log is determined by GPC-FTIR and is the amount of short chain branching (2-methyl corrected) in the fraction of ethylene polymer eluting from the GPC column at a Log of 4.35; and SCB Log is determined by GPC-FTIR and is the amount of short chain branching (2-methyl corrected) in the fraction of ethylene polymer eluting from the GPC column at a Log of 5; wherein SCB Log, SCB Log and DPI SCB have units of SCB/1000C, where C represents the element carbon "C"; wherein said at least one heterogeneous ethylene interpolymer is produced using an in-line Ziegler-Natta catalyst, and (b) from 15 to 80 weight percent of at least one high pressure ethylene polymer;
A coupling device, in particular for a fluid cooling system, comprising: a first coupling unit having a first housing having a first partial housing and a second partial housing which can be connected to the first partial housing, the first partial housing having a first axial passage opening that can be connected to a first fluid line, a first signal interface and a first end face, the second partial housing having a second axial passage opening that can be connected to a second fluid line, a second signal interface and a second end face, the two partial housings (362, 364) being able to be connected to one another laterally, so that in the laterally coupled state, the two partial housings (362, 364) are arranged parallel next to one another, characterized in that the first end face and the second end face are such are shaped so as to complement one another, that the first partial housing and the second partial housing (362, 364) can be connected to one another axially and that in the axially coupled state of the two partial housings, the passage openings (365, 375) are fluidically connected to one another and the signal interfaces (366, 376) are connected to one another. a first coupling unit having a first housing having a first partial housing and a second partial housing which can be connected to the first partial housing, the first partial housing having a first axial passage opening that can be connected to a first fluid line, a first signal interface and a first end face, the second partial housing having a second axial passage opening that can be connected to a second fluid line, a second signal interface and a second end face, the two partial housings (362, 364) being able to be connected to one another laterally, so that in the laterally coupled state, the two partial housings (362, 364) are arranged parallel next to one another, characterized in that the first end face and the second end face are such are shaped so as to complement one another, that the first partial housing and the second partial housing (362, 364) can be connected to one another axially and that in the axially coupled state of the two partial housings, the passage openings (365, 375) are fluidically connected to one another and the signal interfaces (366, 376) are connected to one another.
A graphical user interface for inputting symbols into an electronic device having a touch-screen, comprising display means for representing a plurality of selectable keys of a keyboard on the touch-screen, said plurality of keys associated with at least one subset of symbols of a symbol set, and mapping means for selecting a symbol in response to a user input using one of said plurality of keys associated with at least one subset of symbols of a symbol set, characterized in that said plurality of keys is associated with a first subset of symbols of a symbol set comprising the most commonly used symbols of the symbol set according the respective used language and with at least one further subset of symbols of the symbol set comprising the residual symbols of the symbol set, whereby the plurality of keys of one of the associated subsets of symbols of the symbol set is displayed on the touch-screen, and said plurality of keys of one of the associated subsets of symbols of the symbol set displayed on the touch-screen comprises at least two keys associated with symbols which are changed dynamically depending on the last inputted symbol by using means for automatically determining the next probably intended symbol to be inputted according to a linguistic database of the respective used language.
Device for loading and unloading bars combined with an apparatus for bending said bars comprising at least one bend unit; a feed unit of said bars arranged at one side of said bend unit and predisposed to feed said bars in a longitudinal direction; a stock for collecting the bars, said device comprising - a ramp for feeding said bars to said bend unit; - a tilting arm pivoted laterally to said bend unit and mobile between a lowered position, underlying said bend unit, and a raised position inclined for unloading said bars, said tilting arm comprising a load portion separated from an unload portion by means of a shoulder, and characterized in that said device further comprises - an auxiliary unloading arm associated with said tilting arm and mobile with respect to this latter between a disengagement position and an operative position in which an upper surface of said auxiliary unloading arm is substantially aligned with the upper surface of said unload portion of the tilting arm so as to define a sliding plane of said bars into said collecting stock, bypassing the step of bending. - a ramp for feeding said bars to said bend unit; - a tilting arm pivoted laterally to said bend unit and mobile between a lowered position, underlying said bend unit, and a raised position inclined for unloading said bars, said tilting arm comprising a load portion separated from an unload portion by means of a shoulder, and characterized in that said device further comprises - an auxiliary unloading arm associated with said tilting arm and mobile with respect to this latter between a disengagement position and an operative position in which an upper surface of said auxiliary unloading arm is substantially aligned with the upper surface of said unload portion of the tilting arm so as to define a sliding plane of said bars into said collecting stock, bypassing the step of bending.
A peptide consisting of or comprising 18 to 22 amino acids, wherein the amino acids in positions 1 to 22, counted from the N-terminus, are as follows G; C or lacking; K; K; Y or F; R; R; F; K or R; W; K; F; K or R; G; K; F, L or W; F or W; F, L or W; W or F; C or lacking; F or G or lacking; G or lacking for use in a method of (a) treating, ameliorating or preventing a bacterial infection of the skin; (b) treating, ameliorating or preventing a bacterial wound infection; and/or (c) promoting wound healing. (a) treating, ameliorating or preventing a bacterial infection of the skin; (b) treating, ameliorating or preventing a bacterial wound infection; and/or (c) promoting wound healing.
Dynamic pressure sensor of MEMS and/or NEMS type comprising: - a support (2, 502), - at least one rigid sensitive element (4, 504) anchored to the support (2, 502) at the level of at least one anchoring zone, said sensitive element (4, 504) comprising parallel first and second faces intended to be subjected to pressures, said sensitive element (4, 504) being capable of having an out-of-plane displacement with respect to the support (2, 502) in a detection direction under the effect of a pressure difference between the first and second faces, - means for anchoring the sensitive element to the support, said anchoring means comprising at least one beam (20, 520) rotationally articulated on the support (2, 502) by an articulation of which the axis of rotation is parallel to the plane of the sensor, - means (8, 508) for detecting a force applied to the sensitive element by the pressure difference. - a support (2, 502), - at least one rigid sensitive element (4, 504) anchored to the support (2, 502) at the level of at least one anchoring zone, said sensitive element (4, 504) comprising parallel first and second faces intended to be subjected to pressures, said sensitive element (4, 504) being capable of having an out-of-plane displacement with respect to the support (2, 502) in a detection direction under the effect of a pressure difference between the first and second faces, - means for anchoring the sensitive element to the support, said anchoring means comprising at least one beam (20, 520) rotationally articulated on the support (2, 502) by an articulation of which the axis of rotation is parallel to the plane of the sensor, - means (8, 508) for detecting a force applied to the sensitive element by the pressure difference.
A characterization method, for characterizing a laser processing machine having a working area and a laser system configured to direct a laser beam in any location of the working area to process the medium, the method comprising - moving a medium along the height of the working area using a conveyor system of the machine; - processing a set of marks on the medium with the laser of the machine; - synchronizing the conveyor system with the laser beam location to spread the marks on the medium; - recording each individual mark on the medium using a camera, Characterized in that - said marks are processed according to a set of nominal locations in the working area, and in that - each mark is respectively associated with a processing location in the working area where the mark was processed. - moving a medium along the height of the working area using a conveyor system of the machine; - processing a set of marks on the medium with the laser of the machine; - synchronizing the conveyor system with the laser beam location to spread the marks on the medium; - recording each individual mark on the medium using a camera, Characterized in that - said marks are processed according to a set of nominal locations in the working area, and in that - each mark is respectively associated with a processing location in the working area where the mark was processed.
A radio base station of a mobile communication system, the radio base station comprising: a determination means for determining whether or not a logical interface with a first neighboring radio base station should be established based on attribution information of the first neighboring radio base station; and characterized in that when the number of established logical interfaces with neighboring radio base stations has reached a predetermined number, the determination means is configured to determine whether or not an established logical interface with a second neighboring radio base station should be disconnected based on attribution information for the second neighboring radio base station. a determination means for determining whether or not a logical interface with a first neighboring radio base station should be established based on attribution information of the first neighboring radio base station; and characterized in that when the number of established logical interfaces with neighboring radio base stations has reached a predetermined number, the determination means is configured to determine whether or not an established logical interface with a second neighboring radio base station should be disconnected based on attribution information for the second neighboring radio base station.