mhurhangee/ep-ind-claims huggingface dataset:
A circuit for supplying at least one LED with Pulse Width Modulation dimming capability, the circuit characterized in including: - a rectifier for receiving an input bipolar PWM modulated signal (v) representative of a desired dimming level for said at least one LED and producing therefrom a rectified signal; - a current regulator to receive said rectified signal and produce therefrom a supply current for said at least one LED; and - a control module sensitive to said input bipolar PWM modulated signal (v) to control said current regulator to produce a PWM modulated supply current for said at least one LED; and - a capacitor arranged between said rectifier and said current regulator to stabilize said rectified signal. - a rectifier for receiving an input bipolar PWM modulated signal (v) representative of a desired dimming level for said at least one LED and producing therefrom a rectified signal; - a current regulator to receive said rectified signal and produce therefrom a supply current for said at least one LED; and - a control module sensitive to said input bipolar PWM modulated signal (v) to control said current regulator to produce a PWM modulated supply current for said at least one LED; and - a capacitor arranged between said rectifier and said current regulator to stabilize said rectified signal.
A method for a handover from a universal mobile telecommunications system UMTS to long term evolution LTE, comprising: when a serving general packet radio service support node SGSN cannot identify a target long term evolution base station identity Target eNB ID, converting the Target eNB ID into a corresponding radio network controller identity Corresponding RNC ID; and sending a relocation request message to the SGSN, wherein the relocation request message carries the Corresponding RNC ID, wherein the converting the Target eNB ID into a Corresponding RNC ID comprises: selecting one of a first public land mobile network identity PLMN ID and a second PLMN ID comprised in the Target eNB ID; and filling, in the Corresponding RNC ID, the selected one of the first PLMN ID and the second PLMN ID, a long term evolution base station identity eNB ID comprised in the Target eNB ID, and the tracking area code TAC in the selected tracking area identity Selected TAI comprised in the Target eNB ID. when a serving general packet radio service support node SGSN cannot identify a target long term evolution base station identity Target eNB ID, converting the Target eNB ID into a corresponding radio network controller identity Corresponding RNC ID; and sending a relocation request message to the SGSN, wherein the relocation request message carries the Corresponding RNC ID, wherein the converting the Target eNB ID into a Corresponding RNC ID comprises: selecting one of a first public land mobile network identity PLMN ID and a second PLMN ID comprised in the Target eNB ID; and filling, in the Corresponding RNC ID, the selected one of the first PLMN ID and the second PLMN ID, a long term evolution base station identity eNB ID comprised in the Target eNB ID, and the tracking area code TAC in the selected tracking area identity Selected TAI comprised in the Target eNB ID. selecting one of a first public land mobile network identity PLMN ID and a second PLMN ID comprised in the Target eNB ID; and filling, in the Corresponding RNC ID, the selected one of the first PLMN ID and the second PLMN ID, a long term evolution base station identity eNB ID comprised in the Target eNB ID, and the tracking area code TAC in the selected tracking area identity Selected TAI comprised in the Target eNB ID.
A method of transferring at least a first information entity from a first node to a second node and a second information entity from the first node to a third node, wherein the first node comprises the first and second information entities; the second node comprises the second information entity; and the third node comprises the first information entity, the method comprising: forming an ad hoc network including at least the first, second and third node; receiving, in the first node, first identification data identifying information entity/-ies stored in connection with the second node and second identification data identifying information entity/-ies stored in connection with the third node; using the first and second identification data in identifying, in the first node, the first and second information entities; jointly encoding, in the first node, at least the first information entity and the second information entity into a composite information entity in a manner so that the composite information entity can be decoded by use of at least the first information entity or the second information entity; and transmitting, from the first node, a composite message comprising the composite information entity. forming an ad hoc network including at least the first, second and third node; receiving, in the first node, first identification data identifying information entity/-ies stored in connection with the second node and second identification data identifying information entity/-ies stored in connection with the third node; using the first and second identification data in identifying, in the first node, the first and second information entities; jointly encoding, in the first node, at least the first information entity and the second information entity into a composite information entity in a manner so that the composite information entity can be decoded by use of at least the first information entity or the second information entity; and transmitting, from the first node, a composite message comprising the composite information entity.
A piston arrangement including: a track (11a, 11b); a first piston moveable within a first cylinder; and a second piston moveable within a second cylinder; wherein the track is adapted to rotate relative toeach cylinder about an axis of rotation and has a cam surface (12a, 12b, 13a, 13b) and an edge surface (14a, 14b) extending away from the cam surface; wherein the first piston is coupled to the track by a first follower running on the cam surface; and the second piston is coupled to the track by a second follower running on the cam surface; wherein the cam surface is shaped such that, as the track moves relative to each cylinder, each piston head moves in reciprocating non-simple harmonic motion within the respective cylinder along a piston axis in accordance with the path of the cam surface; wherein each piston axis is perpendicular to the track axis of rotation; wherein a stabilising element is connected to each piston, the stabilising element extending below each piston head and comprising a contact surface (23a, 23b) which is engaged with the edge surface of the track, and characterised in that the motion of the first piston is only coupled to the motion of the second piston via the track. a track (11a, 11b); a first piston moveable within a first cylinder; and a second piston moveable within a second cylinder; wherein the track is adapted to rotate relative toeach cylinder about an axis of rotation and has a cam surface (12a, 12b, 13a, 13b) and an edge surface (14a, 14b) extending away from the cam surface; wherein the first piston is coupled to the track by a first follower running on the cam surface; and the second piston is coupled to the track by a second follower running on the cam surface; wherein the cam surface is shaped such that, as the track moves relative to each cylinder, each piston head moves in reciprocating non-simple harmonic motion within the respective cylinder along a piston axis in accordance with the path of the cam surface; wherein each piston axis is perpendicular to the track axis of rotation; wherein a stabilising element is connected to each piston, the stabilising element extending below each piston head and comprising a contact surface (23a, 23b) which is engaged with the edge surface of the track, and characterised in that the motion of the first piston is only coupled to the motion of the second piston via the track.
A hinge for articulated joining between a first component and a second component; characterised in that it comprises: - two parallel bodies, joined in a sliding manner by means of - two screws housed in a slot of each of the parallel bodies, through which they can run, enabling relative rotational and linear sliding between said first and second components (2, 3), wherein each of said parallel bodies comprises - a rotation shaft, which is retained in - two supports on which they are articulated, wherein the two supports of one of the parallel bodies are arranged to be fastened to the first component and the other two supports of the other parallel body are arranged to be fastened to the second component, in order to enable collapsing between the first and second components (2, 3) one on top of the other; wherein the parallel bodies comprise a threaded blind hole wherein the screws are fastened, being arranged in the slots of each of the parallel bodies. - two parallel bodies, joined in a sliding manner by means of - two screws housed in a slot of each of the parallel bodies, through which they can run, enabling relative rotational and linear sliding between said first and second components (2, 3), wherein each of said parallel bodies comprises - a rotation shaft, which is retained in - two supports on which they are articulated, wherein the two supports of one of the parallel bodies are arranged to be fastened to the first component and the other two supports of the other parallel body are arranged to be fastened to the second component, in order to enable collapsing between the first and second components (2, 3) one on top of the other;
A robot platform, comprising: two interconnected lateral frames each extending along a main direction of the robot platform and configured for receiving, at their respective ends, motion means, preferably wheels; a body extending between the respective frames and configured pivoting with respect to the frames via two respective pivoting axes interconnecting the body and the respective frames; wherein the robot platform further comprises a force transfer means extending along a force transfer path and configured for transferring a pivoting force of each one of the pivoting axes to the other one of the pivoting axes, preferably for stabilizing said body; and wherein the force transfer means relates to pulling along a direction parallel to said path. two interconnected lateral frames each extending along a main direction of the robot platform and configured for receiving, at their respective ends, motion means, preferably wheels; a body extending between the respective frames and configured pivoting with respect to the frames via two respective pivoting axes interconnecting the body and the respective frames; wherein the robot platform further comprises a force transfer means extending along a force transfer path and configured for transferring a pivoting force of each one of the pivoting axes to the other one of the pivoting axes, preferably for stabilizing said body; and wherein the force transfer means relates to pulling along a direction parallel to said path.
A site remediation process for treating a soil contaminated with a pollutant selected from the group consisting of petroleum products and non-halogenated aromatic hydrocarbons, comprising bringing into contact with said soil an aqueous solution in which hydrogen peroxide and hydroxide source are combined, wherein said alkali hydroxide and hydrogen peroxide mix in an aqueous form in the contaminated soil by injecting into the contaminated soil a stream of aqueous alkali hydroxide solution having concentration of not less than 1.5M and a stream of aqueous hydrogen peroxide solution having concentration of not less than 2.25M, wherein the alkali hydroxide solution is introduced first to the soil and allowed to seep into the ground, followed by the addition the hydrogen peroxide solution.
A method for determining the moisture content of wood, comprising the operating steps of: inserting the wood between a first plate and a second plate of a capacitor; applying a first signal to the first plate of the capacitor using the plate as a transmitting antenna; detecting on the second plate a second signal induced by the first signal, using the second plate as a receiving antenna; and determining the moisture content of the wood based on the value of the second, induced signal detected; the method being characterised in that it also comprises the operating steps of: subtracting from the second, induced signal detected a third reference signal, obtaining a differential signal; determining the components of the differential signal in phase and in quadrature relative to the first signal; filtering the components of the differential signal in phase and in quadrature to obtain a filtered in phase component and a filtered in quadrature component which are substantially independent of the frequency of the first signal; calculating the moisture value for the wood based on the value of the filtered in phase and in quadrature components of the differential signal; and before the step of calculating the moisture, an operating step of correcting the filtered in phase and in quadrature components according to the ambient conditions; wherein the correcting step involves correction of the filtered in phase and in quadrature components based on a first preliminary measurement taken by detecting the second signal in the absence of the wood, and a second preliminary measurement taken by detecting the second signal in the absence of the first signal. inserting the wood between a first plate and a second plate of a capacitor; applying a first signal to the first plate of the capacitor using the plate as a transmitting antenna; detecting on the second plate a second signal induced by the first signal, using the second plate as a receiving antenna; and determining the moisture content of the wood based on the value of the second, induced signal detected; subtracting from the second, induced signal detected a third reference signal, obtaining a differential signal; determining the components of the differential signal in phase and in quadrature relative to the first signal; filtering the components of the differential signal in phase and in quadrature to obtain a filtered in phase component and a filtered in quadrature component which are substantially independent of the frequency of the first signal; calculating the moisture value for the wood based on the value of the filtered in phase and in quadrature components of the differential signal; and before the step of calculating the moisture, an operating step of correcting the filtered in phase and in quadrature components according to the ambient conditions;
A pharmaceutical composition comprising: (a) an effective amount of a selective peptide agonist of melanocortin 1 receptor (MC1R) according to the formula: Ar(CH 2) m X 1 -X 2 -CO-X 3 -X 4 -X 5 -(Trp) n -NX 6 R Formula I or a pharmaceutically acceptable salt, solvate, or enantiomer thereof, wherein: Ar is unsubstituted or substituted phenyl; m is 3; X 1 is absent; X 2 is absent; X 3 is unsubstituted or substituted L-histidine (His); X 4 is selected from the group consisting of D-4-t-Bu-phenylalanine (D-4-tBuPhe), D-4-biphenylalanine (D-4-Bip), D-1-naphthylalanine (D-1-Nal), and D-2-naphthylalanine (D-2-Nal); X 5 is unsubstituted or substituted L-arginine (Arg); n is 0 or 1; X 6 is selected from the group consisting of H, methyl or ethyl; and R is selected from the group consisting of H, methyl or ethyl; and (b) one or more pharmaceutically acceptable excipients. (a) an effective amount of a selective peptide agonist of melanocortin 1 receptor (MC1R) according to the formula: Ar(CH 2) m X 1 -X 2 -CO-X 3 -X 4 -X 5 -(Trp) n -NX 6 R Formula I or a pharmaceutically acceptable salt, solvate, or enantiomer thereof, wherein: Ar is unsubstituted or substituted phenyl; m is 3; X 1 is absent; X 2 is absent; X 3 is unsubstituted or substituted L-histidine (His); X 4 is selected from the group consisting of D-4-t-Bu-phenylalanine (D-4-tBuPhe), D-4-biphenylalanine (D-4-Bip), D-1-naphthylalanine (D-1-Nal), and D-2-naphthylalanine (D-2-Nal); X 5 is unsubstituted or substituted L-arginine (Arg); n is 0 or 1; X 6 is selected from the group consisting of H, methyl or ethyl; and R is selected from the group consisting of H, methyl or ethyl; and Ar is unsubstituted or substituted phenyl; m is 3; X 1 is absent; X 2 is absent; X 3 is unsubstituted or substituted L-histidine (His); X 4 is selected from the group consisting of D-4-t-Bu-phenylalanine (D-4-tBuPhe), D-4-biphenylalanine (D-4-Bip), D-1-naphthylalanine (D-1-Nal), and D-2-naphthylalanine (D-2-Nal); X 5 is unsubstituted or substituted L-arginine (Arg); n is 0 or 1; X 6 is selected from the group consisting of H, methyl or ethyl; and R is selected from the group consisting of H, methyl or ethyl; and (b) one or more pharmaceutically acceptable excipients.
A cartridge with a filling of at least one substance for preparing a liquid product by means of liquid and/or steam introduced at a given temperature into the cartridge, said cartridge including a casing containing said filling with a side wall and a bottom wall for said liquid product to flow from the cartridge, characterized in that said bottom wall has a layered structure with: - at least one layer of a first compostable material softenable and/or meltable at a temperature between 70° and 120°, and - at least one layer of a second compostable material exempt from appreciable softening and/or melting at said temperature, wherein said at least one layer of a first compostable material and said at least one layer of a second compostable material are coupled to form a composite material. - at least one layer of a first compostable material softenable and/or meltable at a temperature between 70° and 120°, and - at least one layer of a second compostable material exempt from appreciable softening and/or melting at said temperature,
A fluidic food composition which is fluidic at 25°C, comprising glycerol, an effective sweetness conferring amount of xylitol and at least one kind of sugar alcohol excluding xylitol and glycerol, wherein the effective sweetness conferring amount of xylitol is no less than 20% by mass and no more than 80% by mass relative to the fluidic food composition, wherein a content of water relative to the fluidic food composition is less than 5% by mass, wherein a content of glycerol relative to the fluidic food composition is no less than 5% by mass and no more than 80% by mass, and wherein the fluidic food composition has an absence of crystals of xylitol.
A method for protecting an object displayed on a screen of a portable terminal from unwanted viewing by others, the method comprising: activating (S610, S1110) a security mode of the screen; detecting (S612, S1112) a position of a hovering input on the screen; forming an area (841, 1012, 1022, 1211, 1221, 1231, 1241, 1252) corresponding to the detected position; and displaying (S616, S1116) a part of an object corresponding to the formed area differently from another part of the object in an area outside of the formed area, wherein the security mode is automatically activated based on an ambient situation of the portable terminal. activating (S610, S1110) a security mode of the screen; detecting (S612, S1112) a position of a hovering input on the screen; forming an area (841, 1012, 1022, 1211, 1221, 1231, 1241, 1252) corresponding to the detected position; and displaying (S616, S1116) a part of an object corresponding to the formed area differently from another part of the object in an area outside of the formed area, wherein the security mode is automatically activated based on an ambient situation of the portable terminal.
A method of forming a cased glass stream in preparing the production of mold charge gobs and laminated glass containers having casing glass over core glass, the method comprises the steps of: (a) providing a stream of reduced core glass, and (b) surrounding said stream of reduced core glass with a layer of oxidized casing glass, such that said cased glass stream is formed with core glass being an inner layer and the casing glass an outer layer relative to the laminated glass container to be produced; and (c) forming the glass container when cooling said cased glass stream below molten glass temperatures before any redox reactions between the reduced core glass and the oxidated casing glass will produce blisters or bubbles at the glass layer interface. (a) providing a stream of reduced core glass, and (b) surrounding said stream of reduced core glass with a layer of oxidized casing glass, such that said cased glass stream is formed with core glass being an inner layer and the casing glass an outer layer relative to the laminated glass container to be produced; and (c) forming the glass container when cooling said cased glass stream below molten glass temperatures before any redox reactions between the reduced core glass and the oxidated casing glass will produce blisters or bubbles at the glass layer interface.
A method of calibrating a cleaning element for a printhead, comprising: enacting relative movement between the printhead and the cleaning element; during the relative movement, detecting activation of a print medium sensor to detect displacement during a print job of a print medium out of the nozzle plane, the print medium sensor being aligned with a nozzle plane of the printhead; and storing a reference position for the cleaning element based on the detected activation. enacting relative movement between the printhead and the cleaning element; during the relative movement, detecting activation of a print medium sensor to detect displacement during a print job of a print medium out of the nozzle plane, the print medium sensor being aligned with a nozzle plane of the printhead; and storing a reference position for the cleaning element based on the detected activation.
A method for signing a message (m) implemented by processing means of a user device of a member (M i) belonging to a group of members () managed by a key management authority, said user device having a secret signature key (ski), comprising a step of generating a group signature (σ) for the message (m) enabling said member (M i) to prove his membership in the group of members () and a step of generating a pseudonym (nym ij) identifying the member (M i) within a domain (D j) of a service provider (SP j), said domain comprising a set of terminals in communication with a server of said service provider, said group signature (σ) being designed such that said member (M i) can prove, by signing the message (m), his knowledge of said secret signature key without disclosing it, and characterized in that said group signature (σ) is designed such that the membership of the member (M i) in the group is verifiable independently of the pseudonym (nym ij), in that the secret signature key (sk i) of the member (M i) comprises at least a fist part of key (fi) generated by the processing means of the user device of said member and unknown to the key management authority, and said pseudonym and said signature are a function of a second part (x i) of said secret signature key of the member (M i), and are designed so as to prove that the member identified by the pseudonym is the signatory of the message (m), and in that said pseudonym (nym ij) of the member (M i) is specific to the domain (D j).