mhurhangee/patent-ind-claim-en huggingface dataset:
Method for authorising an action by a multi-level interactive and intuitive authentication of a user for a device comprising at least one series of behavioural biometric data sensors and a series of transmitters of which at least one transmitter is different to a screen, a processing means, a memory and an information output means, said method comprises at least: a) a step of requesting performance of an action from the processing means, b) a step of verification of the necessary level of authentication of the user for the performance of said action by the processing means, c) a step (4 to 7) of adjusting the level of authentication of the user when the level of authentication is insufficient for the performance of said action, d) a step (2 and 3) of authorisation of said action by the processing means, characterised in that said step of adjusting the level of authentication of the user is performed within the device and comprises the following substeps: i) a step of transmission of at least one random or non-random sequence of at least two stimuli by at least one transmitter to the user, ii) a step of sensing of behavioural biometric data of the reactions of the user to said stimuli transmitted during the step of transmission by recording of the sensor or sensors actuated and of the nature of the action carried out on the sensor provided by the signal received, iii) a step of validation of the response of the user during the step of sensing of behavioural biometric data carried out by said processing means by comparing said reaction carried out by the user as a function of the response, to the stimuli, previously recorded in the memory, wherein an expected response defined by a step of conditioning or learning makes it possible to validate the authentication of the user. a) a step of requesting performance of an action from the processing means, b) a step of verification of the necessary level of authentication of the user for the performance of said action by the processing means, c) a step (4 to 7) of adjusting the level of authentication of the user when the level of authentication is insufficient for the performance of said action, d) a step (2 and 3) of authorisation of said action by the processing means, i) a step of transmission of at least one random or non-random sequence of at least two stimuli by at least one transmitter to the user, ii) a step of sensing of behavioural biometric data of the reactions of the user to said stimuli transmitted during the step of transmission by recording of the sensor or sensors actuated and of the nature of the action carried out on the sensor provided by the signal received, iii) a step of validation of the response of the user during the step of sensing of behavioural biometric data carried out by said processing means by comparing said reaction carried out by the user as a function of the response, to the stimuli, previously recorded in the memory, wherein an expected response defined by a step of conditioning or learning makes it possible to validate the authentication of the user.
Use of a mammalian cell for the in vitro production of a drug protein or a therapeutic antibody, wherein the mammalian cell comprises (a) a vector expressing a pH sensing receptor comprising a promoter and a polynucleotide coding for a G protein-coupled receptor, wherein the promoter is the constitutive simian virus 40 promoter (P SV40 ), the minimal human cytomegalovirus immediate early promoter (P hCMVmin ), the constitutive human cytomegalovirus promoter (P hCMV ), the human elongation factor 1α promoter (P hEF1α ), the phosphoglycerate kinase promoter (P PGK ), the human ubiquitin promoter (P hUBC ), or the beta-actin promoter and wherein the G protein-coupled receptor is TDAG8; (b) a vector comprising a synthetic promoter specifically activated by said pH sensing receptor and response elements fused to a polynucleotide coding for an endogenous or exogenous protein, wherein the encoded endogenous or exogenous protein is a drug protein or a therapeutic antibody, wherein the response element is the cAMP-response element (CRE). (a) a vector expressing a pH sensing receptor comprising a promoter and a polynucleotide coding for a G protein-coupled receptor, wherein the promoter is the constitutive simian virus 40 promoter (P SV40 ), the minimal human cytomegalovirus immediate early promoter (P hCMVmin ), the constitutive human cytomegalovirus promoter (P hCMV ), the human elongation factor 1α promoter (P hEF1α ), the phosphoglycerate kinase promoter (P PGK ), the human ubiquitin promoter (P hUBC ), or the beta-actin promoter and wherein the G protein-coupled receptor is TDAG8; (b) a vector comprising a synthetic promoter specifically activated by said pH sensing receptor and response elements fused to a polynucleotide coding for an endogenous or exogenous protein, wherein the encoded endogenous or exogenous protein is a drug protein or a therapeutic antibody, wherein the response element is the cAMP-response element (CRE).
Electrical function group with a control device and a first voltage regulator , wherein the control device has a supply voltage input , wherein the first voltage regulator has a first supply voltage input and a first supply voltage output and is designed to be connected to a supply voltage source via the first supply voltage input and to supply the control device via the first supply voltage output , wherein the first supply voltage output and the supply voltage input of the control device are connected to one another, wherein the function group has a second voltage regulator with a second supply voltage input and a second supply voltage output , wherein the second voltage regulator is designed to be connected to the supply voltage source via the second supply voltage input and to supply the first voltage regulator and the control device via the second supply voltage output , and wherein the second supply voltage output and the first supply voltage input are connected to one another, and wherein the first voltage regulator is designed such that, in the event of failure of the first voltage regulator , the first supply voltage input and the first supply voltage output are short-circuited with one another, characterized in that the control device is designed to monitor a first monitoring voltage at the supply voltage input of the control device and to assign a change in the first monitoring voltage to the failure of the first voltage regulator . wherein the control device has a supply voltage input , wherein the first voltage regulator has a first supply voltage input and a first supply voltage output and is designed to be connected to a supply voltage source via the first supply voltage input and to supply the control device via the first supply voltage output , wherein the first supply voltage output and the supply voltage input of the control device are connected to one another, wherein the function group has a second voltage regulator with a second supply voltage input and a second supply voltage output , wherein the second voltage regulator is designed to be connected to the supply voltage source via the second supply voltage input and to supply the first voltage regulator and the control device via the second supply voltage output , and wherein the second supply voltage output and the first supply voltage input are connected to one another, and wherein the first voltage regulator is designed such that, in the event of failure of the first voltage regulator , the first supply voltage input and the first supply voltage output are short-circuited with one another, characterized in that the control device is designed to monitor a first monitoring voltage at the supply voltage input of the control device and to assign a change in the first monitoring voltage to the failure of the first voltage regulator .
A rotary pump having a variable delivery volume, comprising: a) a casing ; b) a delivery chamber formed in the casing and comprising an inlet for a fluid on a low-pressure side and an outlet for the fluid on a high-pressure side of the pump; c) at least one delivery rotor which can be rotated in the delivery chamber about a rotational axis (R 2 ); d) an actuating member which is arranged facing a front face of the delivery rotor or surrounds the delivery rotor and can be moved back and forth in the casing for adjusting the delivery volume, e) wherein the actuating member can be charged, in the direction of its mobility, with an actuating force which is dependent on the requirement of a consumer which is to be supplied with the fluid; f) and a track which is formed in the casing and guides the actuating member on an actuating member sliding surface in a sliding contact, g) wherein a sliding material, which forms the actuating member sliding surface , consists of plastic, h) wherein the actuating member at least substantially consists of the plastic sliding material. a) a casing ; b) a delivery chamber formed in the casing and comprising an inlet for a fluid on a low-pressure side and an outlet for the fluid on a high-pressure side of the pump; c) at least one delivery rotor which can be rotated in the delivery chamber about a rotational axis (R 2 ); d) an actuating member which is arranged facing a front face of the delivery rotor or surrounds the delivery rotor and can be moved back and forth in the casing for adjusting the delivery volume, e) wherein the actuating member can be charged, in the direction of its mobility, with an actuating force which is dependent on the requirement of a consumer which is to be supplied with the fluid; f) and a track which is formed in the casing and guides the actuating member on an actuating member sliding surface in a sliding contact, g) wherein a sliding material, which forms the actuating member sliding surface , consists of plastic, h) wherein the actuating member at least substantially consists of the plastic sliding material.
An electrolyte, comprising: an electrolyte salt; and an additive; wherein the additive comprises a sulfonic ester cyclic quaternary ammonium salt and a fluorocarbon surfactant; wherein the fluorocarbon surfactant is one or more selected from a group consisting of C 2 F 5 (CF 2 CF 2 ) 2 CH 2 CH 2 O(CH 2 CH 2 O) 2 H, C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 H, C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 CH 3 , C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 OCH 3 , and C 2 F 5 (CF 2 CF 2 ) 2 CH 2 CH 2 O(CH 2 CH 2 O) 10 OCH 2 CH 3 . an electrolyte salt; and an additive; wherein the additive comprises a sulfonic ester cyclic quaternary ammonium salt and a fluorocarbon surfactant; wherein the fluorocarbon surfactant is one or more selected from a group consisting of C 2 F 5 (CF 2 CF 2 ) 2 CH 2 CH 2 O(CH 2 CH 2 O) 2 H, C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 H, C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 CH 3 , C 2 F 5 (CF 2 CF 2 ) 1 CH 2 CH 2 O(CH 2 CH 2 O) 10 OCH 3 , and C 2 F 5 (CF 2 CF 2 ) 2 CH 2 CH 2 O(CH 2 CH 2 O) 10 OCH 2 CH 3 .
Elongate plug provided with a pin-like body with a longitudinal bore for receiving a nail, screw or the like therein, wherein the body is made of one piece and is provided along at least a part of its length with lips , which are pivotable between a rest position, in which the lips lie at least substantially in the outer surface of the body or extend inward relative to the outer surface of the body , and an active position, in which the lips extend outward relative to the outer surface of the body , wherein the lips are pivotable about a pivot axis extending parallel to the longitudinal direction of the elongate plug , characterized in that the lips comprise lips of the first type, which, upon insertion of the nail, screw or the like in the bore, are pivotable about the pivot axis in a clockwise manner, and lips of the second type, which, upon insertion of the nail, screw or the like in the bore, are pivotable about the pivot axis in a counter-clockwise manner, and that the lips of the first type on the one hand and the lips of the second type on the other are arranged offset opposite each other in the body .
A method for estimating a transmitted signal in a wireless communication system, the method comprising the steps of: receiving a wireless signal that comprises a pilot channel and at least one other channel; estimating a transmitted signal using an equalizer and the received wireless signal, wherein the equalizer includes a filter with a plurality of taps that are adapted through use of an adaptive algorithm that uses an estimated pilot estimated from the received wireless signal, wherein the pilot channel was transmitted with the at least one other channel; extracting the estimated pilot; and providing the estimated pilot to the adaptive algorithm; wherein the adaptive algorithm is used once every N th pilot symbol interval to update the taps, N being a positive integer, wherein the value of N is dynamic, and characterised in that adaptation is started when channel conditions are determined to have changed such that the equalizer does not match current channel conditions. receiving a wireless signal that comprises a pilot channel and at least one other channel; estimating a transmitted signal using an equalizer and the received wireless signal, wherein the equalizer includes a filter with a plurality of taps that are adapted through use of an adaptive algorithm that uses an estimated pilot estimated from the received wireless signal, wherein the pilot channel was transmitted with the at least one other channel; extracting the estimated pilot; and providing the estimated pilot to the adaptive algorithm; wherein the adaptive algorithm is used once every N th pilot symbol interval to update the taps, N being a positive integer, wherein the value of N is dynamic, and characterised in that adaptation is started when channel conditions are determined to have changed such that the equalizer does not match current channel conditions.
A dust storing station comprising: a housing configured to detachably hold a dust bag ; a seating portion for detachably docking with a dust collecting chamber (50, 50', 50", 60) of a vacuum cleaner , the seating portion including an opening; a suction device disposed below the dust bag, the suction device configured to suction foreign substances and air from the dust collecting chamber to the dust bag of the dust storing station through a flow path formed between the opening of the seating portion and the suction device; a flow path control device configured to selectively block at least a portion of the flow path; and a touch display disposed on a top portion of the housing, wherein the flow path control device and the suction device are configured to be activated in response to receiving an input via the touch display, and wherein the dust storing station is configured to connect to the dust collecting chamber to remove foreign substances collected in the dust collecting chamber. a housing configured to detachably hold a dust bag ; a seating portion for detachably docking with a dust collecting chamber (50, 50', 50", 60) of a vacuum cleaner , the seating portion including an opening; a suction device disposed below the dust bag, the suction device configured to suction foreign substances and air from the dust collecting chamber to the dust bag of the dust storing station through a flow path formed between the opening of the seating portion and the suction device; a flow path control device configured to selectively block at least a portion of the flow path; and a touch display disposed on a top portion of the housing, wherein the flow path control device and the suction device are configured to be activated in response to receiving an input via the touch display, and wherein the dust storing station is configured to connect to the dust collecting chamber to remove foreign substances collected in the dust collecting chamber.
Opening device for a package having a designated pour opening and being filled with a pourable product; the opening device comprises a contact portion and a closing element detachably and/or rupturably attached to the contact portion and configured to close the designated pour opening; wherein the closing element comprises: - a central main wall ; and - a plurality of leg elements connected to and extending from the central main wall ; wherein the central main wall comprises: - a plurality of radially extending ridge elements , each one being interposed between one respective leg element and a center of the central main wall ; and - a plurality of grooves , each one extending between one respective pair of leg elements , wherein the leg elements are connected to an annular and peripheral portion of the central main wall ; and wherein the annular and peripheral portion comprises the grooves . the opening device comprises a contact portion and a closing element detachably and/or rupturably attached to the contact portion and configured to close the designated pour opening; wherein the closing element comprises: - a central main wall ; and - a plurality of leg elements connected to and extending from the central main wall ; - a central main wall ; and - a plurality of leg elements connected to and extending from the central main wall ; wherein the central main wall comprises: - a plurality of radially extending ridge elements , each one being interposed between one respective leg element and a center of the central main wall ; and - a plurality of grooves , each one extending between one respective pair of leg elements , - a plurality of radially extending ridge elements , each one being interposed between one respective leg element and a center of the central main wall ; and - a plurality of grooves , each one extending between one respective pair of leg elements , wherein the leg elements are connected to an annular and peripheral portion of the central main wall ; and wherein the annular and peripheral portion comprises the grooves .
Device for determining and/or monitoring the respiratory effort of a subject , comprising: - a receiving unit configured to receive a posture signal of the subject , a breathing signal of the subject , and a first electromyography signal of the subject ; and - a processing unit configured to determine a second electromyography signal based on the received posture signal and the received breathing signal and to derive the respiratory effort based on the determined second electromyography signal , wherein the processing unit is configured to determine the second electromyography signal by analyzing or interpreting the first electromyography signal using the received posture signal and the received breathing signal based on a correct received posture signal and a correct received breathing signal which are configured to indicate for repeated measurements that the subject has essentially the same position and essentially the same point/interval within the breathing cycle of the subject , respectively. - a receiving unit configured to receive a posture signal of the subject , a breathing signal of the subject , and a first electromyography signal of the subject ; and - a processing unit configured to determine a second electromyography signal based on the received posture signal and the received breathing signal and to derive the respiratory effort based on the determined second electromyography signal ,
A sealing apparatus configured to seal an annular gap between a shaft and a housing , the sealing apparatus comprising: a main lip which is slidable on the shaft ; an auxiliary lip which is provided on a sealed fluid side (O) with respect to the main lip and which is slidable on the shaft , wherein an annular gap is provided between the main lip and the auxiliary lip ; a garter spring provided on an outer circumferential surface side of the main lip and configured to press a radially inward distal end of the main lip against the shaft ; and grease (G) applied to an inner circumferential surface of both the main lip and the auxiliary lip , wherein the sealing apparatus is characterized by an auxiliary lip-side annular projection, the auxiliary lip-side annular projection (222; 222X) extending from the auxiliary lip side toward the main lip side to a position not in contact with the main lip , preventing the grease (G) from entering through the gap between the main lip and the auxiliary lip and radially outwardly, and equalizing the amount of grease applied to the inner circumferential surface of both the main lip and the auxiliary lip in the circumferential direction. a main lip which is slidable on the shaft ; an auxiliary lip which is provided on a sealed fluid side (O) with respect to the main lip and which is slidable on the shaft , wherein an annular gap is provided between the main lip and the auxiliary lip ; a garter spring provided on an outer circumferential surface side of the main lip and configured to press a radially inward distal end of the main lip against the shaft ; and grease (G) applied to an inner circumferential surface of both the main lip and the auxiliary lip , wherein the sealing apparatus is characterized by an auxiliary lip-side annular projection, the auxiliary lip-side annular projection (222; 222X) extending from the auxiliary lip side toward the main lip side to a position not in contact with the main lip , preventing the grease (G) from entering through the gap between the main lip and the auxiliary lip and radially outwardly, and equalizing the amount of grease applied to the inner circumferential surface of both the main lip and the auxiliary lip in the circumferential direction.
A light-emitting device comprising: a semiconductor layered structure ; an upper electrode disposed on a portion of an upper surface of the semiconductor layered structure ; a lower electrode disposed on a lower surface of the semiconductor layered structure in a region spaced from a region directly under the upper electrode , the lower electrode being reflective; and a protective film disposed continuously on a surface of the upper electrode and the upper surface of the semiconductor layered structure , wherein the protective film is insulative, characterized in that (i) a thickness of a first portion of the protective film , which is disposed at least in a region directly above the lower electrode , is smaller than (ii) a thickness of a second portion of the protective film , which is disposed continuously on the surface of the upper electrode and on a portion of the upper surface of the semiconductor layered structure adjacent to the portion on which the upper electrode is disposed. a semiconductor layered structure ; an upper electrode disposed on a portion of an upper surface of the semiconductor layered structure ; a lower electrode disposed on a lower surface of the semiconductor layered structure in a region spaced from a region directly under the upper electrode , the lower electrode being reflective; and a protective film disposed continuously on a surface of the upper electrode and the upper surface of the semiconductor layered structure , wherein the protective film is insulative, characterized in that (i) a thickness of a first portion of the protective film , which is disposed at least in a region directly above the lower electrode , is smaller than (ii) a thickness of a second portion of the protective film , which is disposed continuously on the surface of the upper electrode and on a portion of the upper surface of the semiconductor layered structure adjacent to the portion on which the upper electrode is disposed. (i) a thickness of a first portion of the protective film , which is disposed at least in a region directly above the lower electrode , is smaller than (ii) a thickness of a second portion of the protective film , which is disposed continuously on the surface of the upper electrode and on a portion of the upper surface of the semiconductor layered structure adjacent to the portion on which the upper electrode is disposed.