mhurhangee/patent-ind-claim-en huggingface dataset:
A device for moisture regulation on a portion of skin of a living being, which device is at least to be located between the portion of skin of the living being and an object proximate that portion of the skin of the living being, the device comprising at least a first layer comprising of a tricot fabric and directed in use with an outer side towards the portion of the skin and at least a second layer being in contact with an inner side of the first layer at a side remote of the portion of the skin , characterized in that : - the first layer directed in use towards the portion of the skin • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 - the second layer being in contact with the first layer at a side remote of the portion of the skin • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1 , - the first layer directed in use towards the portion of the skin • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 • has a moisture regain of less than 5 percent • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 1 *T 0,5 wherein 0,09 ≤ K 1 ≤ 0,2 - the second layer being in contact with the first layer at a side remote of the portion of the skin • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1 , • comprises a spacer fabric being porous in a direction perpendicular as well as parallel to the surface of the second layer, • has a compression resistance of greater than or equal to 4 kPa, more preferably greater than or equal to 10.5 kPa at 40 percent compression. • has wicking according to DIN53924, with a relation between a vertical rising height H (cm) and the square root of a rising time T (sec) being H = K 2 *T 0,5 wherein K 2 is greater than K 1 ,
An anchor device, comprising: an elongate body having a body wall that at least partially defines a lumen ; and a subcutaneous anchor mechanism coupled to the elongate body, the subcutaneous anchor mechanism having one or more non-retractable barbs that extend away from the body wall with a curvature so that tips of the barbs are not pointed at the underside of a dermis layer of a human patient when in a deployed orientation in a subcutaneous layer , wherein flexing action of the non-retractable barbs occurs from an insertion and removal force applied from the dermis layer without a separate actuation device to extend or retract the barbs, wherein the non-retractable barbs are flexibly bendable to a distally-oriented removal orientation when the anchor mechanism is withdrawn from the subcutaneous layer and out through the dermis layer and flexibly bendable to a proximally-oriented insertion orientation when the anchor mechanism is inserted through the dermis layer. an elongate body having a body wall that at least partially defines a lumen ; and a subcutaneous anchor mechanism coupled to the elongate body, the subcutaneous anchor mechanism having one or more non-retractable barbs that extend away from the body wall with a curvature so that tips of the barbs are not pointed at the underside of a dermis layer of a human patient when in a deployed orientation in a subcutaneous layer , wherein flexing action of the non-retractable barbs occurs from an insertion and removal force applied from the dermis layer without a separate actuation device to extend or retract the barbs, wherein the non-retractable barbs are flexibly bendable to a distally-oriented removal orientation when the anchor mechanism is withdrawn from the subcutaneous layer and out through the dermis layer and flexibly bendable to a proximally-oriented insertion orientation when the anchor mechanism is inserted through the dermis layer.
Method for operating a fitness bicycle having a wheel , which bicycle has an electric drive and two pedals for electrically and mechanically driving the wheel , by a user with a physical impairment in one of his two lower extremities , - according to which, in a measure a), at least one measurement parameter (M1, M2, M3) characterizing the movement of the wheel is determined by means of a sensor system while a first of the two pedals is actuated by the lower extremity of the user which does not have the physical impairment, - according to which, in a measure b), the electric drive is actuated by a control/regulating device of the fitness bicycle as a function of the at least one determined measured variable (M1, M2, M3), while a second of the two pedals is actuated by the lower extremity of the user which has the physical impairment. - according to which, in a measure a), at least one measurement parameter (M1, M2, M3) characterizing the movement of the wheel is determined by means of a sensor system while a first of the two pedals is actuated by the lower extremity of the user which does not have the physical impairment, - according to which, in a measure b), the electric drive is actuated by a control/regulating device of the fitness bicycle as a function of the at least one determined measured variable (M1, M2, M3), while a second of the two pedals is actuated by the lower extremity of the user which has the physical impairment.
Method of initiating a dysfunctional regenerating a filter to particles of line from engine exhaust to thermal ignition equipping a motor vehicle, the regeneration called dysfunctional being initiated when a regeneration called functional or passive cannot take place due to a driving profile preventing it by not reaching a minimum regeneration temperature, by having insufficient driving time or by presenting an oxygen supply in the line insufficient exhaust for its performance, the method comprising a step of identifying a running profile preventing functional or passive regeneration, a step of estimating a mass of soot running in the particulate filter and a current load (Cs) of the filter from the current mass (Msc) and, when the current load (Cs) is greater than a minimum threshold, a step of modifying the combustion parameters (McsRGa) for obtaining a temperature in line greater than 600° and a mass of oxygen in the line at least greater than 2% of the total mass of gas to effect regeneration dysfunctional, characterized in that the estimation step is done as a function simultaneously of three estimations (10 to 12) of masses from, firstly, a measurement of a pressure differential across the particulate filter , secondly , of an estimate of the engine emissions since the last regeneration taking into account an estimate of natural soot combustion since the last regeneration and, third, an estimate of the emissions of the engine taken in isolation to which a predetermined multiplicative factor is applied safety greater than 1 and, when a measurement of the pressure differential is available, the second estimate is readjusted with respect to at least the first estimate .
Method for treating roller chains, in particular for motorbikes, characterised in that an agent containing penetrating oil and polytetrafluoroethylene particles is applied to the roller chain and, after a short driving time, the agent is wiped off the roller chain in order to free the roller chain from sticky or greasy deposits.
A system including sample and a sample base suitable for use in both a charged particle device and in an optical microscope being mounted with said sample to be observed by irradiating a charged particle beam of the charged particle beam device, said sample base comprising: a light-emitting member which forms at least a portion of the sample base, and is configured to emit light when being irradiated by charged particles transmitted through or scattered inside the sample when the sample is irradiated with the charged particle beam of the charged particle beam device, wherein the sample is placed directly or via a film on the light-emitting member , said film being transparent to said light and said charged particles, characterized in that the sample base includes a transparent member , said light emitting member being fixed to said transparent member , wherein infrared light, ultraviolet light, or visible light of a specific or all wave-length ranges can pass through the transparent member and the light-emitting member at least between a portion on which the sample is placed and a surface opposite to the portion on which the sample is placed in the sample base. a light-emitting member which forms at least a portion of the sample base, and is configured to emit light when being irradiated by charged particles transmitted through or scattered inside the sample when the sample is irradiated with the charged particle beam of the charged particle beam device, wherein the sample is placed directly or via a film on the light-emitting member , said film being transparent to said light and said charged particles, characterized in that the sample base includes a transparent member , said light emitting member being fixed to said transparent member , wherein infrared light, ultraviolet light, or visible light of a specific or all wave-length ranges can pass through the transparent member and the light-emitting member at least between a portion on which the sample is placed and a surface opposite to the portion on which the sample is placed in the sample base.
An uplink scheduling method, comprising: receiving, by a network device, a random access request sent by a terminal device at a second coverage level, wherein the terminal device is in a connected state at a first coverage level; sending, by the network device, information about a first uplink resource to the terminal device at the second coverage level, to indicate the terminal device to send uplink data on the first uplink resource; receiving and demodulating, by the network device, a first signal in the first uplink resource, to obtain a first demodulation result; if the first demodulation result is "incorrect", determining, by the network device based on the first demodulation result, whether the first uplink resource carries the uplink data; and if determining that the first uplink resource carries the uplink data, sending, by the network device, first retransmission control information to the terminal device at the first coverage level, wherein the first retransmission control information is used to indicate the terminal device to resend the uplink data on a second uplink resource; or if determining that the first uplink resource does not carry the uplink data, sending, by the network device, first retransmission control information to the terminal device at the second coverage level. receiving, by a network device, a random access request sent by a terminal device at a second coverage level, wherein the terminal device is in a connected state at a first coverage level; sending, by the network device, information about a first uplink resource to the terminal device at the second coverage level, to indicate the terminal device to send uplink data on the first uplink resource; receiving and demodulating, by the network device, a first signal in the first uplink resource, to obtain a first demodulation result; if the first demodulation result is "incorrect", determining, by the network device based on the first demodulation result, whether the first uplink resource carries the uplink data; and if determining that the first uplink resource carries the uplink data, sending, by the network device, first retransmission control information to the terminal device at the first coverage level, wherein the first retransmission control information is used to indicate the terminal device to resend the uplink data on a second uplink resource; or if determining that the first uplink resource does not carry the uplink data, sending, by the network device, first retransmission control information to the terminal device at the second coverage level.
An exhaust pump (P), comprising: a cylindrical rotating member ; support means for rotatably supporting said cylindrical rotating member about an axis thereof; a driving means for rotationally driving said cylindrical rotating member; an outer cylindrical fixed member disposed so as to surround an outer periphery of said cylindrical rotating member; an inner cylindrical fixed member disposed so as to be surrounded by an inner periphery of said cylindrical rotating member; a helical outer thread groove exhaust passage (S1) provided between said cylindrical rotating member and said outer cylindrical fixed member; a helical inner thread groove exhaust passage (S2) provided between said cylindrical rotating member and said inner cylindrical fixed member; and connecting opening portions (H) that are opened in said cylindrical rotating member and that lead a part of gas existing in the vicinity of said outer periphery of said cylindrical rotating member to said inner thread groove exhaust passage, characterized in that said cylindrical rotating member has a plate body having a ring-like projection and a cylindrical body that is fitted into an outer periphery of said ring-like projection; and each of said connecting opening portions comprises holes (H1, H2) that are cut out from an outer peripheral section of said plate body and an outer peripheral section of said ring-like projection, and a portion of all said holes that opens in the form of a horizontal hole (H2) is covered by an outer-peripheral upper end portion of said cylindrical body. a cylindrical rotating member ; support means for rotatably supporting said cylindrical rotating member about an axis thereof; a driving means for rotationally driving said cylindrical rotating member; an outer cylindrical fixed member disposed so as to surround an outer periphery of said cylindrical rotating member; an inner cylindrical fixed member disposed so as to be surrounded by an inner periphery of said cylindrical rotating member; a helical outer thread groove exhaust passage (S1) provided between said cylindrical rotating member and said outer cylindrical fixed member; a helical inner thread groove exhaust passage (S2) provided between said cylindrical rotating member and said inner cylindrical fixed member; and connecting opening portions (H) that are opened in said cylindrical rotating member and that lead a part of gas existing in the vicinity of said outer periphery of said cylindrical rotating member to said inner thread groove exhaust passage, characterized in that said cylindrical rotating member has a plate body having a ring-like projection and a cylindrical body that is fitted into an outer periphery of said ring-like projection; and each of said connecting opening portions comprises holes (H1, H2) that are cut out from an outer peripheral section of said plate body and an outer peripheral section of said ring-like projection, and a portion of all said holes that opens in the form of a horizontal hole (H2) is covered by an outer-peripheral upper end portion of said cylindrical body.
A method performed by a task server, the method comprising: acquiring, a current status of a first terminal, wherein the current status of the first terminal represents a status of a local application at the first terminal in need of an assistance operation from a second terminal transmitting (S202) the current status of the first terminal to the second terminal; receiving (S204), from the second terminal, an assistance operation instruction corresponding to the assistance operation needed by the local application; obtaining assistance operation results by performing (S206) the assistance operation for the local application based on the assistance operation instruction; and transmitting (S208) the assistance operation results to the first terminal. acquiring, a current status of a first terminal, wherein the current status of the first terminal represents a status of a local application at the first terminal in need of an assistance operation from a second terminal transmitting (S202) the current status of the first terminal to the second terminal; receiving (S204), from the second terminal, an assistance operation instruction corresponding to the assistance operation needed by the local application; obtaining assistance operation results by performing (S206) the assistance operation for the local application based on the assistance operation instruction; and transmitting (S208) the assistance operation results to the first terminal.
A non-linear excursion estimations system for estimating non-linear excursion of a loudspeaker, comprising: a loudspeaker having a force transducer; an amplifier configured to transmit an audio signal; and a controller connected to the amplifier and configured to receive the audio signal from the amplifier , characterized in that the controller is programmed to perform a motor analysis of a motor, the motor analysis defining a tail characteristic of a curve function, the tail characteristic being arranged outside of a safe operating area (SOA) nonlinearity curve of the loudspeaker , limit excursion of the loudspeaker by modeling at least one constrained nonlinearity curve based on an asymptote outside of the safe operating area (SOA) nonlinearly curve of the loudspeaker and based on a target function based on the motor analysis and the SOA nonlinearity curve, wherein the SOA nonlinearity curve of a non-linear parameter is obtained by curve-fitting polynomials for a measured range of cone displacement values. a loudspeaker having a force transducer; an amplifier configured to transmit an audio signal; and a controller connected to the amplifier and configured to receive the audio signal from the amplifier , characterized in that the controller is programmed to perform a motor analysis of a motor, the motor analysis defining a tail characteristic of a curve function, the tail characteristic being arranged outside of a safe operating area (SOA) nonlinearity curve of the loudspeaker , limit excursion of the loudspeaker by modeling at least one constrained nonlinearity curve based on an asymptote outside of the safe operating area (SOA) nonlinearly curve of the loudspeaker and based on a target function based on the motor analysis and the SOA nonlinearity curve, wherein the SOA nonlinearity curve of a non-linear parameter is obtained by curve-fitting polynomials for a measured range of cone displacement values.
Ester of a phospholipid with conjugated linoleic acid or conjugated linoleic acid and docosahexaenoic acid wherein the conjugated linoleic acid is the c9,t11 isomer, for use in the treatment of neuroinflammatory and neurodegenerative disorders.
A humanized monoclonal antibody capable of inhibiting terminal complement for use in the treatment of hematopoietic stem cell transplant (HSCT) associated thrombotic microangiopathy (HSCT-TMA) in a subject that has undergone a bone marrow transplant, wherein said treatment comprises administering said humanized monoclonal antibody to said subject, wherein said humanized monoclonal antibody is eculizumab and is administered in a manner sufficient to achieve a therapeutic eculizumab level in said subject, wherein said therapeutic level comprises a blood serum eculizumab trough level of greater than or at least 99 μg/mL.
A touch panel comprising a plurality of signal input ends; a plurality of signal output ends; and at least one signal detecting unit, characterised in that each of the at least one signal detecting unit comprises: a signal inputting unit (M; M1, M2), a preamplifier (A1, A2; A) and a signal separating unit, the signal inputting unit (M; M1, M2) is connected to a respective one of the plurality of signal input ends, wherein each of the plurality of signal input ends is configured to receive n driving signals having n frequencies simultaneously from the corresponding signal inputting unit (M; M1, M2), and the plurality of signal input ends sequentially receive the same n driving signals, wherein n is an integer not less than 2; the preamplifier (A1, A2; A), which is connected to a respective one of the plurality of signal output ends, is configured to acquire an output signal from the respective one of the plurality of signal output ends, amplify the output signal, and output the amplified output signal to the signal separating unit; and the signal separating unit, which is connected to the preamplifier (A1, A2; A) and comprises n band-pass filters (n1, n2, n3), is configured to separate the amplified output signal to n signals having n frequencies, wherein the preamplifier (A1, A2; A) further comprises a feedback network and a compensating network, the feedback network comprises at least two feedback branches connected in parallel, one of the at least two feedback branches comprises a resistor (Rf1), and each of remaining feedback branches comprises a resistor (Rf2) and a switch (Sf2) connected in series with the resistor (Rf2), and the resistance of the feedback network is changed by controlling the On-Off of the switches (Sf2), the compensating network comprises a compensating resistor (Rref), and the inverting input terminal of the preamplifier (A1, A2; A) is connected to a compensating signal source via the compensating resistor (Rref).