mhurhangee/patent-ind-claim-en huggingface dataset:
A composition that inhibits HDAC11 expression and/or activity, or induces HDAC11 degradation for use in (i) a method of treating, reverting, and/or preventing obesity, hyperlipidemia, type II diabetes, metabolic syndrome or insulin resistance in a subject in need thereof, wherein the composition comprises at least one agent selected from the group consisting of an antibody, siRNA, ribozyme, antisense RNA, modified antisense RNA, small molecule, and any combinations thereof.
An optical alignment compensation system for a gas detection system for detecting a gas, the optical alignment system comprising: an array of transceiver pairs , wherein each transceiver pair is configured to transmit and receive light with an optical spectrum in an absorption region of the gas to be detected; a retroreflector arranged at a nominal position and configured to reflect the light ; an optical element arranged and configured to direct the light from at least one of the transceiver pairs along an optical path through the gas to the retroreflector , to receive the light reflected by the retroreflector along the optical path, and to direct the reflected light to the respective transceiver pair ; and a control unit configured to select one of the transceiver pairs for transmitting and receiving the light , wherein the control unit is configured to perform a search algorithm to identify the transceiver pair that receives the reflected light with the highest signal response and to select said transceiver pair , wherein the search algorithm comprises - a brute-force interrogation of transceiver pairs in conditions of lower signal responses of the reflected light received by the transceiver pairs ; and - a gradient descent based interrogating of transceiver pairs in conditions of higher signal responses of the reflected light received by the transceiver pairs . an array of transceiver pairs , wherein each transceiver pair is configured to transmit and receive light with an optical spectrum in an absorption region of the gas to be detected; a retroreflector arranged at a nominal position and configured to reflect the light ; an optical element arranged and configured to direct the light from at least one of the transceiver pairs along an optical path through the gas to the retroreflector , to receive the light reflected by the retroreflector along the optical path, and to direct the reflected light to the respective transceiver pair ; and a control unit configured to select one of the transceiver pairs for transmitting and receiving the light , wherein the control unit is configured to perform a search algorithm to identify the transceiver pair that receives the reflected light with the highest signal response and to select said transceiver pair , wherein the search algorithm comprises - a brute-force interrogation of transceiver pairs in conditions of lower signal responses of the reflected light received by the transceiver pairs ; and - a gradient descent based interrogating of transceiver pairs in conditions of higher signal responses of the reflected light received by the transceiver pairs . - a brute-force interrogation of transceiver pairs in conditions of lower signal responses of the reflected light received by the transceiver pairs ; and - a gradient descent based interrogating of transceiver pairs in conditions of higher signal responses of the reflected light received by the transceiver pairs .
A computer-implemented method, comprising: interpreting one or more commands defining an application of one or more alarm functionalities applied to one or more non-compliant devices that are not independently enabled to implement the functionalities; and implementing the one or more alarm functionalities by modifying how, when, or how and when one or more alarms of the one or more non-compliant devices are presented, based upon the one or more commands, characterized in receiving an alarm from a non-compliant device ; first interpreting an out of service command (OOS) for a first alarm; applying an out of service data condition to a representation of the first alarm in a data store ; detecting reception of the first alarm from the one or more devices ; disabling presentation of the first alarm by an alarm viewer , based upon the applied out of service data condition; when not disabling second interpreting a shelving command for a first alarm; applying a shelving data condition to a representation of the first alarm in a data store , wherein the shelving condition comprises an indication of a shelving period; detecting reception of the first alarm from the one or more devices ; and finally disabling presentation of the first alarm by an alarm viewer during the shelving period, based upon the applied shelving data condition; when not disabling providing alarm to a user. interpreting one or more commands defining an application of one or more alarm functionalities applied to one or more non-compliant devices that are not independently enabled to implement the functionalities; and implementing the one or more alarm functionalities by modifying how, when, or how and when one or more alarms of the one or more non-compliant devices are presented, based upon the one or more commands, characterized in receiving an alarm from a non-compliant device ; first interpreting an out of service command (OOS) for a first alarm; applying an out of service data condition to a representation of the first alarm in a data store ; detecting reception of the first alarm from the one or more devices ; disabling presentation of the first alarm by an alarm viewer , based upon the applied out of service data condition; when not disabling second interpreting a shelving command for a first alarm; applying a shelving data condition to a representation of the first alarm in a data store , wherein the shelving condition comprises an indication of a shelving period; detecting reception of the first alarm from the one or more devices ; and finally disabling presentation of the first alarm by an alarm viewer during the shelving period, based upon the applied shelving data condition; when not disabling providing alarm to a user.
A method used for a user equipment having a codec in which at least one of encoding audio or video data and decoding of the audio or video data is performed, the method comprising: transmitting to a base station , capability information including information indicating whether the user equipment supports a function of eNB-assisted codec adaptation; receiving from a base station , by the user equipment , a recommended bit rate for performing the eNB-assisted codec adaptation; and performing, by an upper layer entity of the user equipment , the eNB-assisted codec adaptation based on the recommended bit rate by negotiating with a communication partner. transmitting to a base station , capability information including information indicating whether the user equipment supports a function of eNB-assisted codec adaptation; receiving from a base station , by the user equipment , a recommended bit rate for performing the eNB-assisted codec adaptation; and performing, by an upper layer entity of the user equipment , the eNB-assisted codec adaptation based on the recommended bit rate by negotiating with a communication partner.
A mixture comprising the compounds of formulae (A-I-1) and (A-III-2) together with a compound of formula (B-I-1) or a compound of formula (B-II-1) wherein a 1 is a number from 2 to 10, wherein a 3 is a number from 2 to 10, wherein b 1 is a number from 1 to 10.
Method of onboarding network equipment to a managed network , the method comprising, at an authentication controller of the managed network: receiving an onboarding request of the network equipment ; generating an authentication challenge comprising an instruction for making a configuration change to the network configuration of the network equipment ; wherein the configuration change to the network configuration of the network equipment is detectable by the authentication controller to identify to the authentication controller the network equipment and/or a network location of the network equipment ; communicating to a user the instruction for making the configuration change to the network equipment ; and determining whether or not the configuration change has been made to the network equipment from which the onboarding request was received and, if the configuration change has been made to the said network equipment according to the instruction, determining an authenticated status of the network equipment for accessing the managed network . receiving an onboarding request of the network equipment ; generating an authentication challenge comprising an instruction for making a configuration change to the network configuration of the network equipment ; wherein the configuration change to the network configuration of the network equipment is detectable by the authentication controller to identify to the authentication controller the network equipment and/or a network location of the network equipment ; communicating to a user the instruction for making the configuration change to the network equipment ; and determining whether or not the configuration change has been made to the network equipment from which the onboarding request was received and, if the configuration change has been made to the said network equipment according to the instruction, determining an authenticated status of the network equipment for accessing the managed network .
Device intended to modify the temperature of an object comprising at least two zones brought to different temperatures, said device comprising a heat transfer fluid and at least one plate passed through by said fluid and intended to come into contact with said object , the plate comprising means for circulating said fluid making it possible to differentiate at least two distinct parts of said plate each having their own capacity to exchange heat and to vary the temperature of one of the zones of said object , and in that said plate comes into contact with the object to reduce the temperature differences between the different zones of said object , the device being characterized in that the plate comprises a fluid inlet , a first outlet and a second outlet for said fluid, and in that the flow rate of the coolant in the circuit between the inlet and the first outlet is greater than the flow rate of said fluid in the circuit between the first outlet and the second outlet .
Water pump with a pump wheel driven by an electric machine, the water pump comprises a housing cover , a spiral with an inlet and an outlet , and a cap , a stator and a rotor of the electric machine are housed within the cap , the stator comprises a stator package with wires and plug connectors for connection to an electronic circuit board , the electronic circuit board is mounted separately on the cap on the side of the pump wheel and is covered by the housing cover characterised in that the stator package is overmoulded with a first plastic material (M1), that at least the stator package , the wires and the plug connectors are overmoulded with a second plastic material (M2) so that the cap has the shape of a cylindrical ring with a cylindrical opening therein, and that a heat sink is provided which seals the cylindrical opening , wherein the heat sink is a separate device which carries a rotor shaft and wherein the electronic circuit board is fastened to the surface of the cap near the heat sink , away from the section of the pump wheel , so that the volume of the air enclosed around the electronic circuit board is reduced. the water pump comprises a housing cover , a spiral with an inlet and an outlet , and a cap , a stator and a rotor of the electric machine are housed within the cap , the stator comprises a stator package with wires and plug connectors for connection to an electronic circuit board , the electronic circuit board is mounted separately on the cap on the side of the pump wheel and is covered by the housing cover characterised in that the stator package is overmoulded with a first plastic material (M1), that at least the stator package , the wires and the plug connectors are overmoulded with a second plastic material (M2) so that the cap has the shape of a cylindrical ring with a cylindrical opening therein, and that a heat sink is provided which seals the cylindrical opening , wherein the heat sink is a separate device which carries a rotor shaft and wherein the electronic circuit board is fastened to the surface of the cap near the heat sink , away from the section of the pump wheel , so that the volume of the air enclosed around the electronic circuit board is reduced.
A controller for a steering system , the steering system being configured such that a transmission ratio between a steering angle (θh) of a steering wheel and a steered angle (θi) of a steered wheel is variable based on a vehicle speed (V) through actuation of at least one motor serving as a drive source, the steering wheel being coupled to a steering mechanism (S), the steered wheel being coupled to a steering operation shaft of the steering mechanism (S), wherein the controller comprises a control circuit configured to calculate a target corresponding steered angle that is a target value of a corresponding steered angle based on the transmission ratio associated with the vehicle speed (V), the corresponding steered angle being a rotation angle of a rotation shaft, which is convertible to the steered angle (θi) whose magnitude is changed relative to a value indicating the steering angle (θh), the control circuit being configured to control the actuation of the motor so that an actual corresponding steered angle (θp) is a final target corresponding steered angle (θp*) that is based on the target corresponding steered angle, characterized in, that the control circuit being configured to calculate the target corresponding steered angle by adjusting the transmission ratio based on a value indicating acceleration or deceleration of a vehicle. a control circuit configured to calculate a target corresponding steered angle that is a target value of a corresponding steered angle based on the transmission ratio associated with the vehicle speed (V), the corresponding steered angle being a rotation angle of a rotation shaft, which is convertible to the steered angle (θi) whose magnitude is changed relative to a value indicating the steering angle (θh), the control circuit being configured to control the actuation of the motor so that an actual corresponding steered angle (θp) is a final target corresponding steered angle (θp*) that is based on the target corresponding steered angle, characterized in, that the control circuit being configured to calculate the target corresponding steered angle by adjusting the transmission ratio based on a value indicating acceleration or deceleration of a vehicle.
An electrically operable clipper having a body portion and a head portion , wherein the head portion includes a movable cutter and a fixed comb , the clipper including an internally located electric motor operable to move the movable cutter , wherein the clipper includes an operating switch movable between an off position, an operating positon and a reset position, wherein the reset position operates a motor reset module of the clipper .
A suture cutter comprising: an outer member defining a lumen there-through; an inner member received at least partially within the lumen , a portion of the inner member defining a curve , the inner member further defining a feature for retaining a strand of suture ; and at least one of the inner member and the outer member being moveable with respect to the other of the inner member and the outer member for cutting the strand of suture characterised in that the outer member is a solid outer member . an outer member defining a lumen there-through; an inner member received at least partially within the lumen , a portion of the inner member defining a curve , the inner member further defining a feature for retaining a strand of suture ; and at least one of the inner member and the outer member being moveable with respect to the other of the inner member and the outer member for cutting the strand of suture characterised in that the outer member is a solid outer member .
An aircraft propulsion module comprising - a hydrogen storage system , - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises a first part and a second part , each of which comprise a respective fairing ; - the first part and the second part are separable from each other; - the first part comprises the at least one electrochemical converter and the at least one electric motor; and - the second part comprises a hydrogen storage housing of the hydrogen storage system for storing a reusable hydrogen storage unit . - a hydrogen storage system , - at least one electrochemical converter connected to the hydrogen storage system, wherein the at least one electrochemical converter is adapted to convert hydrogen supplied from the hydrogen storage system into electric energy, and - at least one electric motor electrically connected to the at least one electrochemical converter, wherein the electric motor is adapted to generate thrust; wherein - the propulsion module comprises a first part and a second part , each of which comprise a respective fairing ; - the first part and the second part are separable from each other; - the first part comprises the at least one electrochemical converter and the at least one electric motor; and - the second part comprises a hydrogen storage housing of the hydrogen storage system for storing a reusable hydrogen storage unit .
A filter , in particular a cabin air filter of a motor vehicle , - comprising a filter housing having at least one filter housing component and a filter housing cover , wherein the filter housing features respectively at least one air inflow opening and one air outflow opening and a receiving space for accommodating at least two filter elements , which feature respectively a filter medium body and a frame device extending around the filter medium body , - wherein at least one radially projecting circumferential abutment shoulder is present in the receiving space for a sealing abutment of a seal on the filter element side, - and wherein the receiving space is closable by the filter housing cover , which is coupleable with the filter housing component in an assembled state, characterized in that - the filter housing cover exerts, in the assembled state, an at least partially axially directed clamping force on the frame device of a first filter element , and - the frame device of the first filter element rests against the frame device of a second filter element at its axial end facing away from the filter housing cover in the assembled state, wherein the clamping force is transmitted to the frame device of the second filter element , - wherein the frame device of the second filter element features a circumferential seal which is, in the assembled state, pressed onto the abutment shoulder of the filter housing using the clamping force, - and wherein the circumferential seal of the second filter element features a hollow chamber profile. - comprising a filter housing having at least one filter housing component and a filter housing cover , wherein the filter housing features respectively at least one air inflow opening and one air outflow opening and a receiving space for accommodating at least two filter elements , which feature respectively a filter medium body and a frame device extending around the filter medium body , - wherein at least one radially projecting circumferential abutment shoulder is present in the receiving space for a sealing abutment of a seal on the filter element side, - and wherein the receiving space is closable by the filter housing cover , which is coupleable with the filter housing component in an assembled state, characterized in that - the filter housing cover exerts, in the assembled state, an at least partially axially directed clamping force on the frame device of a first filter element , and - the frame device of the first filter element rests against the frame device of a second filter element at its axial end facing away from the filter housing cover in the assembled state, wherein the clamping force is transmitted to the frame device of the second filter element , - wherein the frame device of the second filter element features a circumferential seal which is, in the assembled state, pressed onto the abutment shoulder of the filter housing using the clamping force, - and wherein the circumferential seal of the second filter element features a hollow chamber profile.
A radiation detector assembly, comprising: an array of primary pixels; an array of reference pixels, wherein each reference pixel is adjacent to at least one primary pixel and wherein the reference pixels are smaller in area than the primary pixels; detection circuitry in communication with the array of primary pixels and the array of reference pixels, wherein the detection circuitry is configured to detect signals in the primary pixels and the reference pixels that are coincident in time; and an anti-scatter collimator positioned to be over the array of reference pixels. an array of primary pixels; an array of reference pixels, wherein each reference pixel is adjacent to at least one primary pixel and wherein the reference pixels are smaller in area than the primary pixels; detection circuitry in communication with the array of primary pixels and the array of reference pixels, wherein the detection circuitry is configured to detect signals in the primary pixels and the reference pixels that are coincident in time; and an anti-scatter collimator positioned to be over the array of reference pixels.
A heat-generating element comprising a PTC element , having contact sheets (6.1; 6.2) abutting against side faces of the PTC element in electrically conducting relationship and provided for energizing the PTC element with different polarities, and an insulating layer abutting against a main side surface of one of the contact sheets (6.1; 6.2) facing away from the PTC element , characterized in that the insulating layer is formed by an insulating plate , and in that at least one of the contact sheets (6.1; 6.2) is provided with retaining lugs which at an opposite side surface of the PTC element against which the other of the contact sheets (6.2; 6.1) abuts in electrically conductive relationship abut against the PTC element with the interposition of the insulating plate and positively embrace the PTC element and the insulating plate , wherein edges of the insulating plate which are positively embraced by the retaining lugs project beyond the PTC element at the edge thereof.