mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a property of an earth formation penetrated by a borehole , the method comprising: conveying a carrier through a borehole , the carrier having a first transmitter , a second transmitter collocated with the first transmitter , a first receiver , and a second receiver , the first receiver being positioned at a first distance from the first transmitter and the second receiver being positioned at a second distance from the first transmitter ; generating a transient electromagnetic field with the first transmitter ; the method characterized by generating a suppression signal with the second transmitter , the suppression signal configured to suppress a response received by the first receiver and the second receiver that is caused by the transient electromagnetic field interacting with the carrier ; measuring a signal with suppressed pipe signal at the first receiver and a signal with suppressed pipe signal at the second receiver , the measured signals representing the formation response to the transient electromagnetic field; estimating a formation property from the measured signals to select a model of the formation; and adjusting a drilling operation based on the estimated property of the formation. conveying a carrier through a borehole , the carrier having a first transmitter , a second transmitter collocated with the first transmitter , a first receiver , and a second receiver , the first receiver being positioned at a first distance from the first transmitter and the second receiver being positioned at a second distance from the first transmitter ; generating a transient electromagnetic field with the first transmitter ; the method characterized by generating a suppression signal with the second transmitter , the suppression signal configured to suppress a response received by the first receiver and the second receiver that is caused by the transient electromagnetic field interacting with the carrier ; measuring a signal with suppressed pipe signal at the first receiver and a signal with suppressed pipe signal at the second receiver , the measured signals representing the formation response to the transient electromagnetic field; estimating a formation property from the measured signals to select a model of the formation; and adjusting a drilling operation based on the estimated property of the formation.
Lavatory door system for a vehicle, in particular an aircraft , comprising: a lavatory door ; a vacuum toilet system ; a pneumatic actuator configured to open and close the lavatory door based on a differential pressure, wherein the pneumatic actuator is configured to be coupled to the vacuum toilet system to generate the differential pressure; and an operating interface configured to receive a user control operation and to selectively release the differential pressure from the vacuum toilet system for operation of the pneumatic actuator based on the received user control operation. a lavatory door ; a vacuum toilet system ; a pneumatic actuator configured to open and close the lavatory door based on a differential pressure, wherein the pneumatic actuator is configured to be coupled to the vacuum toilet system to generate the differential pressure; and an operating interface configured to receive a user control operation and to selectively release the differential pressure from the vacuum toilet system for operation of the pneumatic actuator based on the received user control operation.
A method for defining new control channels in a wireless communications network , comprising: reserving , by a relay node , a portion of wireless communication resources for general data communications according to a legacy network specification; allocating , by the relay node , a subset of the reserved portion of wireless communication resources for communicating control data according to a disparate network specification; receiving , at the relay node , legacy control data from an access points over a disparate portion of the wireless communication resources; and transmitting the control data over the subset from the relay node , wherein the transmitting the control data comprises at least transmitting the received legacy control data over the subset . reserving , by a relay node , a portion of wireless communication resources for general data communications according to a legacy network specification; allocating , by the relay node , a subset of the reserved portion of wireless communication resources for communicating control data according to a disparate network specification; receiving , at the relay node , legacy control data from an access points over a disparate portion of the wireless communication resources; and transmitting the control data over the subset from the relay node , wherein the transmitting the control data comprises at least transmitting the received legacy control data over the subset .
A system for a turbocharger, the system comprising: a housing assembly that comprises a compressor side bore and a turbine side bore having a common longitudinal axis; a shaft sleeve ; a compressor side cartridge disposed in the compressor side bore wherein the compressor side cartridge comprises an open recess that is open to one axial side; a compressor side bearing assembly disposed in the compressor side cartridge and mounted to the shaft sleeve; a compressor side locating plate attached to the housing assembly wherein the compressor side locating plate comprises an extension that is received by the open recess of the compressor side cartridge and configured to limit rotation of the compressor side cartridge about the longitudinal axis; a turbine side cartridge disposed in the turbine side bore wherein the turbine side cartridge comprises a closed recess that is axially closed; a turbine side bearing assembly disposed in the turbine side cartridge and mounted to the shaft sleeve and a turbine side locating plate attached to the housing assembly wherein the turbine side locating plate comprises an extension that is received by the closed recess of the turbine side cartridge and configured to limit rotation of the turbine side cartridge about the longitudinal axis and configured to limit axial movement of the turbine side cartridge along the longitudinal axis, wherein the limitation of axial movement of the turbine side cartridge along the longitudinal axis also limits axial movement of the compressor side cartridge along the longitudinal axis.
A method of receiving a channel state information-reference signal, CSI-RS, of a user equipment, UE in a wireless communication system, the method comprising: receiving (S1510), from a base station, BS, resource configuration related to the CSI-RS; and receiving (S1520), from the BS, the CSI-RS based on the resource configuration, wherein the resource configuration includes resource information related to an index value indicating a location of a CSI-RS resource element where the CSI-RS is transmitted, subframe information related to a period and offset information of a subframe where the CSI-RS is transmitted, and antenna port information on a number of antenna ports where the CSI-RS is transmitted, wherein, when the CSI-RS is set to be transmitted alternately through a normal subframe and a special subframe within one wireless frame: the index value is determined based on a type of the subframe, the index value indicates locations of different CSI-RS resource elements based on whether the CSI-RS is transmitted through the normal subframe or the special subframe, the normal subframe is a subframe for downlink transmission and the special subframe is a subframe for both downlink transmission and uplink transmission. receiving (S1510), from a base station, BS, resource configuration related to the CSI-RS; and receiving (S1520), from the BS, the CSI-RS based on the resource configuration, wherein the resource configuration includes resource information related to an index value indicating a location of a CSI-RS resource element where the CSI-RS is transmitted, subframe information related to a period and offset information of a subframe where the CSI-RS is transmitted, and antenna port information on a number of antenna ports where the CSI-RS is transmitted, wherein, when the CSI-RS is set to be transmitted alternately through a normal subframe and a special subframe within one wireless frame: the index value is determined based on a type of the subframe, the index value indicates locations of different CSI-RS resource elements based on whether the CSI-RS is transmitted through the normal subframe or the special subframe, the normal subframe is a subframe for downlink transmission and the special subframe is a subframe for both downlink transmission and uplink transmission. the index value is determined based on a type of the subframe, the index value indicates locations of different CSI-RS resource elements based on whether the CSI-RS is transmitted through the normal subframe or the special subframe, the normal subframe is a subframe for downlink transmission and the special subframe is a subframe for both downlink transmission and uplink transmission.
Process for producing dienes, preferably a conjugated diene, more preferably 1,3-butadiene, comprising the dehydration of at least one linear or branched alkenol having the general formula C n H 2n O, n being an integer greater than or equal to 4 and less than or equal to 8, in the presence of at least one catalytic material comprising at least one macroporous zeolite in acid, or prevalently acid, form, wherein said zeolite has a molar ratio SiO 2 /Al 2 O 3 comprised between 7 and 60, preferably between 10 and 30; and wherein the said at least one alkenol derives from the catalytic dehydration of at least one diol and the dehydration of said at least one diol to provide the said at least one alkenol is performed in a different reactor as the subsequent dehydration of said at least one alkenol to provide the diene.
Electrical control device for a vehicle trailer or a vehicle, wherein the electrical control device is a shift control device (TCU) for a transmission control unit, the electrical control device comprising: - a control unit for operating the control device , - a first energy supply connection , - a second energy supply connection , and - a plurality of outputs (16-26) for electrically activating, in particular electrically supplying, components which can be controllably connected to the control device and which are electrical or electromechanical components, wherein the control unit can be operated in a first mode and in a second mode to operate the control device , wherein, in the first mode, a first number of the outputs can be activated with energy from the first energy supply connection and, in the second mode, a second number of the outputs can be activated with energy from the second energy supply connection, wherein some of the above-mentioned plurality of outputs are only associated with the first number and others of the above-mentioned plurality of outputs are associated with the first and the second number so that the last-mentioned outputs can be activated with energy in both modes, wherein the second number is also less than the first number, wherein the control device is designed to activate a component using at least one of the outputs, which component is a valve comprising an electromagnetic valve component and/or a pneumatic or hydraulic valve component, preferably a solenoid valve.
A viscous clutch comprising: an input member ; an output member ; a working chamber defined between the input member and the output member ; a reservoir to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; a valve , wherein the valve is electromagnetically actuatable to selectively control a flow of the shear fluid between the reservoir and the working chamber along the fluid circuit such that a torque coupling between the input member and the output member can be created as a function of a volume of the shear fluid present in the working chamber ; and a control coil assembly that includes: an electromagnetic coil (28-2); and a coil bearing (28-3); characterized by a securing mechanism removably attached to the input member radially inward of the working chamber and the reservoir , wherein the securing mechanism includes a radially outwardly extending flange (30-4), and wherein the control coil assembly further includes a modular center hub (28-1) removably attached to the input member ; and wherein the coil bearing (28-3) rotatably supports the electromagnetic coil (28-2) on the modular center hub (28-1) an input member ; an output member ; a working chamber defined between the input member and the output member ; a reservoir to hold a supply of a shear fluid, the reservoir fluidically connected to the working chamber by a fluid circuit; a valve , wherein the valve is electromagnetically actuatable to selectively control a flow of the shear fluid between the reservoir and the working chamber along the fluid circuit such that a torque coupling between the input member and the output member can be created as a function of a volume of the shear fluid present in the working chamber ; and a control coil assembly that includes: an electromagnetic coil (28-2); and a coil bearing (28-3); an electromagnetic coil (28-2); and a coil bearing (28-3); characterized by a securing mechanism removably attached to the input member radially inward of the working chamber and the reservoir , wherein the securing mechanism includes a radially outwardly extending flange (30-4), and wherein the control coil assembly further includes a modular center hub (28-1) removably attached to the input member ; and wherein the coil bearing (28-3) rotatably supports the electromagnetic coil (28-2) on the modular center hub (28-1)
An inverter device comprising: a converter section that full―wave rectifies a three-phase AC voltage and outputs a DC voltage including a ripple component having a frequency six times a frequency of the three-phase AC voltage; an inverter section that converts the DC voltage including the ripple component from the converter section into an AC voltage and outputs the AC voltage to a motor ; and a control device , configured to control the inverter section , in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage. a converter section that full―wave rectifies a three-phase AC voltage and outputs a DC voltage including a ripple component having a frequency six times a frequency of the three-phase AC voltage; an inverter section that converts the DC voltage including the ripple component from the converter section into an AC voltage and outputs the AC voltage to a motor ; and a control device , configured to control the inverter section , in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage. motor ; and a control device , configured to control the inverter section , in a rotating coordinate in which an N-pole direction of a permanent magnet embedded in a rotor of the motor is taken as a d-axis and a direction orthogonal to the d―axis is taken as a q―axis, so that a phase of a d―axis voltage Vd of the ripple component included in the DC voltage leads a phase of a q-axis voltage Vq of the ripple component included in the DC voltage.
A respiratory mask assembly, the assembly comprising a first component defining a fluid inlet and a sealing cushion formed as part of a single injection moulding process of an elastomeric material, and a second component formed of a more rigid material, the second component defining a mask housing having an aperture formed therein, the mask housing being shaped to define a cavity with an entrance through which the nose, or nose and mouth, of a user may be received in use, wherein the fluid inlet extends from the aperture in the mask housing at a proximal end to a distal end for receiving, in use, a fluid connector for connection to a gas supply, wherein the fluid inlet extends directly from a region of the mask housing at the periphery of the aperture , characterized in that the fluid inlet is corrugated.
A headgear assembly for a respiratory interface, comprising: a first strap ; and a second strap ; at least one of the first strap and second strap comprising a composite material, the composite material comprising: a plastic core ; and a textile casing comprising a knitted, woven, or braided tube, characterized in that the plastic core and the textile casing are formed as an integral structure by the application of a molten plastic material into the textile casing, and in that the textile casing surrounds an entirety of a periphery of the plastic core. a first strap ; and a second strap ; a plastic core ; and a textile casing comprising a knitted, woven, or braided tube, characterized in that the plastic core and the textile casing are formed as an integral structure by the application of a molten plastic material into the textile casing, and in that the textile casing surrounds an entirety of a periphery of the plastic core.
Anti-Alzheimer's disease active agent for use in treating a subject being at increased risk of Alzheimer's disease when said subject carries a genetic variant of the TOMM40 gene associated with increased risk of Alzheimer's disease as compared to a corresponding subject who does not carry said genetic variant, wherein said genetic variant of the TOMM40 gene is at rs10524523, wherein the anti-Alzheimer's disease active agent is administered in a treatment effective amount.
A graphene nanoribbon comprising; an edge extending in a length direction of the graphene nanoribbon; and electron-withdrawing groups bonded to said edge; wherein one naphthalene structure part, containing two benzene rings, and one benzene ring are arranged alternately and periodically at said edge, characterised in that each of the electron-withdrawing groups is an imide structure or an acid anhydride structure and is bonded to each of the naphthalene structure parts, and in that said edge is a chiral edge. an edge extending in a length direction of the graphene nanoribbon; and electron-withdrawing groups bonded to said edge; wherein one naphthalene structure part, containing two benzene rings, and one benzene ring are arranged alternately and periodically at said edge, characterised in that each of the electron-withdrawing groups is an imide structure or an acid anhydride structure and is bonded to each of the naphthalene structure parts, and in that said edge is a chiral edge.
A motion assistance apparatus comprising: a waist frame configured to support a waist of a user; a proximal support configured to support a proximal part of the user; and a rotary coupler configured to connect the waist frame and the proximal support at a selected one of a plurality of different positions, wherein the selected one of the plurality of different positions at which the proximal support is connected to the waist frame via the rotary coupler is variable, wherein the waist frame comprises an axis adjustment guide on the waist frame , wherein the axis adjustment guide is tilted upward toward a rear side of the waist frame , and the axis adjustment guide is configured to adjust a relative positon between the waist frame and the rotary coupler , characterized in that in use, a rotation axis of the proximal support with respect to the waist frame is configured to be located above a hip joint axis of the user, and thereby a pressure applied to a thigh of the user by the proximal support when the user is in a sitting state is greater than the pressure applied to the thigh of the user by the proximal support when the user is in a standing state. a waist frame configured to support a waist of a user; a proximal support configured to support a proximal part of the user; and a rotary coupler configured to connect the waist frame and the proximal support at a selected one of a plurality of different positions, wherein the selected one of the plurality of different positions at which the proximal support is connected to the waist frame via the rotary coupler is variable, wherein the waist frame comprises an axis adjustment guide on the waist frame , wherein the axis adjustment guide is tilted upward toward a rear side of the waist frame , and the axis adjustment guide is configured to adjust a relative positon between the waist frame and the rotary coupler , characterized in that in use, a rotation axis of the proximal support with respect to the waist frame is configured to be located above a hip joint axis of the user, and thereby a pressure applied to a thigh of the user by the proximal support when the user is in a sitting state is greater than the pressure applied to the thigh of the user by the proximal support when the user is in a standing state.
Cooling device for cooling a battery, in particular a vehicle traction battery, having at least one cooling element , through which a cooling fluid for transporting away thermal energy flows, and having a preload element and a carrier element , which has a contact surface for contacting the cooling element , the preload element loading the carrier element on the side opposite the contact surface , and the carrier element being formed from a material that has a lower thermal conductivity than the material from which the preload element is formed, characterized in that at least one pre-fixing element is provided, which cooperates with the preload element in such a way that the preload element is pre-fixed, and in that the at least one pre-fixing element has a hook-shaped portion for pre-fixing the preload element and in that the preload element has, in the region of the pre-fixing elements , an opening in respective limb , such that an edge of the respective opening co-operates with the hook-shaped portion .