mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor vane or blade for an engine used in an environment containing abundant foreign substances, the compressor vane or blade comprising: a base body of the compressor vane or blade; a coating covering the base body, the coating consisting essentially of one or more selected from the group of molybdenum disulfide and tungsten disulfide; and an intermediate coating interposed between the coating and the base body , characterized in that : the coating and the intermediate coating are alternately layered to form a multi-layered coating of three or more sets of the alternate layers, in which the coating is exposed to the atmosphere, and the coatings are limited at and fully cover an airfoil face, a platform section or an inner band section, and an outer band section. a base body of the compressor vane or blade; a coating covering the base body, the coating consisting essentially of one or more selected from the group of molybdenum disulfide and tungsten disulfide; and an intermediate coating interposed between the coating and the base body , characterized in that : the coating and the intermediate coating are alternately layered to form a multi-layered coating of three or more sets of the alternate layers, in which the coating is exposed to the atmosphere, and the coatings are limited at and fully cover an airfoil face, a platform section or an inner band section, and an outer band section. the coating and the intermediate coating are alternately layered to form a multi-layered coating of three or more sets of the alternate layers, in which the coating is exposed to the atmosphere, and the coatings are limited at and fully cover an airfoil face, a platform section or an inner band section, and an outer band section.
A method for sealing a leakage at a remote site in a pipe, the method comprising: a. introducing a fluid carrier comprising a plurality of leakage plugging devices , each said leakage plugging device comprising: i. a porous carrier plug of a deformable material comprising pores carrying a first density enhancing dried composition; and ii. at least one sealant composition comprising a premixed hardening agent disposed in said pores; into the pipe at a first site under pressure; and b. allowing said fluid carrier to transport said devices to a remote site, wherein at least one of said devices penetrates said leakage at said remote site; and further wherein said porous carrier plug is adapted to transport said at least one sealant composition from said first site to said remote site and to plug said leakage at said remote site thereby sealing said leakage; and c. curing said at least one sealant composition at said remote site; and to seal said leakage with a head section of said plug at said remote site thereby forming at least one hardened increased-density device. a. introducing a fluid carrier comprising a plurality of leakage plugging devices , each said leakage plugging device comprising: i. a porous carrier plug of a deformable material comprising pores carrying a first density enhancing dried composition; and ii. at least one sealant composition comprising a premixed hardening agent disposed in said pores; into the pipe at a first site under pressure; and i. a porous carrier plug of a deformable material comprising pores carrying a first density enhancing dried composition; and ii. at least one sealant composition comprising a premixed hardening agent disposed in said pores; b. allowing said fluid carrier to transport said devices to a remote site, wherein at least one of said devices penetrates said leakage at said remote site; and further wherein said porous carrier plug is adapted to transport said at least one sealant composition from said first site to said remote site and to plug said leakage at said remote site thereby sealing said leakage; and c. curing said at least one sealant composition at said remote site; and to seal said leakage with a head section of said plug at said remote site thereby forming at least one hardened increased-density device.
A method for use in a wireless transmitter of a wireless communication network , the method comprising: transmitting , to a wireless receiver of the wireless communication network, control information relating to a slot, the control information including: an indication of whether the slot is of a first type or a second type; and when the slot is of the second type, a reference signal timing indication; wherein: a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length. an indication of whether the slot is of a first type or a second type; and when the slot is of the second type, a reference signal timing indication; wherein: a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length. a slot of the first type corresponds with a prescheduled slot interval; and a slot of the second type either starts between prescheduled slot interval boundaries and has an arbitrary length or starts at a prescheduled slot interval boundary and has a reduced length.
A skid steer loader comprising a lift linkage assembly having a work tool coupled to a frame of the skid steer loader, the lift linkage assembly movable to lift a work tool from a position at ground level to a maximum lift height, the lift linkage assembly comprising: a boom arm configured to be pivotally coupled to the skid steer loader and a work tool, the boom arm including an interior surface facing the skid steer loader, the interior surface defining a longitudinal axis; an upper link having a first end and a second end, the first end configured to be pivotally coupled to the skid steer loader and the second end pivotally coupled to the boom arm at a first location ; a lower link having a first end and a second end, the first end configured to be pivotally coupled to the skid steer loader and the second end pivotally coupled to the boom arm at a second location ; and a hydraulic actuator pivotally coupled to the boom arm at a third location ; wherein, the first location and second location are spaced from one another by a first distance (D1), the second location and third location are spaced from one another by a second distance (D2), and the first location and third location are spaced from one another by a third distance (D3); further wherein, the first distance (D1) is at least twice the third distance (D3), and the second distance (D2) is at least twice the third distance (D3); further wherein, the upper link , the lower link , and the hydraulic actuator are positioned offset from the interior surface characterised in that the third location is positioned below the first location so the hydraulic actuator is substantially aligned with the boom arm along a horizontal plane . a boom arm configured to be pivotally coupled to the skid steer loader and a work tool, the boom arm including an interior surface facing the skid steer loader, the interior surface defining a longitudinal axis; an upper link having a first end and a second end, the first end configured to be pivotally coupled to the skid steer loader and the second end pivotally coupled to the boom arm at a first location ; a lower link having a first end and a second end, the first end configured to be pivotally coupled to the skid steer loader and the second end pivotally coupled to the boom arm at a second location ; and a hydraulic actuator pivotally coupled to the boom arm at a third location ; wherein, the first location and second location are spaced from one another by a first distance (D1), the second location and third location are spaced from one another by a second distance (D2), and the first location and third location are spaced from one another by a third distance (D3); further wherein, the first distance (D1) is at least twice the third distance (D3), and the second distance (D2) is at least twice the third distance (D3); further wherein, the upper link , the lower link , and the hydraulic actuator are positioned offset from the interior surface characterised in that the third location is positioned below the first location so the hydraulic actuator is substantially aligned with the boom arm along a horizontal plane .
Sanitary basin , in particular rinsing tub for a sink, for installation in an item of sanitary furniture, in particular an item of kitchen furniture or the like, wherein the sanitary basin comprises a surface , at least one side skirt and a front skirt , wherein in a first transition region of the surface and the at least one front skirt a first rounded edge is formed, and wherein in a second transition region of the surface and the at least one side skirt a second edge is formed, characterised in that the second edge has at least a first and a second edge region which are each rounded and have different radii, wherein the first edge region is arranged adjacent to a transition region between the at least one front and side skirt and in that the first edge region of the second edge is constructed to merge continuously into the first edge , wherein the radius of the first edge region of the second edge is smaller than a radius of the first edge . in a first transition region of the surface and the at least one front skirt a first rounded edge is formed, and wherein in a second transition region of the surface and the at least one side skirt a second edge is formed, characterised in that the second edge has at least a first and a second edge region which are each rounded and have different radii, wherein the first edge region is arranged adjacent to a transition region between the at least one front and side skirt and in that the first edge region of the second edge is constructed to merge continuously into the first edge , wherein the radius of the first edge region of the second edge is smaller than a radius of the first edge .
An apparatus of user equipment, UE , comprising: a transceiver configured to communicate with a mobility management entity, MME , through an evolved NodeB, eNB ; and processing circuitry configured to: configure the transceiver to transmit a request message to the eNB for the UE to use a combination of a power saving mode, PSM, and an extended Discontinuous Reception, eDRX, mode; configure the transceiver to receive a response message to the request message from the eNB indicating the UE to use, as a power reduction mode, a combination of the PSM and an eDRX mode having a modified eDRX cycle time; and configure the UE to communicate with the eNB in accordance with the power reduction mode indicated in the response message, wherein: the request message comprises one of an Attach Request and a tracking area update, TAU, message, whereby the one of the Attach Request and TAU message contains Radio Resource Control, RRC, parameters including an active timer for PSM and eDRX parameter for indicating a time for an eDRX cycle. a transceiver configured to communicate with a mobility management entity, MME , through an evolved NodeB, eNB ; and processing circuitry configured to: configure the transceiver to transmit a request message to the eNB for the UE to use a combination of a power saving mode, PSM, and an extended Discontinuous Reception, eDRX, mode; configure the transceiver to receive a response message to the request message from the eNB indicating the UE to use, as a power reduction mode, a combination of the PSM and an eDRX mode having a modified eDRX cycle time; and configure the UE to communicate with the eNB in accordance with the power reduction mode indicated in the response message, wherein: the request message comprises one of an Attach Request and a tracking area update, TAU, message, whereby the one of the Attach Request and TAU message contains Radio Resource Control, RRC, parameters including an active timer for PSM and eDRX parameter for indicating a time for an eDRX cycle. configure the transceiver to transmit a request message to the eNB for the UE to use a combination of a power saving mode, PSM, and an extended Discontinuous Reception, eDRX, mode; configure the transceiver to receive a response message to the request message from the eNB indicating the UE to use, as a power reduction mode, a combination of the PSM and an eDRX mode having a modified eDRX cycle time; and configure the UE to communicate with the eNB in accordance with the power reduction mode indicated in the response message, wherein: the request message comprises one of an Attach Request and a tracking area update, TAU, message, whereby the one of the Attach Request and TAU message contains Radio Resource Control, RRC, parameters including an active timer for PSM and eDRX parameter for indicating a time for an eDRX cycle. the request message comprises one of an Attach Request and a tracking area update, TAU, message, whereby the one of the Attach Request and TAU message contains Radio Resource Control, RRC, parameters including an active timer for PSM and eDRX parameter for indicating a time for an eDRX cycle.
An electric brake , comprising: a brake mechanism configured to transmit a thrust force generated through drive of an electric motor to a piston , the piston being configured to move brake pads to be pressed against a disc (D); a thrust force detection unit configured to detect the thrust force transmitted to the piston ; and a control device configured to control the drive of the electric motor based on a detection value obtained by the thrust force detection unit , wherein the control device is configured to set, as a reference point of a piston thrust force, a detection value obtained by the thrust force detection unit when the electric motor is driven to move the piston toward a direction for pressing the disc (D) in a range in which the brake pads are not in contact with the disc (D), characterized in that the control device is configured to move the piston toward the direction for pressing the disc (D) until the detection value obtained by the thrust force detection unit becomes a substantially constant value and to set the substantially constant value of the detection value as reference point of the piston trust force. a brake mechanism configured to transmit a thrust force generated through drive of an electric motor to a piston , the piston being configured to move brake pads to be pressed against a disc (D); a thrust force detection unit configured to detect the thrust force transmitted to the piston ; and a control device configured to control the drive of the electric motor based on a detection value obtained by the thrust force detection unit , wherein the control device is configured to set, as a reference point of a piston thrust force, a detection value obtained by the thrust force detection unit when the electric motor is driven to move the piston toward a direction for pressing the disc (D) in a range in which the brake pads are not in contact with the disc (D), characterized in that the control device is configured to move the piston toward the direction for pressing the disc (D) until the detection value obtained by the thrust force detection unit becomes a substantially constant value and to set the substantially constant value of the detection value as reference point of the piston trust force.
A computer-implemented method for determining the yaw angle (YA) of a trailer with respect to the longitudinal axis (LAV) of a towing vehicle comprising a towball , the method comprising the steps of: - capturing at least a first and a second image of the trailer using a camera , the orientation of the trailer with respect to the vehicle being different on the at least two images (S10); - determining at least a first feature (F1) of the trailer which is visible on first and second image (S11); - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature (F1) on the first image and the first feature (F1) on the second image with respect to the position of the camera of the towing vehicle (S12); providing one or more angle coefficients, said one or more angle coefficients providing scaling information for said first angle estimation (α1) (S13); and - calculating the yaw angle (YA) based on said first angle estimation (α1) and based on said one or more angle coefficients (S14); characterized in that the one or more angle coefficients are established by the distance between camera and towball divided by the distance between camera and one or more features (F1, F2) of the trailer . - capturing at least a first and a second image of the trailer using a camera , the orientation of the trailer with respect to the vehicle being different on the at least two images (S10); - determining at least a first feature (F1) of the trailer which is visible on first and second image (S11); - calculating a first angle estimation (α1), the first angle estimation (α1) characterizing the pivot angle in a horizontal plane between the first feature (F1) on the first image and the first feature (F1) on the second image with respect to the position of the camera of the towing vehicle (S12); providing one or more angle coefficients, said one or more angle coefficients providing scaling information for said first angle estimation (α1) (S13); and - calculating the yaw angle (YA) based on said first angle estimation (α1) and based on said one or more angle coefficients (S14); characterized in that the one or more angle coefficients are established by the distance between camera and towball divided by the distance between camera and one or more features (F1, F2) of the trailer .
An anhydrous solid stick antiperspirant composition comprising: an antiperspirant active; one or more waxes comprising a polar wax, wherein the polar wax comprises a fatty alcohol wax having a carbon chain length from 12 to 40, wherein the one or more waxes comprise a concentration from 5% to 35%, by weight of the solid stick antiperspirant composition; and a plurality of liquids comprising two or more emollients, wherein a first emollient of the two or more emollients comprises a non-volatile silicone, wherein the non-volatile silicone comprises a polydimethylsiloxane, wherein the polydimethylsiloxane comprises a concentration from 25% to 50%, by weight of the solid stick antiperspirant composition, wherein a second emollient of the two or more emollients is selected from the group consisting of C 12 - 15 alkyl benzoate, isopropyl myristate, isopropyl palmitate, and octyldodecanol, wherein the second emollient comprises a concentration of 20% or less, by weight of the solid stick antiperspirant composition, wherein the second emollient comprises a concentration of from 16% to 40%, by weight of the total concentration of the plurality of liquids, wherein the plurality of liquids comprises 60% or greater, by weight, of the non-volatile silicone; and wherein the solid stick antiperspirant composition is free of volatile silicones, wherein the volatile silicones have a measurable vapor pressure at 25° C from 1.33 Pa to 800 Pa (0.01 mm Hg to 6 mmHg). an antiperspirant active; one or more waxes comprising a polar wax, wherein the polar wax comprises a fatty alcohol wax having a carbon chain length from 12 to 40, wherein the one or more waxes comprise a concentration from 5% to 35%, by weight of the solid stick antiperspirant composition; and a plurality of liquids comprising two or more emollients, wherein a first emollient of the two or more emollients comprises a non-volatile silicone, wherein the non-volatile silicone comprises a polydimethylsiloxane, wherein the polydimethylsiloxane comprises a concentration from 25% to 50%, by weight of the solid stick antiperspirant composition, wherein a second emollient of the two or more emollients is selected from the group consisting of C 12 - 15 alkyl benzoate, isopropyl myristate, isopropyl palmitate, and octyldodecanol, wherein the second emollient comprises a concentration of 20% or less, by weight of the solid stick antiperspirant composition, wherein the second emollient comprises a concentration of from 16% to 40%, by weight of the total concentration of the plurality of liquids, wherein the plurality of liquids comprises 60% or greater, by weight, of the non-volatile silicone; and wherein the solid stick antiperspirant composition is free of volatile silicones, wherein the volatile silicones have a measurable vapor pressure at 25° C from 1.33 Pa to 800 Pa (0.01 mm Hg to 6 mmHg).
An electric rotary drive, designed as a bearingless external rotor motor, having a magnetically supported, substantially ring-shaped rotor which is arranged around an inwardly disposed stator , wherein an air gap is provided between the rotor and the stator , wherein the stator is designed as a bearing and drive stator with which the rotation of the rotor can be driven about an axis of rotation (A) and with which the rotor can be magnetically supported, wherein the rotor is radially supported in an actively magnetic manner in the plane perpendicular to the axis of rotation (A) and is supported axially in the direction of the axis of rotation (A) and against tilting in a passively magnetic manner, characterized in that the stator has, at least in its marginal region , a magnetic height (H1) which is smaller than the magnetic rotor height (H2) of the rotor in its radially inwardly disposed region .