mhurhangee/patent-ind-claim-en huggingface dataset:
A cleaning head for use in a traversing shower system, said cleaning head comprising a plurality of directional fluid nozzles for discharging a fluid onto a working surface , each of which is provided along a different direction toward the work surface such that no two directions cross one another between the cleaning head and the working surface, wherein the plurality of directional fluid nozzles includes a first plurality of directional fluid nozzles directed in a machine direction of the working surface, a second plurality of directional fluid nozzles directed in a cross-machine direction of the working surface, and a directional fluid nozzle that is directed normal to the working surface, wherein the cleaning head further comprises a central unit , the central unit including a central aperture through which a vacuum is provided to draw liquid and debris from the working surface and at least one forced air nozzle for providing forced air onto the working surface proximate the central aperture ; and wherein the cleaning head further comprises a fluid applicator assembly that extends into the central aperture , said fluid applicator assembly including the plurality of directional fluid nozzles for discharging the fluid onto the working surface from at least two different directions, wherein the fluid discharged onto the working surface is a liquid. wherein the plurality of directional fluid nozzles includes a first plurality of directional fluid nozzles directed in a machine direction of the working surface, a second plurality of directional fluid nozzles directed in a cross-machine direction of the working surface, and a directional fluid nozzle that is directed normal to the working surface, wherein the cleaning head further comprises a central unit , the central unit including a central aperture through which a vacuum is provided to draw liquid and debris from the working surface and at least one forced air nozzle for providing forced air onto the working surface proximate the central aperture ; and wherein the cleaning head further comprises a fluid applicator assembly that extends into the central aperture , said fluid applicator assembly including the plurality of directional fluid nozzles for discharging the fluid onto the working surface from at least two different directions, wherein the fluid discharged onto the working surface is a liquid.
A method for docking an eye of a patient to a laser system, comprising: coupling a patient interface device to a housing of the laser system; the laser system generating a laser beam having an eye safe energy level and focusing it to a laser beam focus located at an output surface of the patient interface device; while the laser beam focus is being focused at the output surface of the patient interface device, a confocal assembly of the laser system continuously detecting a confocal signal, the confocal signal representing an intensity of a portion of the laser beam that has been reflected by the output surface, focused by one or more lenses onto a pinhole, passed through the pinhole, and detected by a photodetector behind the pinhole; a controller continuously monitoring the confocal signal; while the confocal signal is being continuously generated and monitored, moving the patient interface device and the patient's eye toward each other; based on the confocal signal, the controller detecting, in real time, formation of a direct contact between the output surface of the patient interface device and the eye; and in response to detecting the formation of the direct contact, the controller performing a predefined responsive action. coupling a patient interface device to a housing of the laser system; the laser system generating a laser beam having an eye safe energy level and focusing it to a laser beam focus located at an output surface of the patient interface device; while the laser beam focus is being focused at the output surface of the patient interface device, a confocal assembly of the laser system continuously detecting a confocal signal, the confocal signal representing an intensity of a portion of the laser beam that has been reflected by the output surface, focused by one or more lenses onto a pinhole, passed through the pinhole, and detected by a photodetector behind the pinhole; a controller continuously monitoring the confocal signal; while the confocal signal is being continuously generated and monitored, moving the patient interface device and the patient's eye toward each other; based on the confocal signal, the controller detecting, in real time, formation of a direct contact between the output surface of the patient interface device and the eye; and in response to detecting the formation of the direct contact, the controller performing a predefined responsive action.
An anti-CD 123 antibody-drug conjugate compound having the formula: or a pharmaceutically salt, solvate, or solvate of the salt; wherein the subscript n is 1 or 3; the subscript m is 2 to 5, particularly wherein m is 5, Ab is an anti-CD 123 intact antibody or antigen binding fragment thereof comprising a heavy chain variable region having the amino acid sequence set forth in SEQ ID NO:1; and a light chain variable region having the amino acid sequence set forth in SEQ ID NO:2; the subscript p is an integer from 1 to 4, particularly wherein p is 1 or 2. the subscript n is 1 or 3; the subscript m is 2 to 5, particularly wherein m is 5, Ab is an anti-CD 123 intact antibody or antigen binding fragment thereof comprising a heavy chain variable region having the amino acid sequence set forth in SEQ ID NO:1; and a light chain variable region having the amino acid sequence set forth in SEQ ID NO:2; the subscript p is an integer from 1 to 4, particularly wherein p is 1 or 2.
An oven comprising: - a cooking chamber configured to receive a food product; - a radio frequency heating system configured to provide radio frequency energy into the cooking chamber using solid state electronic components, wherein the solid state electronic components include power amplifier electronics configured to provide a signal into the cooking chamber via a launcher assembly operably coupled to the cooking chamber via a waveguide assembly , wherein an isolation assembly is provided between the launcher assembly and the power amplifier electronics , and wherein the power amplifier electronics are controlled at least in part based on an efficiency parameter determined from a forward power value and a reflected power value that are each measured after the isolation assembly , characterized by further comprising control electronics defining a protection manager , the protection manager being configured to receive the forward power value and the reflected power value to determine the efficiency parameter, wherein the efficiency parameter is compared to a threshold efficiency and a protective function is initiated based on the comparison, wherein the isolation assembly is operably coupled to an output transistor of the power amplifier electronics , and wherein a supply current to the launcher assembly is measured at an output of the output transistor . - a cooking chamber configured to receive a food product; - a radio frequency heating system configured to provide radio frequency energy into the cooking chamber using solid state electronic components, wherein the solid state electronic components include power amplifier electronics configured to provide a signal into the cooking chamber via a launcher assembly operably coupled to the cooking chamber via a waveguide assembly , wherein an isolation assembly is provided between the launcher assembly and the power amplifier electronics , and wherein the power amplifier electronics are controlled at least in part based on an efficiency parameter determined from a forward power value and a reflected power value that are each measured after the isolation assembly , characterized by further comprising control electronics defining a protection manager , the protection manager being configured to receive the forward power value and the reflected power value to determine the efficiency parameter, wherein the efficiency parameter is compared to a threshold efficiency and a protective function is initiated based on the comparison, wherein the isolation assembly is operably coupled to an output transistor of the power amplifier electronics , and wherein a supply current to the launcher assembly is measured at an output of the output transistor .
A method of manufacturing a portion of a wind turbine blade, the method comprising: providing one or more fibre layers in a mould for forming the blade portion, arranging a plurality of pre impregnated metal inserts on top of the fibre layers at a blade root portion of the mould , wherein the pre impregnated metal inserts have previously been obtained by providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert , and the method further comprising: providing further fibre layers on top of the pre impregnated metal inserts , introducing a resin in the mould using an infusion technique, and curing the resin such that the pre impregnated metal inserts are joined to the fibre layers . providing one or more fibre layers in a mould for forming the blade portion, arranging a plurality of pre impregnated metal inserts on top of the fibre layers at a blade root portion of the mould , wherein the pre impregnated metal inserts have previously been obtained by providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert , providing a metal insert comprising an outer surface and an open end adapted to receive a fastening element for attachment to a wind turbine rotor hub, covering the outer surface of the metal insert with one or more resin pre impregnated fibre layers, and heating for curing such that a resin impregnated fibre layer adheres to the outer surface of the metal insert , providing further fibre layers on top of the pre impregnated metal inserts , introducing a resin in the mould using an infusion technique, and curing the resin such that the pre impregnated metal inserts are joined to the fibre layers .
System for transporting an aircraft floor grid intended to manipulate a floor grid of an aircraft (AC) to assemble a fuselage barrel , said transporting system comprising at least: - a rectangular spreader having an upper face and a lower face , the rectangular spreader having two longitudinal ends ; - a stabilizer device configured to be associated with referential positioning devices of an assembly platform , the stabilizer device being located at and fixed to the two longitudinal ends of the rectangular spreader ; - a plurality of fixing devices distributed over the lower face of the rectangular spreader and configured for fixing the floor grid to the rectangular spreader , each of the fixing devices including a fixing element intended to be fixed to the floor grid , said transporting system being characterized in that each of the fixing devices has an adjustment length (L) between the fixing element and the lower face of the rectangular spreader that is adjustable vertically. said transporting system comprising at least: - a rectangular spreader having an upper face and a lower face , the rectangular spreader having two longitudinal ends ; - a stabilizer device configured to be associated with referential positioning devices of an assembly platform , the stabilizer device being located at and fixed to the two longitudinal ends of the rectangular spreader ; - a plurality of fixing devices distributed over the lower face of the rectangular spreader and configured for fixing the floor grid to the rectangular spreader , each of the fixing devices including a fixing element intended to be fixed to the floor grid , - a rectangular spreader having an upper face and a lower face , the rectangular spreader having two longitudinal ends ; - a stabilizer device configured to be associated with referential positioning devices of an assembly platform , the stabilizer device being located at and fixed to the two longitudinal ends of the rectangular spreader ; - a plurality of fixing devices distributed over the lower face of the rectangular spreader and configured for fixing the floor grid to the rectangular spreader , each of the fixing devices including a fixing element intended to be fixed to the floor grid , said transporting system being characterized in that each of the fixing devices has an adjustment length (L) between the fixing element and the lower face of the rectangular spreader that is adjustable vertically.
Method for controlling an electric machine for driving a motor vehicle , wherein a flux density of at least one magnetic field generated in the electric machine is increased when an announcement signal is present that announces an upcoming acceleration command by the driver, after which when a confirmation signal is present that confirms the announced acceleration command, the electric machine is controlled in such a way that the speed and/or torque thereof increases, characterised in that an announcement signal is used, which is generated by evaluating a piece of environmental information describing an environment of the motor vehicle in the direction of travel, wherein the piece of environmental information describes a lifting or an increasing of a speed limit and/or a passing of an apex of a curve travelled by the motor vehicle and/or a light signal of a light signal system which issues a clearance to move or announces the granting or ending of the clearance to move, wherein the electric machine has a stator comprising a plurality of stator windings for generating a stator field as a magnetic field and a current flows through the stator windings in order to increase the flux density of the stator field and/or wherein the electric machine has a rotor comprising at least one excitation winding for generating an excitation field as a magnetic field and a current flows through the at least one excitation winding in order to increase the flux density of the excitation field.
Method for drive control of a motor vehicle in an articulated vehicle combination, wherein the motor vehicle comprises a steering system and a drive system, wherein the steering system and the drive system are controllable by at least one evaluation device , wherein a position of a contacted section of an input area of a touch-sensitive input device may be determined, wherein a control signal may be generated as a function of the position of the contacted section , wherein the at least one evaluation device sets a travel direction of the motor vehicle and a travel speed of the motor vehicle and at least one steering angle (α L ) of the motor vehicle , as a function of the control signal or through the control signal, wherein angle information is generated as a function of the position of the contacted section , wherein bend angle information is generated as information for adjusting the steering angle (α L ) if the direction information encodes a reverse direction (R), characterized in that steering angle information is generated as information for adjusting the steering angle (α L ) if the direction information encodes a forward direction (V), wherein the direction information that encodes a forward direction or a reverse direction, and a speed information is generated as a function of the position of the contacted section .
Bus comprising an electric traction motor, a front axis , a rear axis , a passenger compartment and an electric energy storage system capable of feeding the motor, whereby said energy storage system comprises at least two batteries located on top of the passenger compartment such that most of the weight of each battery is arranged on the vertical of each axis , and in that the bus comprises a outer upper surface covering the batteries , characterized in that the bus has a flat ceiling, wherein the batteries are located in a lower plane, in a suspended ceiling formed for storing said batteries .
An organic light-emitting diode (OLED) display, comprising: a substrate; a semiconductor layer on the substrate, wherein the semiconductor layer is curved in plane view; a gate metal line on the semiconductor layer; an insulating layer covering the semiconductor layer and the gate metal line and having a plurality of contact holes connected to the semiconductor layer; a data metal line on the insulating layer and including a driving connector electrically connected to the semiconductor layer via a selected one of the contact holes; and an OLED configured such that its operation is controlled by the gate metal line and the driving connector, wherein the semiconductor layer includes a narrow semiconductor part having a first width and an expansion semiconductor part formed adjacent to the selected contact hole and having a second width greater than the first width, the narrow semiconductor having a vertical portion and a horizontal portion, characterized in that the expansion semiconductor is disposed between the vertical portion and the horizontal portion, wherein the first width is a distance between edges of the narrow semiconductor part and the second width is a distance between edges of the expansion semiconductor part, wherein a portion of the edges of the expansion semiconductor part is an oblique line disposed between the vertical portion of the narrow semiconductor part and the horizontal portion of the narrow semiconductor part and the other portion of the edges of the expansion semiconductor part is a corner disposed between the vertical portion of the narrow semiconductor part and the horizontal portion of the narrow semiconductor part and wherein the selected contact hole is disposed closer to the corner than the oblique line and wherein the driving connector overlaps at least a part of the expansion semiconductor part, but does not overlap all of the expansion semiconductor part. a substrate; a semiconductor layer on the substrate, wherein the semiconductor layer is curved in plane view; a gate metal line on the semiconductor layer; an insulating layer covering the semiconductor layer and the gate metal line and having a plurality of contact holes connected to the semiconductor layer; a data metal line on the insulating layer and including a driving connector electrically connected to the semiconductor layer via a selected one of the contact holes; and an OLED configured such that its operation is controlled by the gate metal line and the driving connector,
Motor vehicle comprising: - an inner press forming a lining of an outer bodywork element , said press having at least one edge forming with said element a junction rebate delimiting an opening intended to receive an opening leaf; - a joint fitting the junction rebate ; - a lining arranged against the press-formed part , with at least one lateral edge adjacent to the joint ; characterized by the fitting comprises at least one rib for engagement with the seal , extending transversely to the at least one lateral edge and from said edge , on an inner face of said fitting , and the seal comprises a notch receiving the lateral edge and an end portion of the at least one rib , the at least one engagement rib forming an adjacent shoulder the end portion , said shoulder forming a stop surface against the seal . - an inner press forming a lining of an outer bodywork element , said press having at least one edge forming with said element a junction rebate delimiting an opening intended to receive an opening leaf; - a joint fitting the junction rebate ; - a lining arranged against the press-formed part , with at least one lateral edge adjacent to the joint ;
An erosion resistant aerodynamic fairing for a rotor blade, the fairing comprising: a fairing body formed from at least one reinforcing fibre layer set in a cured resin; and an erosion resistant pre-form fixed to an outer surface of the fairing body, wherein the erosion resistant pre-form comprises a thermoplastic film outer layer fused to a fibre substrate , the thermoplastic film having a textured outer surface configured to come into contact with a mould, wherein the fibre substrate of the erosion resistant pre-form is impregnated with the cured resin of the fairing body which fixes at the preform to the fairing body , and wherein the erosion resistant pre-form is fixed to the outer surface of the fairing body such that the edges of the erosion resistant pre-form are flush with the fairing body and the fairing has a smooth outer profile. a fairing body formed from at least one reinforcing fibre layer set in a cured resin; and an erosion resistant pre-form fixed to an outer surface of the fairing body, wherein the erosion resistant pre-form comprises a thermoplastic film outer layer fused to a fibre substrate , the thermoplastic film having a textured outer surface configured to come into contact with a mould, wherein the fibre substrate of the erosion resistant pre-form is impregnated with the cured resin of the fairing body which fixes at the preform to the fairing body , and wherein the erosion resistant pre-form is fixed to the outer surface of the fairing body such that the edges of the erosion resistant pre-form are flush with the fairing body and the fairing has a smooth outer profile.
CONFIGURABLE SAFETY DEVICE comprising an articulated tubular structure which, in turn, comprises a cable and a plurality of rings crossed by said cable, these rings being located in the available cable extension, along with a stop and a lock characterised in that it comprises a main branch which also comprises: - One or more anchorage clamp perpendicular to the cable and crossed by the cable, where each anchorage clamp has a mouth , a male side and a female side . - A plurality of rings crossed by the cable where each ring has a male base and a female base with the rings aligned in the same direction, with the male base of one facing the female base of the next. - A male re-entry at the female side of each anchorage clamp and a female re-entry at the male base of each ring . - A steering lock comprising a latch . - A flashing. Where the available cable extension is variable from a maximum available cable extension position to a minimum available cable extension position where in the maximum available extension position the rings have spaces between them and the anchorage clamps have spaces with respect to the elements adjacent to them, and in the minimum available extension position the rings are in close contact with each other and the anchorage clamps have close contact with the elements adjacent to them. - One or more anchorage clamp perpendicular to the cable and crossed by the cable, where each anchorage clamp has a mouth , a male side and a female side . - A plurality of rings crossed by the cable where each ring has a male base and a female base with the rings aligned in the same direction, with the male base of one facing the female base of the next. - A male re-entry at the female side of each anchorage clamp and a female re-entry at the male base of each ring . - A steering lock comprising a latch . - A flashing.