mhurhangee/patent-ind-claim-en huggingface dataset:
Device for indicating a fluid level in a storage tank, which device can be connected to the storage tank by means of two fluid connections vertically spaced apart from each other, the device consisting of three components which can be clipped to one another, in the form of - a base part for fastening to the storage tank, - a housing part configured in the manner of a riser pipe for indicating a fluid level corresponding to the contents of the storage tank, and - a closure part for sealing off the interior of the housing part from the environment, wherein the respective clip connection is formed of a locking hook , as the locking means of one component, which engages, preferably in a releasable manner, in an associated locking recess as the locking means of the other component to be clipped. - a base part for fastening to the storage tank, - a housing part configured in the manner of a riser pipe for indicating a fluid level corresponding to the contents of the storage tank, and - a closure part for sealing off the interior of the housing part from the environment,
Method for friction current joining two or more workpieces by rubbing and by conductive heating with electric current (I), in particular direct current, comprising the following process steps: - in an approach phase (a), the workpieces are first moved along a common process axis and brought into contact by way of their mutually facing joining surfaces oriented transversely to the process axis and - are moved, in particular rotated, relative to each other transversely to the process axis or about the process axis before or starting with when contact is made, wherein - in a rubbing phase (b) starting with when contact is made, the workpieces are rubbed against each other and only levelled under a contact pressure (p) by the mutual relative movement at their joining surfaces , - wherein, at the end of the rubbing phase (b), the rubbing relative movement of the workpieces is permanently ended and - the workpieces are compressed, plasticized and joined in a compression phase (c) directly following the rubbing phase (b) at their contacting joining surfaces under a contact pressure (p) along the process axis and compressed under immediate and continuous conductive heating with electric current (I), wherein the temperature of the workpieces in the joining process is recorded and the joining process, in particular the conductive heating with electric current (I), is controlled or regulated in accordance with the recorded data. - in an approach phase (a), the workpieces are first moved along a common process axis and brought into contact by way of their mutually facing joining surfaces oriented transversely to the process axis and - are moved, in particular rotated, relative to each other transversely to the process axis or about the process axis before or starting with when contact is made, wherein - in a rubbing phase (b) starting with when contact is made, the workpieces are rubbed against each other and only levelled under a contact pressure (p) by the mutual relative movement at their joining surfaces , - wherein, at the end of the rubbing phase (b), the rubbing relative movement of the workpieces is permanently ended and - the workpieces are compressed, plasticized and joined in a compression phase (c) directly following the rubbing phase (b) at their contacting joining surfaces under a contact pressure (p) along the process axis and compressed under immediate and continuous conductive heating with electric current (I), wherein the temperature of the workpieces in the joining process is recorded and the joining process, in particular the conductive heating with electric current (I), is controlled or regulated in accordance with the recorded data.
A non-pressurized aircraft with an outline , comprising: a door leaf ; a canopy frame with a canopy frame cross-section profile that comprises: first and second canopy frame faces that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces ; and a hinge that is entirely arranged within the outline of the non-pressurized aircraft and pivotally mounts the door leaf to the third canopy frame face , characterized in that the canopy frame further comprises a fourth canopy frame face that is arranged opposite the second canopy frame face on the canopy frame cross-section profile , wherein the door leaf comprises a door frame with a door frame cross-section profile that comprises a rear door frame face , and wherein a first virtual extension of the fourth canopy frame face and a second virtual extension of the rear door frame face intersect essentially in at least one intersection point . a door leaf ; a canopy frame with a canopy frame cross-section profile that comprises: first and second canopy frame faces that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces ; and first and second canopy frame faces that are arranged at a predetermined angle relative to each other, and a third canopy frame face that is arranged between the first and second canopy frame faces ; and a hinge that is entirely arranged within the outline of the non-pressurized aircraft and pivotally mounts the door leaf to the third canopy frame face , characterized in that the canopy frame further comprises a fourth canopy frame face that is arranged opposite the second canopy frame face on the canopy frame cross-section profile , wherein the door leaf comprises a door frame with a door frame cross-section profile that comprises a rear door frame face , and wherein a first virtual extension of the fourth canopy frame face and a second virtual extension of the rear door frame face intersect essentially in at least one intersection point .
Bend restrictor comprising at least one pipe section and at least one clamp section - wherein the pipe section comprises an outward facing flange at each end, the pipe section is split in the longitudinal direction into at least two parts, - wherein the clamp section comprises an inward facing flange at each end and a pipe shaped middle section therebetween, wherein the clamp section is split in the longitudinal direction into at least two parts, wherein said parts are connectable through bolt connections, or through locking pin connections or through straps and - wherein each inward facing flange is adapted to receive the outward facing flange of a pipe section wherein the at least two parts of the clamp section comprise through holes adapted to receive a bolt, characterised in that the at least two parts of the clamp section comprise axial extending tongues comprising the through holes adapted to receive a bolt. - wherein the pipe section comprises an outward facing flange at each end, the pipe section is split in the longitudinal direction into at least two parts, - wherein the clamp section comprises an inward facing flange at each end and a pipe shaped middle section therebetween, wherein the clamp section is split in the longitudinal direction into at least two parts, wherein said parts are connectable through bolt connections, or through locking pin connections or through straps and - wherein each inward facing flange is adapted to receive the outward facing flange of a pipe section wherein the at least two parts of the clamp section comprise through holes adapted to receive a bolt, characterised in that the at least two parts of the clamp section comprise axial extending tongues comprising the through holes adapted to receive a bolt.
CD101 according to the structure: in salt or neutral form for use in a method of treating a fungal infection in a subject, wherein the fungal infection is a Candida infection, and wherein the method comprises: (i) (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 200 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 200 mg of CD101 in salt or neutral form, wherein the first dose is administered on day 1, the second dose is administered on day 8, and the third dose, if administered, is administered on day 15; or (ii) (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 400 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 400 mg of CD101 in salt or neutral form, wherein the first dose is administered on day 1, the second dose is administered on day 8, and the third dose, if administered, is administered on day 15. (i) (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 200 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 200 mg of CD101 in salt or neutral form, wherein the first dose is administered on day 1, the second dose is administered on day 8, and the third dose, if administered, is administered on day 15; or (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 200 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 200 mg of CD101 in salt or neutral form, (ii) (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 400 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 400 mg of CD101 in salt or neutral form, wherein the first dose is administered on day 1, the second dose is administered on day 8, and the third dose, if administered, is administered on day 15. (a) intravenously administering a first dose comprising 400 mg of CD101 in salt or neutral form, (b) intravenously administering a second dose comprising 400 mg of CD101 in salt or neutral form, and (c) optionally intravenously administering a third dose comprising 400 mg of CD101 in salt or neutral form,
Heater comprising a modular structure with at least one heating device , a heat-transfer element , a controller and a casing , wherein a main body receives individual modules of the modular structure, the main body has a linkage and individual modules can be fastened to the main body and the linkage contains profile rails which receive the casing in a removable manner, wherein a tubular frame is provided, which tubular frame is of self-supporting design and receives the main body and/or individual modules, and the tubular frame has holding regions and/or struts , characterized in that the tubular frame is inserted into the linkage as additional strutting.
A curable mixture comprising at least one organic compound O having phenolic hydroxyl groups and at least one multifunctional cyclic organic carbonate C as crosslinking agent.
A waste heat recovery system for an engine system, comprising: a first charge air cooler in fluid communication with a working fluid path of the waste heat recovery system, the first charge air cooler comprising: a first cooling fluid core comprising: a first cooling fluid inlet in fluid communication with a cooling fluid source; a first cooling fluid conduit fluidly coupled to the first cooling fluid inlet and a first cooling fluid outlet , the first cooling fluid conduit configured to direct cooling fluid from the first cooling fluid inlet to the first cooling fluid outlet; and a first air conduit adjacent to the first cooling fluid conduit, the first air conduit in fluid communication with a first air inlet and a first air outlet and configured to direct air supplied by an air source from the first air inlet to the first air outlet, the first air outlet in fluid communication with an intake of an engine or a compressor inlet of the engine. a first cooling fluid inlet in fluid communication with a cooling fluid source; a first cooling fluid conduit fluidly coupled to the first cooling fluid inlet and a first cooling fluid outlet , the first cooling fluid conduit configured to direct cooling fluid from the first cooling fluid inlet to the first cooling fluid outlet; and a first air conduit adjacent to the first cooling fluid conduit, the first air conduit in fluid communication with a first air inlet and a first air outlet and configured to direct air supplied by an air source from the first air inlet to the first air outlet, the first air outlet in fluid communication with an intake of an engine or a compressor inlet of the engine.
A method of harvesting a crop material , the method comprising: sensing a value of a characteristic of the crop material at each of a plurality of intervals with a characteristic sensor ; sensing a location of a harvesting implement on a field at each of the plurality of intervals with a position sensor ; generating a set of estimated values of the characteristic of the crop material throughout the field , with a controller , based on the sensed characteristic of the crop material and the sensed location of the harvesting implement at each of the plurality of intervals; predicting a value of the characteristic of the crop material ahead of the harvesting implement , with the controller , as the harvesting implement moves along a harvest path based on the set of estimated values of the characteristic of the crop material throughout the field ; and controlling a function of the harvesting implement based on the predicted value of the characteristic of the crop material ahead of the harvesting implement while moving along the harvest path , characterized in that , controlling the function of the harvesting implement using a previously defined set of measured values of the characteristic of the crop material prior to controlling the function of the harvesting implement using the predicted value of the crop material ahead of the harvesting implement . sensing a value of a characteristic of the crop material at each of a plurality of intervals with a characteristic sensor ; sensing a location of a harvesting implement on a field at each of the plurality of intervals with a position sensor ; generating a set of estimated values of the characteristic of the crop material throughout the field , with a controller , based on the sensed characteristic of the crop material and the sensed location of the harvesting implement at each of the plurality of intervals; predicting a value of the characteristic of the crop material ahead of the harvesting implement , with the controller , as the harvesting implement moves along a harvest path based on the set of estimated values of the characteristic of the crop material throughout the field ; and controlling a function of the harvesting implement based on the predicted value of the characteristic of the crop material ahead of the harvesting implement while moving along the harvest path ,
A block splitting method for video encoding or decoding according to Versatile Video coding, VVC, comprising: determining whether the size of a current block is larger than a minimum allowed quadtree leaf node size, MinQtSizeY; on condition that the size of the current block is not larger than the MinQtSizeY, iteratively applying binary splitting to the current block based on a maximum allowed binary tree root node size, MaxBtSizeY, wherein the lower bound of the MaxBtSizeY is limited to the MinQtSizeY. determining whether the size of a current block is larger than a minimum allowed quadtree leaf node size, MinQtSizeY; on condition that the size of the current block is not larger than the MinQtSizeY, iteratively applying binary splitting to the current block based on a maximum allowed binary tree root node size, MaxBtSizeY, wherein the lower bound of the MaxBtSizeY is limited to the MinQtSizeY.
An electric working tool comprising: a body case , a working implement provided in the body case , a motor for driving the working implement, and a battery for supplying electric power to the motor , wherein the motor is mounted in a cooling route in the body case , the body case includes an intake communicating with the cooling route opened thereon, and the body case is provided with a battery attaching part to which the battery is detachably attached, characterized in that : an air filter is housed between the intake and the cooling route within the body case , the intake communicating through a retention chamber with the cooling route , the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case , the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake , the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part , and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case . a body case , a working implement provided in the body case , a motor for driving the working implement, and a battery for supplying electric power to the motor , wherein the motor is mounted in a cooling route in the body case , the body case includes an intake communicating with the cooling route opened thereon, and the body case is provided with a battery attaching part to which the battery is detachably attached, characterized in that : an air filter is housed between the intake and the cooling route within the body case , the intake communicating through a retention chamber with the cooling route , the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case , the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake , the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part , and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case . an air filter is housed between the intake and the cooling route within the body case , the intake communicating through a retention chamber with the cooling route , the body case includes a filter insertion/extraction hole opened thereon, the air filter being able to be inserted/extracted through the filter insertion/extraction hole, the intake is open on an outer side surface of the body case , the filter insertion/extraction hole is disposed in the body case at a portion other than that of the intake , the filter insertion/extraction hole is opened on a bottom portion of the battery attaching part , and the filter insertion/extraction hole is covered by a bottom portion of the battery when the battery is attached to the body case .
An assembly comprising a body defining an aperture , and an electrode comprising a portion within the aperture , the assembly further comprising a lead comprising a section which is secured inside the aperture by a first interference fit between the body and the portion of the electrode ; wherein the aperture comprises a first open end and a second open end , wherein the electrode extends through the first open end , and the lead extends through the second open end ; and characterized in that the electrode plugs the first end by a second interference fit between the body and the portion of the electrode . wherein the aperture comprises a first open end and a second open end , wherein the electrode extends through the first open end , and the lead extends through the second open end ; and characterized in that the electrode plugs the first end by a second interference fit between the body and the portion of the electrode .
A lighting unit for use in a lighting system , the lighting system comprising a programming unit and a light switch configured for electrical communication with the lighting unit via an electrical circuit and being operable in a first and a second operational position, the lighting unit comprising: - an illumination module , and - a programmable control module ; wherein the programmable control module is configured for wireless communication with the programming unit via a wireless communication link, characterized in that the programmable control module is configured to be programmed by the programming unit such that, in response to different patterns of movement of the light switch between the first and second operational positions, the programmable control module is configured to cause the illumination module to output different illumination modes in response to the different patterns of movement of the light switch ; wherein each of the different patterns of movement of the light switch are defined by different numbers of times the light switch is moved between the first and second operational position and/or different speeds of movement of the light switch between the first and second operational positions of the light switch . - an illumination module , and - a programmable control module ; wherein the programmable control module is configured for wireless communication with the programming unit via a wireless communication link, characterized in that the programmable control module is configured to be programmed by the programming unit such that, in response to different patterns of movement of the light switch between the first and second operational positions, the programmable control module is configured to cause the illumination module to output different illumination modes in response to the different patterns of movement of the light switch ; wherein each of the different patterns of movement of the light switch are defined by different numbers of times the light switch is moved between the first and second operational position and/or different speeds of movement of the light switch between the first and second operational positions of the light switch .