mhurhangee/ep-ind-claims huggingface dataset:
An embedded device comprising: a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins; and a protected pin ownership logic (110; 370) for each assignable external pin and configured to be programmable to assign an output function of an associated assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of only one of the plurality of microcontrollers, wherein the protected pin ownership logic (110; 370) is configured to be programmed during programming of the embedded device and wherein the protected pin ownership logic (110; 370) further comprises a locking logic providing a blocking function preventing a re-assignment of the associated assignable external pin, wherein only the processing unit to which the external pin has been assigned is allowed to reset the blocking function. a plurality of microcontrollers, each comprising a central processing unit (310; 340) and a plurality of peripheral devices (170, 175, 180, 185; 210..240), wherein each peripheral device (170, 175, 180, 185; 210..240) may comprise an output; a housing comprising a plurality of assignable external pins; and a protected pin ownership logic (110; 370) for each assignable external pin and configured to be programmable to assign an output function of an associated assignable external pin to one of the plurality of peripheral devices (170, 175, 180, 185; 210..240) of only one of the plurality of microcontrollers, wherein the protected pin ownership logic (110; 370) is configured to be programmed during programming of the embedded device and wherein the protected pin ownership logic (110; 370) further comprises a locking logic providing a blocking function preventing a re-assignment of the associated assignable external pin, wherein only the processing unit to which the external pin has been assigned is allowed to reset the blocking function.
A detector for medical diagnosis, comprising: a photosensitive element used for sensing an X-beam; an X-beam stopping element used for stopping the X-beam from penetrating said photosensitive element; a supporting board provided below the X-beam stopping element to be used for supporting said photosensitive element; and a conductive liner provided between said photosensitive element and said supporting board to fit with said photosensitive element, wherein the detector further comprises a black ethylene film provided between said photosensitive element and said supporting board, wherein said conductive liner is provided on at least three sides of said ethylene film in the form of stripes. a photosensitive element used for sensing an X-beam; an X-beam stopping element used for stopping the X-beam from penetrating said photosensitive element; a supporting board provided below the X-beam stopping element to be used for supporting said photosensitive element; and a conductive liner provided between said photosensitive element and said supporting board to fit with said photosensitive element, wherein the detector further comprises a black ethylene film provided between said photosensitive element and said supporting board, wherein said conductive liner is provided on at least three sides of said ethylene film in the form of stripes.
A fifth-wheel coupling for coupling a tractor unit to a semitrailer, having a fifth-wheel plate for mounting on the tractor unit and an engagement element for mounting on the semitrailer, wherein an angle measuring device, comprising a rotational angle pickup for measuring the rotational angle, is provided between the engagement element and the fifth-wheel plate, wherein the angle measuring device comprises a ring element, the ring element at least partially encloses the engagement element and is mounted so it is pivotable with respect to the rotational angle in relation to the engagement element, wherein the ring element is held fixed in location with respect to the rotational angle in relation to the saddle plate, characterized in that a holding rod is mounted so it is vertically pivotable at a first end on the ring element and has, at a second end, a secondary coupling device for pivotable coupling of the holding rod on the tractor unit.
A positioning system comprising - at least one onboard GNSS satellite receiver in a mobile element belonging to a user u, said receiver having the function of estimating the position Xu of said mobile element at different instants, - a first processing module determining a consistency indicator coh by combining the estimated positions Xu[t] and data provided by secondary information sources (101, 102), - the system comprising a consolidation module containing means for storing the positions Xu[t] estimated at different instants t by the user u, a digital filter making it possible to obtain a filtered position Xf[t] from the stored positions Xu[t] of a user, said digital filter being adapted to average the estimated positions Xu[t] for a given user u over a pre-defined interval of time, - the system further containing detection means for determining from the consistency indicator coh whether or not the estimated positions Xu(t) are falsified, characterised in that the indicator is determined by comparing a speed, acceleration, gyration [s, a, g] triplet derived from direction and velocity measurements taken by the mobile element to a dynamic model of movement of an object, vehicle, person or animal to be positioned, said model defining maximum values or a range of coherent estimations within the space of the speed, acceleration and gyration measurements. - at least one onboard GNSS satellite receiver in a mobile element belonging to a user u, said receiver having the function of estimating the position Xu of said mobile element at different instants, - a first processing module determining a consistency indicator coh by combining the estimated positions Xu[t] and data provided by secondary information sources (101, 102), - the system comprising a consolidation module containing means for storing the positions Xu[t] estimated at different instants t by the user u, a digital filter making it possible to obtain a filtered position Xf[t] from the stored positions Xu[t] of a user, said digital filter being adapted to average the estimated positions Xu[t] for a given user u over a pre-defined interval of time, - the system further containing detection means for determining from the consistency indicator coh whether or not the estimated positions Xu(t) are falsified, characterised in that the indicator is determined by comparing a speed, acceleration, gyration [s, a, g] triplet derived from direction and velocity measurements taken by the mobile element to a dynamic model of movement of an object, vehicle, person or animal to be positioned, said model defining maximum values or a range of coherent estimations within the space of the speed, acceleration and gyration measurements.
A method of forming a membrane electrode assembly comprising a proton exchange membrane and electrodes, the method comprising: incorporating an additive into the proton exchange membrane of the membrane electrode assembly, comprising a step of mixing the additive with the proton exchange membrane material, wherein the additive is an uncomplexed chelate ligand having at least two nitrogen atoms which can act as coordination sites, so that the uncomplexed additive in the finished proton exchange membrane is available to form chelate complexes with metal ion impurities in the membrane, and wherein the membrane is a perfluorosulfonic acid membrane or a hydrocarbon ionomer membrane. incorporating an additive into the proton exchange membrane of the membrane electrode assembly, comprising a step of mixing the additive with the proton exchange membrane material, wherein the additive is an uncomplexed chelate ligand having at least two nitrogen atoms which can act as coordination sites, so that the uncomplexed additive in the finished proton exchange membrane is available to form chelate complexes with metal ion impurities in the membrane, and wherein the membrane is a perfluorosulfonic acid membrane or a hydrocarbon ionomer membrane.
A method of operating a user equipment, UE, (300A; 300B; 400) configured to implement a rich communication suite, RCS, protocol, comprising: configuring (830; 855) an RCS capabilities request message to request a first target UE (300A; 300B; 400) to provide (i) RCS capability information for the first target UE, and (ii) RCS capability information for a set of one or more other UEs (300A; 300B; 400); transmitting (835; 860) the configured RCS capabilities request message to the first target UE; and receiving (845; 870), in response to the transmission, an RCS capabilities response message that indicates (i) the RCS capability information for the first target UE and (ii) RCS capability information for at least one UE from the set of one or more other UEs. configuring (830; 855) an RCS capabilities request message to request a first target UE (300A; 300B; 400) to provide (i) RCS capability information for the first target UE, and (ii) RCS capability information for a set of one or more other UEs (300A; 300B; 400); transmitting (835; 860) the configured RCS capabilities request message to the first target UE; and receiving (845; 870), in response to the transmission, an RCS capabilities response message that indicates (i) the RCS capability information for the first target UE and (ii) RCS capability information for at least one UE from the set of one or more other UEs.
A compound having structural formula (Ia) - (Id): or a pharmaceutically acceptable salt thereof, wherein: A is R 5 is hydrogen, C 1 -C 6 alkyl, -OH, halo, or a 4- to 7-membered heterocycloalkyl substituted with halo; R 6 is hydrogen, -OH, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, C 1 -C 6 hydroxyalkyl, -CH 2 SO 2 CH 3, -C 1 -C 6 - (4- to 6-membered monocyclic heterocycloalkyl); wherein the 4- to 6-membered monocyclic heterocycloalkyl is optionally substituted with one or two F substituents; R 7 is hydrogen or C 1 -C 6 alkyl; or R 6 and R 7 together with the C to which they are attached form an oxo; or a compound which is any one of or a pharmaceutically acceptable salt thereof. A is R 5 is hydrogen, C 1 -C 6 alkyl, -OH, halo, or a 4- to 7-membered heterocycloalkyl substituted with halo; R 6 is hydrogen, -OH, C 1 -C 6 alkyl, C 1 -C 6 haloalkyl, C 1 -C 6 hydroxyalkyl, -CH 2 SO 2 CH 3, -C 1 -C 6 - (4- to 6-membered monocyclic heterocycloalkyl); wherein the 4- to 6-membered monocyclic heterocycloalkyl is optionally substituted with one or two F substituents; R 7 is hydrogen or C 1 -C 6 alkyl; or R 6 and R 7 together with the C to which they are attached form an oxo; or a compound which is any one of
Method for mounting an electrical protection device, in which a housing is equipped with contact elements (40, 45) which are spaced apart from one another and with at least one bent connecting rail, specifically in such a way that - the contact elements (40, 45) are located on a handling side of the housing accessible from the outside in order to connect overcurrent protection units, and - a first rail end section of the connecting rail is indirectly or directly electrically connected to one of the contact elements, and - a second rail end section of the connecting rail permits electrical connection to a busbar on a mounting side lying opposite the handling side, characterized in that during the mounting in the housing the bent connecting rail is oriented with its first rail end section transverse with respect to the handling side, and it is made possible for a transformer to push from the handling side over the contact element and into the interior of the housing. - the contact elements (40, 45) are located on a handling side of the housing accessible from the outside in order to connect overcurrent protection units, and - a first rail end section of the connecting rail is indirectly or directly electrically connected to one of the contact elements, and - a second rail end section of the connecting rail permits electrical connection to a busbar on a mounting side lying opposite the handling side,
An ink jet composition discharged by an ink jet method, comprising: metal powder; an organic solvent; and a binder resin comprising a styrene-maleic acid structure, wherein the metal powder has been surface-treated with a fluorine-based compound. metal powder; an organic solvent; and a binder resin comprising a styrene-maleic acid structure, wherein the metal powder has been surface-treated with a fluorine-based compound.
An apparatus comprising: a gas turbine engine centrifugal impeller centered on a centerline axis and operable to rotate about said centerline axis, said centrifugal impeller including an inner base and a plurality of blades (34, 36) extending radially outward from said inner base and also extending along said centerline axis, wherein a plurality of fluid channels are respectively defined between adjacent pairs of said plurality of blades; a shroud encircling said centrifugal impeller and enclosing a radially outward side of said blades along said centerline axis; a ring circumferentially extending about said centerline axis and adjacent to at least part of said shroud along said centerline axis; an actuator operably engaged with said ring to pivot said ring about said centerline axis; at least one cam engaged with said ring; and at least one cam follower engaged with said shroud, wherein pivoting movement of said ring about said centerline axis results in said at least one cam urging said at least one cam follower and said shroud along said centerline axis to vary a distance between said plurality of blades and said shroud. a gas turbine engine centrifugal impeller centered on a centerline axis and operable to rotate about said centerline axis, said centrifugal impeller including an inner base and a plurality of blades (34, 36) extending radially outward from said inner base and also extending along said centerline axis, wherein a plurality of fluid channels are respectively defined between adjacent pairs of said plurality of blades; a shroud encircling said centrifugal impeller and enclosing a radially outward side of said blades along said centerline axis; a ring circumferentially extending about said centerline axis and adjacent to at least part of said shroud along said centerline axis; an actuator operably engaged with said ring to pivot said ring about said centerline axis; at least one cam engaged with said ring; and at least one cam follower engaged with said shroud, wherein pivoting movement of said ring about said centerline axis results in said at least one cam urging said at least one cam follower and said shroud along said centerline axis to vary a distance between said plurality of blades and said shroud.
A handy type cleaner comprising: a body; a suction inlet coupled to the body and configured to guide air into the handy type cleaner; a suction motor comprising an impeller connected to a shaft to generate a suction force that suctions air into the handy type cleaner through the suction inlet; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet; a second cyclone unit configured to separate dust from the air that is discharged from the first cyclone unit; a filter unit having air exits including openings, and the filter unit detachably coupled to a top of the body; and a secondary filter received in the filter unit and formed in a ring shape, wherein the secondary filter is configured to surround an extension line of the shaft, characterized in that the handy type cleaner further comprises a pre-filter seated in the body and circumferentially surrounding a portion of the suction motor and is configured to filter air entering the suction motor, the air being discharged from the second cyclone unit, wherein the portion of the pre-filter is configured to surround the suction motor along the shaft when the filter unit is mounted on the body, wherein the openings of the air exits of the filter unit are for discharging the air that has passed the suction motor, and wherein the secondary filter is configured to filter air discharged from the suction motor. a body; a suction inlet coupled to the body and configured to guide air into the handy type cleaner; a suction motor comprising an impeller connected to a shaft to generate a suction force that suctions air into the handy type cleaner through the suction inlet; a first cyclone unit configured to separate dust from air that is suctioned into the cleaner through the suction inlet; a second cyclone unit configured to separate dust from the air that is discharged from the first cyclone unit; a filter unit having air exits including openings, and the filter unit detachably coupled to a top of the body; and a secondary filter received in the filter unit and formed in a ring shape, wherein the secondary filter is configured to surround an extension line of the shaft, characterized in that the handy type cleaner further comprises a pre-filter seated in the body and circumferentially surrounding a portion of the suction motor and is configured to filter air entering the suction motor, the air being discharged from the second cyclone unit, wherein the portion of the pre-filter is configured to surround the suction motor along the shaft when the filter unit is mounted on the body, wherein the openings of the air exits of the filter unit are for discharging the air that has passed the suction motor, and wherein the secondary filter is configured to filter air discharged from the suction motor.
An annular bypass valve for a turbine, comprising a fixed annular valve seat and a rotary annular valve member that is disposed against the valve seat and rotatable about a longitudinal axis, one of the valve seat and the valve member defining a plurality of non-circular first orifices (73, 73') extending axially therethrough and the other of the valve seat and the valve member defining a plurality of non-circular second orifices (75, 75') extending axially therethrough, forming a plurality of orifice pairs, the first and second orifices being arranged to overlap in some rotational positions of the valve member so as to create a plurality of flow passages formed by aligned portions of the first and second orifices, wherein the first orifices (73, 73') are T-shaped, each having a generally rectangular portion and a protruding portion that protrudes in a circumferential direction from the generally rectangular portion, and the first orifices (73, 73') and the second orifices (75, 75') are configured such that beginning with the flow passages of the orifice pairs closed, as the valve member is rotated the first orifices begin to overlap with the second orifices so as to create the flow passages for exhaust gas, the flow passages evolving in flow area A with continued rotation of the valve member until a maximum flow area A max is reached when there is full overlap between the first and second orifices, wherein the first orifices (73, 73') and the second orifices (75, 75') are shaped such that there is a first phase of evolution of the flow area A from zero up to a value A 1 and then a second phase of evolution of the flow area from the value A 1 up to a value A 2, and such that the first phase and the second phase have distinctly different slopes on a curve of flow area versus rotational position of the valve member, with a distinct break point in the curve between said first and second phases, wherein the first phase of evolution of the flow area is when primarily the protruding portions of the first orifices become overlapped with the second orifices, and the second phase is when additionally the generally rectangular portions of the first orifices become overlapped with the second orifices, wherein at least one first orifice has a different shape from other ones of the first orifices, and correspondingly at least one second orifice has a different shape from other ones of the second orifices, the/each differently shaped first orifice forming an orifice pair with the/each differently shaped second orifice.
Method of assisting the placement of construction elements of a civil engineering work, in which the method comprises: - the adjustment of the orientation of each construction element as a function of a discrepancy between a measured orientation for this construction element and an orientation setpoint, characterized in that this method comprises: - the supplying of the construction elements each equipped with at least one orientation sensor, fixed without any degree of freedom to the construction element, able to measure the inclination of this construction element with respect to three non-coplanar axes, and - the adjustment of the orientation of each element is carried out as a function of the discrepancy between the orientation measured by the orientation sensor fixed to this construction element and the orientation setpoint. - the adjustment of the orientation of each construction element as a function of a discrepancy between a measured orientation for this construction element and an orientation setpoint, - the supplying of the construction elements each equipped with at least one orientation sensor, fixed without any degree of freedom to the construction element, able to measure the inclination of this construction element with respect to three non-coplanar axes, and - the adjustment of the orientation of each element is carried out as a function of the discrepancy between the orientation measured by the orientation sensor fixed to this construction element and the orientation setpoint.
A bowl comprising a basin, wherein the basin comprises a rim for supporting a tool mainly horizontally and spaced to a bottom of the basin in rest position, wherein the rim provides a tool resting level, a border wall protruding in mainly vertical direction upwards from the rim for limiting the movement of the resting tool in radial direction and a holding means (28; 34) for positioning a tag on a different level than the tool resting level, wherein the holding means (28; 34) is connected to the basin via the border wall, characterized in that the rim and the border wall form a half-moon-shaped depression for receiving the tool so that the tool partially protrudes from the basin horizontally outwards in the rest position.