mhurhangee/patent-ind-claim-en huggingface dataset:
A folded camera , comprising: a) an optical path folding element OPFE section including an OPFE for folding an optical path from a first direction to a second direction , the OPFE section having an exterior height Hp in the first direction ; b) an image sensor ; c) a lens section positioned between the OPFE and the image sensor , the lens section having at least one exterior height H L in the first direction ; and d) a back focal length BFL section extending between the lens section and the image sensor and having an exterior height H BFL in the first direction , wherein a bottom external surface of the OPFE section, the lens section, and the BFL section are substantially coplanar, said folded camera being characterized in that H BFL < H L such that a top external surface of the lens section and a top external surface of the BFL section are not coplanar. a) an optical path folding element OPFE section including an OPFE for folding an optical path from a first direction to a second direction , the OPFE section having an exterior height Hp in the first direction ; b) an image sensor ; c) a lens section positioned between the OPFE and the image sensor , the lens section having at least one exterior height H L in the first direction ; and d) a back focal length BFL section extending between the lens section and the image sensor and having an exterior height H BFL in the first direction , wherein a bottom external surface of the OPFE section, the lens section, and the BFL section are substantially coplanar, said folded camera being characterized in that H BFL < H L such that a top external surface of the lens section and a top external surface of the BFL section are not coplanar.
A cord lock , comprising: a female member including first cord insertion portions through which a cord can be inserted to pass, and has a cylindrical shape including an opening at least at one end; a male member supported to enter in and out from the opening of the female member to communicate with the first cord insertion portions , and including second cord insertion portions through which the cord inserted to pass through the first cord insertion portions can be inserted to pass; and an urging device provided between the female member and the male member to provide an urging force in a direction wherein the male member protrudes from the opening of the female member , wherein the second cord insertion portions of the male member and the urging device are situated adjacent to each other, and opposed faces of the female member and the male member along an insertion direction of the cord inserted to pass through the first cord insertion portions of the female member include straight portions which can carry out at least a line contact, characterized in that a partition wall is positioned between the second cord insertion portions and the urging device, and partitions inside a hollow portion of the male member into a spring chamber and a cord chamber . a female member including first cord insertion portions through which a cord can be inserted to pass, and has a cylindrical shape including an opening at least at one end; a male member supported to enter in and out from the opening of the female member to communicate with the first cord insertion portions , and including second cord insertion portions through which the cord inserted to pass through the first cord insertion portions can be inserted to pass; and an urging device provided between the female member and the male member to provide an urging force in a direction wherein the male member protrudes from the opening of the female member , wherein the second cord insertion portions of the male member and the urging device are situated adjacent to each other, and opposed faces of the female member and the male member along an insertion direction of the cord inserted to pass through the first cord insertion portions of the female member include straight portions which can carry out at least a line contact, characterized in that a partition wall is positioned between the second cord insertion portions and the urging device, and partitions inside a hollow portion of the male member into a spring chamber and a cord chamber .
A system for identifying and compensating for non-functioning pixels in positron emission tomography (PET) imaging, said system comprising: a pixel identification processor configured to: receive data describing scintillation events localized to a plurality of pixels of a PET scanner ; generate a count map histogram from the received data, the count map histogram mapping each of the pixels to a count of scintillation events localized to the pixel ; identify one or more non-functioning pixels from the count map histogram; characterized in that the pixel identification processor is further configured to: store unique identifiers of the identified non-functioning pixels in a pixel memory for use during pixel compensation; and compare the identified non-functioning pixels against previously identified non-functioning pixels of the pixel memory , and wherein a newly identified non-functioning pixel is only compensated for in pixel compensation after it has been identified as non-functioning in a predetermined multiple number of scans. receive data describing scintillation events localized to a plurality of pixels of a PET scanner ; generate a count map histogram from the received data, the count map histogram mapping each of the pixels to a count of scintillation events localized to the pixel ; identify one or more non-functioning pixels from the count map histogram; store unique identifiers of the identified non-functioning pixels in a pixel memory for use during pixel compensation; and compare the identified non-functioning pixels against previously identified non-functioning pixels of the pixel memory , and wherein a newly identified non-functioning pixel is only compensated for in pixel compensation after it has been identified as non-functioning in a predetermined multiple number of scans.
WC with a bowl, which has a bowl opening facing upwards and an inlet opening for flushing water to enter the bowl, and an inner bowl shape with a first flow path defined between an outer first concave edge and an inner first convex edge , wherein the bowl has a drain with a drain opening and an odor trap and wherein the first flow path circulates around the outlet opening and drops as it circulates, wherein the first flow path is adjacent at its lower end to an inflow step , which inflow step is defined between a part of the first concave edge and a second convex edge on a side of the inflow step facing away from the first flow path and rises from the first concave edge to the second convex edge , whereby the inflow step is designed to divert flushing water into the drain opening, wherein an end of the inflow step proximal to a water level in the drain opening is directed in projection from above onto the border of the water level in a front two-thirds region of the border. and an inner bowl shape with a first flow path defined between an outer first concave edge and an inner first convex edge , wherein the bowl has a drain with a drain opening and an odor trap and wherein the first flow path circulates around the outlet opening and drops as it circulates, wherein the first flow path is adjacent at its lower end to an inflow step , which inflow step is defined between a part of the first concave edge and a second convex edge on a side of the inflow step facing away from the first flow path and rises from the first concave edge to the second convex edge , whereby the inflow step is designed to divert flushing water into the drain opening, wherein an end of the inflow step proximal to a water level in the drain opening is directed in projection from above onto the border of the water level in a front two-thirds region of the border.
Projection headlight for a vehicle , comprising at least one light source , a projection lens , a condenser lens arranged between the at least one light source and the projection lens , the condenser lens having a flat side and a curved side , and comprising at least one printed graphic arranged between the condenser lens and the projection lens , characterised in that the at least one printed graphic is printed on the flat side of the condenser lens .
A compound, 2,2,6,6,7,8,8-heptamethyl-3,3a,4,5,5a,6,7,8-octahydro-2 H -indeno[4,5- b ]furan.
A damper device for a vehicle, comprising: a first hysteresis mechanism configured to generate a predetermined first hysteresis torque, and the first hysteresis mechanism being configured to generate the first hysteresis torque in a positive torsion angle region in which a torque is transmitted from an engine side and in a negative torsion angle region in which a torque is transmitted from a power transmission device side; and a second hysteresis mechanism configured to generate a second hysteresis torque that is larger than the first hysteresis torque, the first and second hysteresis mechanisms being able to be provided between the engine and the power transmission device equipped with a motor generator, characterized by the second hysteresis mechanism being configured to generate the second hysteresis torque only in the negative torsion angle region. a first hysteresis mechanism configured to generate a predetermined first hysteresis torque, and the first hysteresis mechanism being configured to generate the first hysteresis torque in a positive torsion angle region in which a torque is transmitted from an engine side and in a negative torsion angle region in which a torque is transmitted from a power transmission device side; and a second hysteresis mechanism configured to generate a second hysteresis torque that is larger than the first hysteresis torque, the first and second hysteresis mechanisms being able to be provided between the engine and the power transmission device equipped with a motor generator, characterized by the second hysteresis mechanism being configured to generate the second hysteresis torque only in the negative torsion angle region.
A temperature fuse, comprising a push rod , a push rod spring , a spring mechanism, and a temperature-sensing body ; the spring mechanism comprises springs and a spring column , and when the temperature fuse is not triggered, the springs are in a state of compression; the temperature-sensing body abuts the other end of the spring column ; one end of the push rod abuts the push rod spring , and when the temperature fuse is not triggered, the push rod spring is in the state of compression; characterised in that the springs are sleeved at one end of the spring column , and in that the other end of the push rod abuts an end of a side wall of the spring column ; and a length of the temperature-sensing body in an expansion direction of the springs is greater than or equal to a length of the push rod abutting the spring column in the expansion direction of the springs .
Method for discharging at least one capacitor of an electrical circuit , the electrical circuit further comprising: - a stator electrical winding of a polyphase rotary electrical machine, said winding comprising a plurality of coils each one forming a stator phase, said coils not being electrically coupled together, - a switching system comprising a plurality of controllable switching cells , method in which the coils are electrically powered by the capacitor by means of the switching system of which the switching cells are controlled in such a way that the stator electrical winding is traversed by the homopolar electrical current. - a stator electrical winding of a polyphase rotary electrical machine, said winding comprising a plurality of coils each one forming a stator phase, said coils not being electrically coupled together, - a switching system comprising a plurality of controllable switching cells ,
A polyurethane urea elastic yarn having improved dyeability, the yarn comprising (a) a polyol including a first polyol and a second polyol; (b) at least one of diisocyanates; (c) at least one of diamine chain extenders; and (d) at least one of amine chain terminators, wherein the second polyol is polyethylene glycol; and the first polyol and the second polyol are materials different from each other. wherein the second polyol is mixed in 5.0 mol% to 20.0 mol% with respect to the total amount of polyol. wherein the second polyol is polyethylene glycol; and the first polyol and the second polyol are materials different from each other. wherein the second polyol is mixed in 5.0 mol% to 20.0 mol% with respect to the total amount of polyol.
A retrofit lamp for use with a ballast of a discharge lighting device, comprising: a pair of input terminals adapted to connect to said ballast to receive AC power from the ballast; an output stage adapted to be connected to a lighting load and power the lighting load from the AC power; a fault detection circuit (40;60) to detect a fault, wherein the retrofit lamp further comprises: a fuse (F1) in series with one of the input terminals ; and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse. a pair of input terminals adapted to connect to said ballast to receive AC power from the ballast; an output stage adapted to be connected to a lighting load and power the lighting load from the AC power; a fault detection circuit (40;60) to detect a fault, wherein the retrofit lamp further comprises: a fuse (F1) in series with one of the input terminals ; and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse. a fuse (F1) in series with one of the input terminals ; and characterized in that the retrofit lamp comprises a protection circuit (40; S1, D6), adapted to be activated by the fault detection circuit and to control an asymmetrical conduction scheme between the pair of input terminals in the opposing phases of the AC power, in order to generate an asymmetrical current in opposing phases thereby generating a DC component in the AC power from the ballast when connected to the input terminals, thereby making the ballast output an excessive ballast current through the fuse to activate and cut off the fuse.
A Light Emitting Diode, LED, based lighting device arranged for connection to an Alternating Current, AC, mains supply, comprising: - a zero-crossing detection module arranged for detecting a zero-crossing in an AC voltage supplied by said AC mains supply; - a detection pulse module arranged for providing a detection pulse based on said detected zero-crossing; - a human body detection module arranged for determining a current drawn from said AC mains supply during said provided detection pulse; and - a current limiter arranged for ensuring a constant current drawn from said AC mains supply during said provided detection pulse, wherein said detection pulse module is arranged for providing said detection pulse after said detected zero-crossing, wherein said detection pulse module is arranged for providing a calibration pulse, wherein an end of said calibration pulse and a start of said detection pulse both correspond to said detected zero-crossing, wherein said human body detection module is further arranged for determining a calibration current drawn from said AC mains supply during said provided calibration pulse, and wherein said current limiter is further arranged for ensuring no current or a current lower than the current being drawn during the detection pulse is drawn from said AC mains supply during said provided calibration pulse, wherein the human body detection module is arranged for determining presence of a human body based on a ratio between said determined current and said calibration current. - a zero-crossing detection module arranged for detecting a zero-crossing in an AC voltage supplied by said AC mains supply; - a detection pulse module arranged for providing a detection pulse based on said detected zero-crossing; - a human body detection module arranged for determining a current drawn from said AC mains supply during said provided detection pulse; and - a current limiter arranged for ensuring a constant current drawn from said AC mains supply during said provided detection pulse, wherein said detection pulse module is arranged for providing said detection pulse after said detected zero-crossing, wherein said detection pulse module is arranged for providing a calibration pulse, wherein an end of said calibration pulse and a start of said detection pulse both correspond to said detected zero-crossing, wherein said human body detection module is further arranged for determining a calibration current drawn from said AC mains supply during said provided calibration pulse, and wherein said current limiter is further arranged for ensuring no current or a current lower than the current being drawn during the detection pulse is drawn from said AC mains supply during said provided calibration pulse, wherein the human body detection module is arranged for determining presence of a human body based on a ratio between said determined current and said calibration current.
An orthodontic device for palatal expansion comprising at least one first bearing means (17-19) for bearing on the left side of a jaw of a patient to be treated, at least one second bearing means (20-22) for bearing on the right side of said jaw and a central jack for modulating a separation of said bearing means, characterized in that the first or second bearing means (17-22) comprising at least one first connecting beam to be placed between the jack and a first tooth, and a second connecting beam to be placed between the jack and a second tooth, the device also comprises an angular adjusting means (R1, R2) between the jack and said first bearing means and an angular adjusting means (R1, R2) between the jack and said second bearing means to allow a geometric adjustment during a placement of the device in the mouth of the patient, at least in the vertical direction, the anterior-posterior direction or the transverse direction.
A recycling process for cleaning a contaminated plastic material, comprising a cleaning step (B) wherein a contaminated plastic material is contacted with a physical mixture of liquid phase 1 and liquid phase 2 and wherein the solvent of liquid phase 1 is water and the solvent of liquid phase 2 is an organic phase comprising an acetate ester having the general formula (I) of C-COO-R, wherein R is an alkyl group comprising 4, 6 or 8 carbon atoms.
An apparatus comprising: a receiver configured to receive instructions; a memory system coupled to the receiver and configured to store the instructions; and a processor coupled to the memory system and configured to execute the instructions to cause the apparatus to: implement a flow pipeline , wherein the flow pipeline comprises a series of flow tables, wherein the flow tables comprise match fields, wherein the match fields are ordered based on a prioritization of network services and match field shared dependencies, and route a packet using the flow pipeline. a receiver configured to receive instructions; a memory system coupled to the receiver and configured to store the instructions; and a processor coupled to the memory system and configured to execute the instructions to cause the apparatus to: implement a flow pipeline , wherein the flow pipeline comprises a series of flow tables, wherein the flow tables comprise match fields, wherein the match fields are ordered based on a prioritization of network services and match field shared dependencies, and route a packet using the flow pipeline.
A method for wireless communications, comprising: identifying a set of resources reserved for feedback information within a transmission time interval, TTI; mapping a number of feedback bits for transmission to a base station to the set of resources reserved for feedback information, wherein the feedback bits indicate hybrid automatic repeat request, HARQ, acknowledgement, ACK, or negative acknowledgement. NACK, information; determining a set of unused resources of the set of resources reserved for feedback information based at least in part on the number of feedback bits; mapping a predetermined pattern of bits to the set of unused resources, wherein the predetermined pattern of bits comprises a sequence of bits that is different from an acknowledgement, ACK, sequence, a negative ACK, NACK, sequence, or any combination thereof; and transmitting , to the base station, the mapped number of feedback bits and the mapped predetermined pattern of bits via the set of resources reserved for feedback information. identifying a set of resources reserved for feedback information within a transmission time interval, TTI; mapping a number of feedback bits for transmission to a base station to the set of resources reserved for feedback information, wherein the feedback bits indicate hybrid automatic repeat request, HARQ, acknowledgement, ACK, or negative acknowledgement. NACK, information; determining a set of unused resources of the set of resources reserved for feedback information based at least in part on the number of feedback bits; mapping a predetermined pattern of bits to the set of unused resources, wherein the predetermined pattern of bits comprises a sequence of bits that is different from an acknowledgement, ACK, sequence, a negative ACK, NACK, sequence, or any combination thereof; and transmitting , to the base station, the mapped number of feedback bits and the mapped predetermined pattern of bits via the set of resources reserved for feedback information.
An agent comprising SEK-1005 (Ser, 3-hydroxy- N -[2-hydroxy-1-oxo-2-tetrahydro-2-hydroxy-6-methyl-5-(2-methylpropyl)-2 H -pyran-2-yl-propyl]-Leu-Pip(hexahydro-3-pyridazinecarbonyl)- N -hydroxy-Ala- N -methyl-Phe-Pip-rho-lactone) for use in treating or preventing rejection of a transplant in a patient.