mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an emitter that emits laser light towards a surface ; a receiver that passively receives reflected laser light that is a portion of the laser light reflected from the surface , wherein the receiver has multiple pixels; a combiner configured to combine optical fields from each pixel in the multiple pixels into an output that supports a number of modes that is equal to a number of pixels in the multiple pixels; ,and a photodetector configured to receive light from the output waveguide; characterized in that the pixels have a size that is smaller than an expected optical speckle size, wherein the expected optical speckle size corresponds to a region on the receiver where the reflected laser light has a substantially uniform spatial phase; and the combiner is coupled to individual pixels in the multiple pixels with separate input waveguides and combines the separate input waveguides into a single output waveguide, wherein a width of the single output waveguide is equal to a combined width of the separate input waveguides. an emitter that emits laser light towards a surface ; a receiver that passively receives reflected laser light that is a portion of the laser light reflected from the surface , wherein the receiver has multiple pixels; a combiner configured to combine optical fields from each pixel in the multiple pixels into an output that supports a number of modes that is equal to a number of pixels in the multiple pixels; ,and a photodetector configured to receive light from the output waveguide; characterized in that the pixels have a size that is smaller than an expected optical speckle size, wherein the expected optical speckle size corresponds to a region on the receiver where the reflected laser light has a substantially uniform spatial phase; and the combiner is coupled to individual pixels in the multiple pixels with separate input waveguides and combines the separate input waveguides into a single output waveguide, wherein a width of the single output waveguide is equal to a combined width of the separate input waveguides.
Closure screw for an outlet opening of housings which carry fluids, comprising a circular-cylindrical screw-in portion with an outer thread , and comprising a bearing flange at one end of the screw-in portion that has an enlarged outer diameter in relation to the screw-in portion , wherein the screw-in portion is formed with the bearing flange as a one-piece, materially uniform plastic injection-moulding part, and the screw-in portion is closed off at one end by a base , and a recess serving as an inner engagement means for a tool extends centrally through the bearing flange and the screw-in portion in a longitudinal direction and ends at the base and has, opposite the base , an insertion opening for the tool, wherein the bearing flange has, on its outer periphery, an outer engagement means for a tool, wherein a peripheral inner recess with a flange opening is formed between the outer engagement means and the inner engagement means , wherein the inner recess is formed in such a way that an outer peripheral wall which surrounds the upper flange opening is formed and an inner base surface of the flange is formed, opposite the flange opening , in the bearing flange between the inner engagement means and the peripheral wall , and the insertion opening of the inner engagement means is arranged, as seen in the screw-in direction (X), set back in relation to the base surface of the bearing flange , such that a connector portion which projects from the base surface in the direction of the flange opening and ends below the flange opening and surrounds the insertion opening is formed, and, in the transition region between the bearing flange and the screw-in portion , there is provided a wall formation such that, for breaking-off of the bearing flange in the screwed-in state of the screw-in portion and of the abutment of the bearing flange owing to an increased break-off moment at the outer engagement means in relation to the permissible tightening moment, there is formed, as seen in the screw-in direction (X), in the region of the at the end of the screw-in portion and behind the base , a break-off region, such that the flow of force within the closure screw, in the event of breaking-off, does not pass through the base , wherein there is provided a minimum engagement length (L) of the recess for the inner engagement such that loosening of the closure screw by means of a tool inserted into the inner engagement means is possible.
A method for producing a super absorbent polymer comprising the steps of: carrying out a crosslinking polymerization of a monomer composition containing a water-soluble ethylenically unsaturated compound or its salt in the presence of an internal crosslinking agent; drying, pulverizing, and classifying the cross-linked hydrogel polymer to form a base polymer powder; and surface-crosslinking the base polymer powder in the presence of a glass hollow particle having a micron-scale particle size and a surface crosslinking agent to form a surface cross-linked layer, wherein the glass hollow particle has a particle size of 10 to 100 μ m. carrying out a crosslinking polymerization of a monomer composition containing a water-soluble ethylenically unsaturated compound or its salt in the presence of an internal crosslinking agent; drying, pulverizing, and classifying the cross-linked hydrogel polymer to form a base polymer powder; and surface-crosslinking the base polymer powder in the presence of a glass hollow particle having a micron-scale particle size and a surface crosslinking agent to form a surface cross-linked layer, wherein the glass hollow particle has a particle size of 10 to 100 μ m.
Blocking device for blocking a vehicle and/or entrance to a loading-unloading station , comprising: - a guide track with guide track supports disposed along a driveway ; - a carriage attached to the guide track with a blocking element , with the carriage being capable of moving along the driveway ; and - a guide track drive configured for lifting and/or lowering the guide track , characterized in that the blocking device comprises a blocking element extension mechanism configured to extend the blocking element between a retracted position and an extended blocking position and in that the guide track drive is further configured such that the guide track performs a horizontal movement when being lifted or lowered, and wherein the vertical and horizontal movements are being performed simultaneously or successively. - a guide track with guide track supports disposed along a driveway ; - a carriage attached to the guide track with a blocking element , with the carriage being capable of moving along the driveway ; and - a guide track drive configured for lifting and/or lowering the guide track ,
A method for reducing an erase-memory-operation time in a non-volatile memory device having a memory array including a plurality of memory cells , the method comprising: performing a first execution of said erase memory operation on a set of said memory cells by applying a first biasing configuration; storing information associated with said first biasing configuration; and performing a second execution, subsequent to said first execution, of said erase memory operation on the same set of memory cells by applying a second biasing configuration that is determined according to the stored information associated with said first biasing configuration, wherein the step of performing a first execution of said erase memory operation comprises implementing an iterative algorithm, which envisages, at each step, an iterative variation of the biasing configuration and verification that said erase memory operation has been successful, until it is verified that said erase memory operation has been successful, said first biasing configuration corresponding to the last step carried out by the iterative algorithm; and wherein said step of performing a second execution of said erase memory operation comprises using said second biasing configuration in a first step of a respective iterative algorithm that envisages, at each step, an iterative variation of the biasing configuration and verification that said erase memory operation has been successful, characterized in that the information stored associated with said first biasing configuration includes operating parameters of the biasing configuration of one or more steps prior to said last step. performing a first execution of said erase memory operation on a set of said memory cells by applying a first biasing configuration; storing information associated with said first biasing configuration; and performing a second execution, subsequent to said first execution, of said erase memory operation on the same set of memory cells by applying a second biasing configuration that is determined according to the stored information associated with said first biasing configuration, wherein the step of performing a first execution of said erase memory operation comprises implementing an iterative algorithm, which envisages, at each step, an iterative variation of the biasing configuration and verification that said erase memory operation has been successful, until it is verified that said erase memory operation has been successful, said first biasing configuration corresponding to the last step carried out by the iterative algorithm; and wherein said step of performing a second execution of said erase memory operation comprises using said second biasing configuration in a first step of a respective iterative algorithm that envisages, at each step, an iterative variation of the biasing configuration and verification that said erase memory operation has been successful, characterized in that the information stored associated with said first biasing configuration includes operating parameters of the biasing configuration of one or more steps prior to said last step.
A method of inhibiting corrosion of a metal or metal alloy comprising: introducing an organic chemical blend additive to a production well, where the organic chemical blend additive comprises: a nitrate selected from a group consisting of calcium nitrate, sodium nitrate, potassium nitrate, and a combination thereof, a maleic acid copolymer, an organic solvent in an amount greater than 50 wt.%, based on a total amount of the organic chemical blend additive, and less than 10 wt.% water, based on a total amount of the organic chemical blend additive. a nitrate selected from a group consisting of calcium nitrate, sodium nitrate, potassium nitrate, and a combination thereof, a maleic acid copolymer, an organic solvent in an amount greater than 50 wt.%, based on a total amount of the organic chemical blend additive, and less than 10 wt.% water, based on a total amount of the organic chemical blend additive.
A crystalline form of (S)-[2-chloro-4-fluoro-5-(7-morpholin-4-yl-quinazolin-4-yl)phenyl]-(6-methoxy-pyridazin-3-yl)methanol, which is characterized by a powder X-ray diffraction pattern having at least three peaks at degrees two theta selected from 4.1, 5.2, 6.1, 8.3, 8.5, 10.1, 10.9, 12.7, 13.0, 13.8, 14.7, 15.0, 18.6, 19.2, 20.0, 20.5, 20.8, 21.3, 22.0, 22.4, 22.8, 23.4, 24.4, each ± 0.2 degrees two theta.
A system , comprising: a medical device having a medical sensor configured to generate patient data indicative of a sensed physiological characteristic of a patient, wherein the medical device is a hand-held medical device and the medical sensor is an imaging sensor; and an authenticator having at least one biometric sensor configured to generate at least one biometric signal indicative of at least one biometric characteristic of a user of the medical device and having a comparator configured to compare the at least one biometric signal generated by the at least one biometric sensor with the at least one model of a previously-recorded biometric signal included in the user profiles; wherein the authenticator is configured to a) identify and authenticate a user of the medical device , b) protect patient data generated by the medical sensor of the medical device using a user ID unique to the identified user, and c) save the protected patient data to a memory ;, wherein the at least one biometric sensor includes a ballistocardiography sensor ; wherein the comparator is configured to analyze images generated by the medical sensor to determine time intervals during which a user held the medical device at least substantially still; and wherein the comparator is configured to consider only portions of a signal that were generated by the ballistocardiography sensor during the determined time intervals.. a medical device having a medical sensor configured to generate patient data indicative of a sensed physiological characteristic of a patient, wherein the medical device is a hand-held medical device and the medical sensor is an imaging sensor; and an authenticator having at least one biometric sensor configured to generate at least one biometric signal indicative of at least one biometric characteristic of a user of the medical device and having a comparator configured to compare the at least one biometric signal generated by the at least one biometric sensor with the at least one model of a previously-recorded biometric signal included in the user profiles; wherein the authenticator is configured to a) identify and authenticate a user of the medical device , b) protect patient data generated by the medical sensor of the medical device using a user ID unique to the identified user, and c) save the protected patient data to a memory ;, wherein the at least one biometric sensor includes a ballistocardiography sensor ; wherein the comparator is configured to analyze images generated by the medical sensor to determine time intervals during which a user held the medical device at least substantially still; and wherein the comparator is configured to consider only portions of a signal that were generated by the ballistocardiography sensor during the determined time intervals..
A downhole well tubular structure configured to be arranged in a borehole in a formation , comprising: - a well tubular part having an opening and an inner face , the well tubular part having an axial extension , and - a first sleeve configured to slide within the well tubular part along at least part of the inner face, the first sleeve having a first end face and a second end face , the first sleeve having a first sleeve groove facing away from the well tubular part, the first sleeve groove of the first sleeve having a first groove face extending radially and facing away from the first end face, and the first sleeve groove of the first sleeve having a second groove face inclining away from the first groove face, wherein the well tubular part has a first inclined face facing the first end face of the first sleeve, the first inclined face inclining from the inner face away from the first sleeve, and wherein the well tubular part comprises a second inclined face facing the first inclined face, the second inclined face inclining from the inner face away from the first sleeve, and the first sleeve is configured to slide towards the first inclined face while uncovering or covering the opening, and wherein the first sleeve comprises a second sleeve groove having a first groove face extending radially and a second groove face inclining towards the first inclined face. - a well tubular part having an opening and an inner face , the well tubular part having an axial extension , and - a first sleeve configured to slide within the well tubular part along at least part of the inner face, the first sleeve having a first end face and a second end face , the first sleeve having a first sleeve groove facing away from the well tubular part, the first sleeve groove of the first sleeve having a first groove face extending radially and facing away from the first end face, and the first sleeve groove of the first sleeve having a second groove face inclining away from the first groove face,
A steel for grade R6 offshore mooring chain with high strength and high toughness for use in anchoring and mooring floating bodies with cathodic protection, wherein the chemical composition by wt% (percentage by weight) are as follows: C 0.18∼0.24, N 0.006∼0.024, P 0.005∼0.025, S ≤0.005, Si 0.15∼0.35, Mn 0.20∼0.40, Cr 1.40∼2.60, Ni 0.80∼3.20, Mo 0.35∼0.75, Cu ≤0.50, Al ≤0.02, Ti ≤0.005, V 0.04∼0.12, Nb 0.02∼0.05, Ca 0.0005∼0.004, O ≤0.0015, H ≤0.00015, the balance is Fe and unavoidable impurity elements; It is further defined that 0.22 ≤ (C+N) ≤ 0.26; the total content of alloy ∑M = (Si + Mn + Cr + Ni + Mo + Cu), 3.4 ≤∑M ≤ 6.8; the total content of micro-alloy ∑MM = (Ti + Al + Nb + V), 0.065≤∑ MM ≤ 0.194.
A composition comprising a 64 Zn e compound or a salt thereof, wherein the 64 Zn e compound or a salt thereof is at least 80% 64 Zn e , for use in preventing or treating type 2 diabetes.
An aircraft passenger compartment suite, comprising: a first display device ; a first display device stowage mechanism a first passenger compartment suite side including the first display device , the first display device being configured to actuate between a first display device deployed position and a first display device stowed position via the first display device stowage mechanism ; a second display device ; a second display device stowage mechanism ; a second passenger compartment suite side including the second display device, the second display device being configured to actuate between a second display device deployed position and a second display device stowed position via the second display device stowage mechanism; and a privacy divider separating the first side including the first display device and the second side including the second display device, the privacy divider comprising one or more panels ; the one or more panels being configured to actuate between a panel deployed position and a panel stowed position; characterized in that the one or more panels are supported by a bridge of the privacy divider; the privacy divider being open when at least one of the first display device is in the first display device stowed position, the second display device is in the second display device stowed position, or the one or more panels are in the panel stowed position. a first display device ; a first display device stowage mechanism a first passenger compartment suite side including the first display device , the first display device being configured to actuate between a first display device deployed position and a first display device stowed position via the first display device stowage mechanism ; a second display device ; a second display device stowage mechanism ; a second passenger compartment suite side including the second display device, the second display device being configured to actuate between a second display device deployed position and a second display device stowed position via the second display device stowage mechanism; and a privacy divider separating the first side including the first display device and the second side including the second display device, the privacy divider comprising one or more panels ; the one or more panels being configured to actuate between a panel deployed position and a panel stowed position; characterized in that the one or more panels are supported by a bridge of the privacy divider; the privacy divider being open when at least one of the first display device is in the first display device stowed position, the second display device is in the second display device stowed position, or the one or more panels are in the panel stowed position.
An automated event viewing method for a process control network including a plurality of distributed control systems (DCS) each including DCS servers that receive process event data from one or more industrial processes , wherein each of the DCS servers is connected to one or more operator consoles for monitoring the one or more industrial processes, comprising: designating one of the plurality of DCS servers as a global event server (GES), wherein the GES includes an associated non-transitory machine readable storage, and is configured to receive in real time, process event data from the plurality of DCS servers; storing received process event data of the industrial processes in real time from each of the plurality of DCS servers in the non-transitory machine readable storage, and transmitting in real time the process event data of the industrial processes from the non-transitory machine readable storage to one or more of the operator consoles that are not connected to the DCS server from which the process event data originated . designating one of the plurality of DCS servers as a global event server (GES), wherein the GES includes an associated non-transitory machine readable storage, and is configured to receive in real time, process event data from the plurality of DCS servers; storing received process event data of the industrial processes in real time from each of the plurality of DCS servers in the non-transitory machine readable storage, and transmitting in real time the process event data of the industrial processes from the non-transitory machine readable storage to one or more of the operator consoles that are not connected to the DCS server from which the process event data originated .
A method of classifying a signal waveform under test for appropriate numerical measurement, comprising: acquiring waveform data indicative of the signal waveform under test; analysing the waveform data ; determining a signal waveform type from the analysed waveform data; and activating an appropriate numerical measurement of the signal waveform under test based upon the determined signal waveform type, wherein determining the signal waveform type from the analysed waveform data includes: determining if the signal is repetitive ; determining a number of important bins in an amplitude histogram ; determining a relative importance of bins of the amplitude histogram; and selecting a type of signal class based upon the determinations; and wherein, for the signal waveform to be classified as at least one type of signal class, the method further comprises performing either or both: a data activity analysis in which an amount of signal variation in at least a single cycle of the signal waveform under test is compared to a threshold; and/or a matched filter test in which a portion of the signal waveform under test is compared against a template of a known signal type. acquiring waveform data indicative of the signal waveform under test; analysing the waveform data ; determining a signal waveform type from the analysed waveform data; and activating an appropriate numerical measurement of the signal waveform under test based upon the determined signal waveform type, wherein determining the signal waveform type from the analysed waveform data includes: determining if the signal is repetitive ; determining a number of important bins in an amplitude histogram ; determining a relative importance of bins of the amplitude histogram; and selecting a type of signal class based upon the determinations; determining if the signal is repetitive ; determining a number of important bins in an amplitude histogram ; determining a relative importance of bins of the amplitude histogram; and selecting a type of signal class based upon the determinations; and wherein, for the signal waveform to be classified as at least one type of signal class, the method further comprises performing either or both: a data activity analysis in which an amount of signal variation in at least a single cycle of the signal waveform under test is compared to a threshold; and/or a matched filter test in which a portion of the signal waveform under test is compared against a template of a known signal type. a data activity analysis in which an amount of signal variation in at least a single cycle of the signal waveform under test is compared to a threshold; and/or a matched filter test in which a portion of the signal waveform under test is compared against a template of a known signal type.