mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing a simulation mode on a medical device, the medical device being configured in a standard mode to receive a set of one or more sensor inputs at a communication interface, each carrying a signal representative of a clinical parameter, to couple the sensor inputs to a processor, and the processor configured to generate a user output at a user interface, based on the one or more sensor inputs, the method comprising: detecting the set of sensor inputs connected at the communication interface; interrupting the coupling of the sensor inputs to the processor, and coupling to the processor, in place of the sensor inputs, a set of one or more simulation signals, each configured to simulate a sensor input carrying a particular clinical parameter, wherein the clinical parameters of the simulation signals is selected based at least in part on the detected sensor inputs connected at the communication interface, characterized in that the method further comprises interrupting a communication channel between the medical device and one or more components of a medical facility monitoring network. the medical device being configured in a standard mode to receive a set of one or more sensor inputs at a communication interface, each carrying a signal representative of a clinical parameter, to couple the sensor inputs to a processor, and the processor configured to generate a user output at a user interface, based on the one or more sensor inputs, the method comprising: detecting the set of sensor inputs connected at the communication interface; interrupting the coupling of the sensor inputs to the processor, and coupling to the processor, in place of the sensor inputs, a set of one or more simulation signals, each configured to simulate a sensor input carrying a particular clinical parameter, wherein the clinical parameters of the simulation signals is selected based at least in part on the detected sensor inputs connected at the communication interface, characterized in that the method further comprises interrupting a communication channel between the medical device and one or more components of a medical facility monitoring network. detecting the set of sensor inputs connected at the communication interface; interrupting the coupling of the sensor inputs to the processor, and coupling to the processor, in place of the sensor inputs, a set of one or more simulation signals, each configured to simulate a sensor input carrying a particular clinical parameter, wherein the clinical parameters of the simulation signals is selected based at least in part on the detected sensor inputs connected at the communication interface, characterized in that the method further comprises interrupting a communication channel between the medical device and one or more components of a medical facility monitoring network.
Commercial vehicle seat comprising a seat part, a backrest part and a seat substructure for being arranged on a body part of a commercial vehicle, in which the seat substructure comprises a rotating adjustment device comprising a rolling bearing unit for rotating at least the seat part about a vertical axis in rotating adjustment directions, a longitudinal adjustment device comprising two mutually spaced longitudinal rail units (25, 26) for adjusting at least the seat part in longitudinal adjustment directions, and a transverse adjustment device comprising two mutually spaced transverse rail units (34, 35) for adjusting at least the seat part in transverse adjustment directions, the rotating adjustment device being arranged between the two mutually spaced longitudinal rail units (25, 26) or the transverse rail units (34, 35) such that a height extension of the rotating adjustment device is at most 150 % or 100 % of a height extension of the longitudinal rail units (25, 26) or the transverse rail units (34, 35), a rolling element rim part, preferably two or more rolling element rim parts (70, 71), of the rolling bearing unit being arranged in an installation space between the two mutually spaced longitudinal rail units (25, 26) or transverse rail units (34, 35), the installation space being physically delimited at the sides by the longitudinal rail units (25, 26) and/or transverse rail units (34, 35), characterised in that the rotating adjustment device is arranged above the two mutually spaced longitudinal rail units (25, 26) and between the two mutually spaced transverse rail units (34, 35).
A sintered electrolyte sheet comprising: a sintered body of no more than 45 μm thick and at least one laser machined feature, the at least one laser machined feature having at least one edge surface extending through the electrolyte sheet, the at least one edge surface having at least 10% ablation, and wherein said at least one edge surface has more than 50% fracture and less than 50% ablation.
Gear pump with two intermeshing gears (4, 5), which are mounted to rotate within a pump housing through a driveshaft and a journal and form a feed channel system between a pump inlet and a pump outlet, and with several gaps formed between the pump housing, gears (4, 5), driveshaft and journal, in which one of the gaps is formed between the driveshaft and one of the gears, and in which a connection device is arranged in the gap for splined connection of the driveshaft to gear, characterized by the fact that the gap between driveshaft and gear is sealed to the front ends of gear by a packing (14.1, 14.2).
A sheet plate for a DC motor comprising: a brush holder taking a shape of a hollow rectangular pillar to hold a brush therein, the brush holder including a lower portion adapted to couple the brush holder to a first surface of the sheet plate; the brush holder further including an upper surface opposite to the lower portion; wherein the brush holder includes an opening in the upper surface, the opening extending in a longitudinal direction of the brush holder and being adapted to allow a pigtail wire, which is connected to the brush and is configured to supply electrical current to the brush, to exit from the brush holder when the brush is placed into the brush holder, and wherein the brush holder includes a cover portion extending above and spaced apart from the opening and formed as a rectangular plate that extends in the longitudinal direction of the brush holder, so that the pigtail wire is bent in a circumferential direction of the sheet plate by the cover portion when exiting from the brush holder, characterized in that, the brush holder further includes a bent portion that is adapted to connect the cover portion to the upper surface of the brush holder, wherein the bent portion connects the upper surface of the brush holder to one longitudinal end of the cover portion thereby forming pigtail wire outlets between the cover portion and the opening on both lateral sides of the cover portion, so that the pigtail wire can exit from the brush holder on either lateral side of the brush holder. a brush holder taking a shape of a hollow rectangular pillar to hold a brush therein, the brush holder including a lower portion adapted to couple the brush holder to a first surface of the sheet plate; the brush holder further including an upper surface opposite to the lower portion; wherein the brush holder includes an opening in the upper surface, the opening extending in a longitudinal direction of the brush holder and being adapted to allow a pigtail wire, which is connected to the brush and is configured to supply electrical current to the brush, to exit from the brush holder when the brush is placed into the brush holder, and wherein the brush holder includes a cover portion extending above and spaced apart from the opening and formed as a rectangular plate that extends in the longitudinal direction of the brush holder, so that the pigtail wire is bent in a circumferential direction of the sheet plate by the cover portion when exiting from the brush holder, characterized in that, the brush holder further includes a bent portion that is adapted to connect the cover portion to the upper surface of the brush holder, wherein the bent portion connects the upper surface of the brush holder to one longitudinal end of the cover portion thereby forming pigtail wire outlets between the cover portion and the opening on both lateral sides of the cover portion, so that the pigtail wire can exit from the brush holder on either lateral side of the brush holder.
A method of detecting C. difficile in a sample, the method comprising: - performing multiple cycling steps, wherein each cycling step comprises: - an amplifying step comprising contacting the sample with a set of tcdB primers to produce an amplification product if a tcdB nucleic acid is present in the sample; and - a hybridizing step comprising contacting the amplification product if produced with a detectable tcdB probe; and - detecting the presence or absence of the amplification product, wherein the presence of the amplification product is indicative of the presence of C. difficile in the sample and wherein the absence of the amplification product is indicative of the absence of C. difficile in the sample; wherein the set of tcdB primers comprises a first oligonucleotide primer comprising a sequence selected from the group consisting of SEQ ID NOs: 1, 2, and 3, or a complement thereof and a second oligonucleotide primer comprising a sequence selected from the group consisting of SEQ ID NOs: 4, 5, and 6; and wherein the detectable tcdB probe comprises a sequence selected from the group consisting SEQ ID NOs: 7, 8, and 9, or a complement thereof. - performing multiple cycling steps, wherein each cycling step comprises: - an amplifying step comprising contacting the sample with a set of tcdB primers to produce an amplification product if a tcdB nucleic acid is present in the sample; and - a hybridizing step comprising contacting the amplification product if produced with a detectable tcdB probe; and - an amplifying step comprising contacting the sample with a set of tcdB primers to produce an amplification product if a tcdB nucleic acid is present in the sample; and - a hybridizing step comprising contacting the amplification product if produced with a detectable tcdB probe; and - detecting the presence or absence of the amplification product, wherein the presence of the amplification product is indicative of the presence of C. difficile in the sample and wherein the absence of the amplification product is indicative of the absence of C. difficile in the sample;
A compound or pharmaceutically acceptable salt thereof, characterized in that the compound is N-carboxylmethyl-D-leucyl-L-prolyl-[(4-amidinophenyl)methyl] amide hydrochloride.
A sprocket wheel for rotation about a central axis to drive a mating transmission mechanism such as a conveyor, chain or a crawler track, the sprocket wheel comprising a plurality of teeth distributed tangentially about the sprocket wheel and projecting radially from the central axis, the plurality of teeth defining a corresponding plurality of slots between them and being configured to mesh with a mating transmission mechanism, the sprocket wheel comprising a sprocket wheel body and a plurality of separate sprocket rim elements, wherein each of said sprocket rim elements is detachably attached to the sprocket wheel body by means of a respective attachment screw penetrating into the sprocket wheel body in a substantially radial direction, wherein a radially inner surface portion of each of said sprocket rim elements, together with a respective radially outer surface portion of said sprocket wheel body, defines a projection-and-recess arrangement providing tangential support to the engagement between the sprocket wheel body and the respective sprocket rim element, and further allowing an individual sprocket rim element to be displaced by a linear radial movement away from the sprocket wheel body, and wherein said sprocket rim elements are shaped to allow, after removal, re-attachment in a reverse direction with respect to a radial plane, whereby the sprocket wheel is characterized in that each of said sprocket rim elements comprises at least one respective slot of said plurality of slots, that each of said attachment screws holds its respective sprocket rim element to the sprocket wheel body at said respective slot, and in that each of said sprocket rim elements is delimited by a tangentially leading edge and a tangentially trailing edge, wherein each of said edges (25a-b) is located at the top of a respective tooth.
A computer-implemented method comprising: monitoring a computational task distribution system to detect a challenge to a proposer string provided by a proposer computer system in response to a request made by a requester computer system, the request specifying a computational task and a first digital asset associated with the request, the proposer string indicated by a hash of a solution to the computational task, the proposer string specifying a second digital asset referenced in an input to a proposer transaction associated with the proposer string; and as a result of detecting the challenge, at least: resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution. monitoring a computational task distribution system to detect a challenge to a proposer string provided by a proposer computer system in response to a request made by a requester computer system, the request specifying a computational task and a first digital asset associated with the request, the proposer string indicated by a hash of a solution to the computational task, the proposer string specifying a second digital asset referenced in an input to a proposer transaction associated with the proposer string; and as a result of detecting the challenge, at least: resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution. resolving the challenge using a first blockchain network by at least selecting a solution from a set of solutions provided to the first blockchain network, the set of solutions at least including the proposer string, wherein the challenge is resolved using a ghost chain to determine a correct solution; and distributing digital assets from the first digital asset and the second digital asset to one or more parties of the computational task distribution system based at least in part on the solution.
A computer-implemented method for planning the drilling of a well, comprising: receiving geomechanical and geological data for a subterranean domain; receiving an initial well trajectory including a well path and survey points, wherein each survey point has one or more well path intervals connected thereto; conducting a wellbore stability analysis along the well trajectory based in part on the geomechanical and geological data to determine values for one or more wellbore stability measures, the wellbore stability measures including wellbore induced stress and deformation, borehole failure risk, safe and stable mud-weight window, borehole orientation versus stability, data uncertainties assessment and model calibration; identifying a subset of the well path intervals along the well trajectory as having a risk for instability based on the determined values for the one or more stability measures; calculating a geomechanics nudge for one or more survey points along the well trajectory, wherein the geomechanics nudge is calculated as a derivative of a value of a determined wellbore stability measure to well orientation changes at the one or more survey points along the well trajectory; modifying the one or more survey points and the one or more well path intervals connected thereto based in part on the geomechanics nudge to generate a modified well trajectory; and outputting the modified well trajectory plan for use in a wellbore drilling operation. receiving geomechanical and geological data for a subterranean domain; receiving an initial well trajectory including a well path and survey points, wherein each survey point has one or more well path intervals connected thereto; conducting a wellbore stability analysis along the well trajectory based in part on the geomechanical and geological data to determine values for one or more wellbore stability measures, the wellbore stability measures including wellbore induced stress and deformation, borehole failure risk, safe and stable mud-weight window, borehole orientation versus stability, data uncertainties assessment and model calibration; identifying a subset of the well path intervals along the well trajectory as having a risk for instability based on the determined values for the one or more stability measures; calculating a geomechanics nudge for one or more survey points along the well trajectory, wherein the geomechanics nudge is calculated as a derivative of a value of a determined wellbore stability measure to well orientation changes at the one or more survey points along the well trajectory; modifying the one or more survey points and the one or more well path intervals connected thereto based in part on the geomechanics nudge to generate a modified well trajectory; and outputting the modified well trajectory plan for use in a wellbore drilling operation.
An infant food product, which is a packaged nutritional composition, aseptically filled, and comprises one or more meats selected from beef, veal, chicken, lamb, pork, turkey, and duck, and/or fish, and/or eggs, and/or crustaceans, wherein said product includes minimal levels of undesired by-products produced during processing as indicated by said product comprising less than 2 micrograms furan per kilogram of food product, wherein said infant product comprising one or more meats selected from beef, veal, chicken, lamb, pork, turkey, and duck is a food product for an infant in a developmental stage of 4 to 6, 6 to 8, or 8 to 12 months of age, wherein said infant food product comprising fish is a food product for an infant in a developmental stage of 6 to 8, or 8 to 12 months of age, wherein said infant food product comprising eggs is a food product for an infant in a developmental stage of 8 to 12, or 12 to 36 months of age, and wherein said infant food product comprising crustaceans is a food product for an infant in a developmental stage of 12 to 36 months of age.
Device for bringing a liquid species into contact with a growing particulate solid species, comprising a vat in which a blade stirrer (800, 900) is arranged in rotation about a shaft (810, 910), the stirrer being optionally provided with a flow-guide tube, the vat comprising moreover a static obstacle (830, 930) generally centred about said shaft in the extension of the stirrer, the static obstacle (830, 930) having an outer surface having, in a plane passing through the shaft, an outer transverse dimension (610; 710; 835) that increases moving away from the stirrer (800, 900) parallel to said shaft (810, 910), with a constant or increasing slope with respect to the shaft, characterized in that the static obstacle comprises at least two ribs along its outer surface.
Damping compressor designed to generate compressed air by damping a relative motion between an axle and a chassis of a vehicle, the damping compressor having the following features: a compressor arrangement which comprises a first element and a second element, wherein the first element can be connected to the axle or to the chassis of the vehicle, and the second element can be connected to the other of the chassis or the axle of the vehicle, wherein the arrangement is designed, to change an air volume between the first element and the second element in order to generate the compressed air in the case of a relative stroke motion between these elements (110, 120), wherein the compressor arrangement further has a minimum of the air volume or no air volume between the elements (110, 120) in a position of rest; a driver element which is designed to bring about an increase in air volume in the case of a relative motion between the axle and the chassis by driving the first element in a stroke direction; and a restoring element which is designed to move the first element counter to the stroke direction, as a result of which a reduction in the air volume is brought about and the compressed air is expelled from the compressor arrangement. a compressor arrangement which comprises a first element and a second element, wherein the first element can be connected to the axle or to the chassis of the vehicle, and the second element can be connected to the other of the chassis or the axle of the vehicle, wherein the arrangement is designed, to change an air volume between the first element and the second element in order to generate the compressed air in the case of a relative stroke motion between these elements (110, 120), wherein the compressor arrangement further has a minimum of the air volume or no air volume between the elements (110, 120) in a position of rest; a driver element which is designed to bring about an increase in air volume in the case of a relative motion between the axle and the chassis by driving the first element in a stroke direction; and a restoring element which is designed to move the first element counter to the stroke direction, as a result of which a reduction in the air volume is brought about and the compressed air is expelled from the compressor arrangement.
A system for monitoring satellite signal deformation, comprising in combination: a correlator operable to determine a plurality of correlation measurements for each of a plurality of satellites at points along a correlation curve, wherein each correlation measurement is based upon a correlation between a received satellite signal and a reference; a correlation transformation operable to subtract a mean of the correlation measurements over the plurality of satellites from each of the plurality of correlation measurements, whereby bias from front end signal deformation is removed from the plurality of correlation measurements; and a fault detector operable to determine a discriminator based on a plurality of differences between the plurality of correlation measurements and the correlation curve and to detect signal deformation based on whether a signal deformation threshold has been reached. a correlator operable to determine a plurality of correlation measurements for each of a plurality of satellites at points along a correlation curve, wherein each correlation measurement is based upon a correlation between a received satellite signal and a reference; a correlation transformation operable to subtract a mean of the correlation measurements over the plurality of satellites from each of the plurality of correlation measurements, whereby bias from front end signal deformation is removed from the plurality of correlation measurements; and a fault detector operable to determine a discriminator based on a plurality of differences between the plurality of correlation measurements and the correlation curve and to detect signal deformation based on whether a signal deformation threshold has been reached.