mhurhangee/ep-ind-claims huggingface dataset:
A locking instrument assembly for use in conjunction with an intramedullary device the assembly comprising: a. an inner collet having a first end portion, a second end portion, and a longitudinally extending inner bore, said first end portion having a collar, and said inner bore adapted to receive the intramedullary device; b. an intermediate body having an inner portion and an outer portior, said inner portion adapted to at least partially receive said inner collet and engage said collar, said inner portion having a central axis; and c. a knob 60 adapted to mate with said inner collet 12 and engage a face 33 of said intermediate body 30, such that said intermediate body 30 engages said collar 20 and said inner collet 12 applies a clamping force to the intramedullary device 100; characterised in that the face 33 is angled from substantially perpendicular with respect to the central axis of said inner portion. a. an inner collet having a first end portion, a second end portion, and a longitudinally extending inner bore, said first end portion having a collar, and said inner bore adapted to receive the intramedullary device; b. an intermediate body having an inner portion and an outer portior, said inner portion adapted to at least partially receive said inner collet and engage said collar, said inner portion having a central axis; and c. a knob 60 adapted to mate with said inner collet 12 and engage a face 33 of said intermediate body 30, such that said intermediate body 30 engages said collar 20 and said inner collet 12 applies a clamping force to the intramedullary device 100;
A communication mode switching method carried out by a mobile station, comprising: receiving a transmission request; detecting whether radio frequency signal strength of a downlink channel from a relay station meets a first threshold; and determining that the relay station is in an operating state, and keeping the mobile station in a relay mode to complete a transmission request, in a case that the radio frequency signal strength of the downlink channel is greater than or equal to the first threshold, wherein in the relay mode, a transmission is performed in a transmitting frequency of an uplink channel; and determining that the relay station is in an abnormal state and switching the mobile station into an offline mode to complete the transmission request, in a case that the radio frequency signal strength of the downlink channel is less than the first threshold, wherein in the offline mode, the transmitting frequency is adjusted to a receiving frequency of the downlink channel to perform the transmission, such that a signal transmitted by the mobile station is received by other mobile stations within a coverage area of the transmitted signal. receiving a transmission request; detecting whether radio frequency signal strength of a downlink channel from a relay station meets a first threshold; and determining that the relay station is in an operating state, and keeping the mobile station in a relay mode to complete a transmission request, in a case that the radio frequency signal strength of the downlink channel is greater than or equal to the first threshold, wherein in the relay mode, a transmission is performed in a transmitting frequency of an uplink channel; and determining that the relay station is in an abnormal state and switching the mobile station into an offline mode to complete the transmission request, in a case that the radio frequency signal strength of the downlink channel is less than the first threshold, wherein in the offline mode, the transmitting frequency is adjusted to a receiving frequency of the downlink channel to perform the transmission, such that a signal transmitted by the mobile station is received by other mobile stations within a coverage area of the transmitted signal.
An arc fault detection apparatus (170; 270; 370) configured to be installed on a conductor (110, 120; 210; 310; 510; 610; 710), the arc fault detection apparatus (170; 270; 370) comprising a current sensor (180; 280; 380; 500; 600; 700) comprising: a plurality of capacitors (C1, C2, C3, C4) electrically connected in series to one another, the plurality of capacitors (C1, C2, C3, C4) creating a shunt current path in parallel with the conductor (110, 120; 210; 310; 510; 610); and an arc fault sensor configured to provide an arc fault signal indicative of a voltage across at least one of the serially connected capacitors (C1, C2, C3, C4), characterized in that the plurality of capacitors comprises alternating conducting (317; 317'; 317") layers and insulating layers (320; 320', 332; 320"; 520) on an insulating substrate (315; 332; 334; 540), where the insulating substrate and the conducting layers (317; 317'; 317") are part of a printed circuit board. a plurality of capacitors (C1, C2, C3, C4) electrically connected in series to one another, the plurality of capacitors (C1, C2, C3, C4) creating a shunt current path in parallel with the conductor (110, 120; 210; 310; 510; 610); and an arc fault sensor configured to provide an arc fault signal indicative of a voltage across at least one of the serially connected capacitors (C1, C2, C3, C4), characterized in that the plurality of capacitors comprises alternating conducting (317; 317'; 317") layers and insulating layers (320; 320', 332; 320"; 520) on an insulating substrate (315; 332; 334; 540), where the insulating substrate and the conducting layers (317; 317'; 317") are part of a printed circuit board.
A path calculation method for an ASON network, wherein each site in the ASON network separately calculates a site that can be reached in a case in which no regeneration is used and uses the site as a reachable site, to form a reachable site list, further selects a site having an idle regeneration capability from a respective reachable site list as a reachable regeneration site, to form a reachable regeneration site list, and floods the reachable regeneration site list in the ASON network; and the method comprises the following steps: adding a reachable site in a reachable site list of a source site to a virtual topology; determining, according to a reachable regeneration site list of the source site and a reachable regeneration site list of another site that is received by the source site, a site that can be reached by the source site in a case in which a regeneration is used, and adding, to the virtual topology, the site that can be reached by the source site in the case in which a regeneration is used; and determining, according to the virtual topology and an actual topology of the ASON network, an actual topology path from the source site to a destination site. adding a reachable site in a reachable site list of a source site to a virtual topology; determining, according to a reachable regeneration site list of the source site and a reachable regeneration site list of another site that is received by the source site, a site that can be reached by the source site in a case in which a regeneration is used, and adding, to the virtual topology, the site that can be reached by the source site in the case in which a regeneration is used; and determining, according to the virtual topology and an actual topology of the ASON network, an actual topology path from the source site to a destination site.
A multichannel pipette head comprising • a horizontal plunger actuator comprising at least one groove with an upper boundary, a lower boundary, and a lateral opening, • a drive rod for displacing the plunger actuator in a vertical direction, • multiple plunger-cylinder units each comprising a hollow cylinder and a plunger that engages therein from above, is sealed with respect to the cylinder, and engages by a plunger head at its upper end through the opening into the groove, • multiple guides that can be displaced along a horizontal shaft, wherein a cylinder and a hollow, downwardly projecting nipple that is connected to a through-hole in the lower end of the cylinder is held at each guide, • wherein each plunger head comprises, on the upper side, a projecting upper abutment point that abuts the upper boundary and, on the lower side, comprises a projecting lower abutment point that is laterally offset with respect to the upper abutment point and abuts the lower boundary, as a result of which, during a lateral displacement of the guide along the horizontal shaft, the plunger head can evade clamping forces by tilting in the groove and, due to restoring forces in the plunger-cylinder unit that occur during tilting, is held by the upper abutment point in abutment against the upper boundary and by the lower abutment point in abutment against the lower boundary of the groove. • a horizontal plunger actuator comprising at least one groove with an upper boundary, a lower boundary, and a lateral opening, • a drive rod for displacing the plunger actuator in a vertical direction, • multiple plunger-cylinder units each comprising a hollow cylinder and a plunger that engages therein from above, is sealed with respect to the cylinder, and engages by a plunger head at its upper end through the opening into the groove, • multiple guides that can be displaced along a horizontal shaft, wherein a cylinder and a hollow, downwardly projecting nipple that is connected to a through-hole in the lower end of the cylinder is held at each guide, • wherein each plunger head comprises, on the upper side, a projecting upper abutment point that abuts the upper boundary and, on the lower side, comprises a projecting lower abutment point that is laterally offset with respect to the upper abutment point and abuts the lower boundary, as a result of which, during a lateral displacement of the guide along the horizontal shaft, the plunger head can evade clamping forces by tilting in the groove and, due to restoring forces in the plunger-cylinder unit that occur during tilting, is held by the upper abutment point in abutment against the upper boundary and by the lower abutment point in abutment against the lower boundary of the groove.
A device for selective solvent evaporation from a liquid feed, the feed comprising one or more components diluted in at least a first solvent or a solvent blend, comprising: a) a first tubular vessel having a distal end or a channel suitable for the formation of a pendant droplet of a first volume, at an inflow rate r 1, at the tip of the tubular vessel, and b) means for subjecting the droplet to a solvent removal step at an evaporation rate r 2 to evaporate at least part of the first solvent or solvent blend, to accumulate the components in the feed in the droplet during the evaporation process at an accumulation rate r 3, to obtain a concentrated feed volume in a concentrated droplet, wherein the evaporation and/or inflow rates are continuously adjusted to achieve a desired accumulation rate, c) means to transfer the concentrated sample droplet into a second fluid to allow change of solvent composition and/or dilution and/or to allow transfer to an analysis method; and d) an automated control system comprising a machine vision unit that sequentially acquires images of the pendant droplet, processes the acquired images to determine one or more droplet parameters; and communicates the parameters to a comparison means; wherein r 1, r 2 and/or r 3 are controlled by the automated system. a) a first tubular vessel having a distal end or a channel suitable for the formation of a pendant droplet of a first volume, at an inflow rate r 1, at the tip of the tubular vessel, and b) means for subjecting the droplet to a solvent removal step at an evaporation rate r 2 to evaporate at least part of the first solvent or solvent blend, to accumulate the components in the feed in the droplet during the evaporation process at an accumulation rate r 3, to obtain a concentrated feed volume in a concentrated droplet, wherein the evaporation and/or inflow rates are continuously adjusted to achieve a desired accumulation rate, c) means to transfer the concentrated sample droplet into a second fluid to allow change of solvent composition and/or dilution and/or to allow transfer to an analysis method; and d) an automated control system comprising a machine vision unit that sequentially acquires images of the pendant droplet, processes the acquired images to determine one or more droplet parameters; and communicates the parameters to a comparison means; wherein r 1, r 2 and/or r 3 are controlled by the automated system.
Noise damper for an exhaust gas system of an internal combustion engine, comprising a noise damper housing having at least two interconnected housing shells (16, 18) delimiting a noise damper interior, wherein at least one exhaust gas inlet pipe open towards the noise damper interior and at least one exhaust gas outlet pipe open towards the noise damper interior are provided, wherein each housing shell (16, 18) has a housing shell connecting edge (26, 28) extending in a direction away from the noise damper interior, and the housing shells (16, 18) are connected to one another by material bonding in the region of their mutually oppositely arranged housing shell connecting edges (26, 28), and wherein an insulating arrangement covering an inner side of at least one of the housing shells (16, 18), at least in certain regions, is provided in the noise damper interior, wherein the insulating arrangement has at least one insulating shell with an insulating shell connecting edge extending in a direction away from the noise damper interior, and wherein the at least one insulating shell is arranged with its insulating shell connecting edge between the mutually oppositely arranged housing shell connecting edges (26, 28) of the housing shells (16, 18) and is connected by material bonding to the housing shell connecting edges (26, 38) of the housing shells (16, 18) in the region of the insulating shell connecting edge, wherein an exhaust gas flow volume is formed between the insulating shell and another housing shell of the housing shells (16, 18), wherein the exhaust gas flow volume is subdivided into a plurality of chambers (50, 52, 54, 56) by at least one intermediate wall (42, 44, 46), and in that at least one intermediate wall (44, 46) is held clamped in between the insulating shell and the other housing shell of the housing shells (16, 18), characterized in that at least one pipe out of the exhaust gas inlet pipe and the exhaust gas outlet pipe is connected to the noise damper housing in the region of a pipe-receiving opening formed between the insulating shell connecting edge and the housing shell connecting edge of the other housing shell of the housing shells (16, 18). wherein an exhaust gas flow volume is formed between the insulating shell and another housing shell of the housing shells (16, 18), wherein the exhaust gas flow volume is subdivided into a plurality of chambers (50, 52, 54, 56) by at least one intermediate wall (42, 44, 46), and in that at least one intermediate wall (44, 46) is held clamped in between the insulating shell and the other housing shell of the housing shells (16, 18), characterized in that at least one pipe out of the exhaust gas inlet pipe and the exhaust gas outlet pipe is connected to the noise damper housing in the region of a pipe-receiving opening formed between the insulating shell connecting edge and the housing shell connecting edge of the other housing shell of the housing shells (16, 18).
A low-lead brass alloy, characterized by comprising: by the total weight of the brass alloy, 62.5-63 wt% copper, 0.16-0.24 wt% lead, 0-0.02 wt% antimony, 0-0.01 wt% magnesium, 0-0.2 wt% tin, 0.0005-0.0009 wt% boron, 0.55-0.7 wt% aluminum, 0.05-0.15 wt% iron, 0-0.15 wt% nickel, 0.09-0.12 wt% arsenic, 0-0.005 wt% zirconium, 0-0.01 wt% impurities, and a balance of zinc.
Battery pack, comprising a plurality of battery cells, in particular flat battery cells, each of which has a cathode arrester and an anode arrester, wherein in each case two arresters (17, 18) of adjacent battery cells (5, 6) are connected to one another in an electrically conductive way, the arresters (17, 18) bearing against a heat-conducting tempering element, characterised in that the surface of the arrester (17, 18) is divided into a first, heat-transferring, surface section and a second, electric, contact section, and in that the heat-transferring surface section of the arrester (17, 18) is pressed against a side surface of the tempering element in a heat-transferring connection via a pressure pad and the contact section of the one arrester is electrically connected to the contact section of the other arrester.
A method for mode matching which is used to identify various characteristic words from packets in various formats, wherein the method is applied to implement Deep Packet Inspection, DPI, comprising: reading a mode matching string, wherein the mode matching string comprises at least one logical matching field that is used to match a logical relationship; reading a target character string to be matched wherein the target character string to be matched is read from received data packets, the method being characterized in that the target character string to be matched comprises a logical relationship, and the logical relationship is a specific logical relationship which is satisfied by a certain character substring or multiple character substrings in the target character string to be matched; performing by using the logical matching field in the mode matching string, logical matching on the logical relationship in the target character string to be matched; wherein: the performing, by using the logical matching field, the logical matching on the logical relationship in the target character string to be matched comprises: performing, by performing a logical operation that corresponds to the logical matching field, the logical matching on the logical relationship in the target character string to be matched. reading a mode matching string, wherein the mode matching string comprises at least one logical matching field that is used to match a logical relationship; reading a target character string to be matched wherein the target character string to be matched is read from received data packets, the method being characterized in that the target character string to be matched comprises a logical relationship, and the logical relationship is a specific logical relationship which is satisfied by a certain character substring or multiple character substrings in the target character string to be matched; performing by using the logical matching field in the mode matching string, logical matching on the logical relationship in the target character string to be matched; wherein: the performing, by using the logical matching field, the logical matching on the logical relationship in the target character string to be matched comprises: performing, by performing a logical operation that corresponds to the logical matching field, the logical matching on the logical relationship in the target character string to be matched.
A spectrometer for material analysis comprising - a radiant source formed by multiple single radiation sources having different central wavelengths, for generating a measuring signal, - a measurement object containing a material to be analyzed, and - a detector (300, 400) for detecting said filtered measuring signals received from the measurement object, characterized in that - the spectrometer comprises only one electrically tunable Fabry-Perot filter (120, 220) for the band pass filtering the measuring signal by at least two pass bands for the used signal wavelength range, - the spectrometer has means for modulating each of the single radiation sources and correspondingly means (307, 309) for demodulating the detected signals such that the signal from each single radiation source can be distinguished from each other in the detector (300, 400), and - the spectrometer has means for detecting (300, 400) and demodulating (306, 307) multiple pass bands simultaneously. - a radiant source formed by multiple single radiation sources having different central wavelengths, for generating a measuring signal, - a measurement object containing a material to be analyzed, and - a detector (300, 400) for detecting said filtered measuring signals received from the measurement object, characterized in that - the spectrometer comprises only one electrically tunable Fabry-Perot filter (120, 220) for the band pass filtering the measuring signal by at least two pass bands for the used signal wavelength range, - the spectrometer has means for modulating each of the single radiation sources and correspondingly means (307, 309) for demodulating the detected signals such that the signal from each single radiation source can be distinguished from each other in the detector (300, 400), and - the spectrometer has means for detecting (300, 400) and demodulating (306, 307) multiple pass bands simultaneously.
Bainitic steel comprising, in weight% (wt%): C: 0.16 - 0.23 Si: 0.8 - 1.0 Mo: 0.67 - 0.9 Cr: 1.10 - 1.30 V: 0.18 - 0.4 Ni: 1.60 - 2.0 Mn: 0.65 - 0.9 P: ≤ 0.020 S: ≤ 0.02 Cu: < 0.20 N: 0.005 - 0.012 wt% balance Fe and unavoidable impurities.
A method for reading and writing a set of data, comprising: splitting the set of data into one or more data shares using an information dispersal algorithm; transmitting the one or more data shares for storage to share locations; identifying and attempting data storage operations for the one or more data shares, wherein each of the data storage operations comprises a read request or a write request to a respective stored data share; determining that at least one of the share locations is unavailable for data storage operations; and storing incoming data storage operations associated with each of the unavailable share locations in respective queues unique to each of the unavailable share locations. splitting the set of data into one or more data shares using an information dispersal algorithm; transmitting the one or more data shares for storage to share locations; identifying and attempting data storage operations for the one or more data shares, wherein each of the data storage operations comprises a read request or a write request to a respective stored data share; determining that at least one of the share locations is unavailable for data storage operations; and storing incoming data storage operations associated with each of the unavailable share locations in respective queues unique to each of the unavailable share locations.
A composition for treating or preventing allergic lung disease, comprising: a probiotic comprising Lactobacillus rhamnosus HN001, and a prebiotic comprising fructooligosaccharide. a probiotic comprising Lactobacillus rhamnosus HN001, and a prebiotic comprising fructooligosaccharide.
Use of a solution for storing biological tissue used in a biological prostheses, the solution comprising a mixture of phosphate buffered saline solution having a buffering agent concentration of at least 50 mM and a chelating agent.
A lyophilized formulation, comprising a pegylated arginine deiminase (ADI-PEG), wherein the lyophilized formulation is sterile, substantially endotoxin-free, and at a pharmaceutically-acceptable pH, and wherein the formulation comprises a histidine buffer at a concentration of 1 to 50 mM, sodium chloride at 100 to 150 mM, and sucrose at 1% to 20% (wt%).
A kappa light chain-binding polypeptide comprising or consisting of a multimer of binding domain 3 of Peptostreptococcus Protein L, wherein the amino acid sequence of domain 3 is defined by SEQ ID NO:4 or has at least 95% sequence homology with SEQ ID NO:4.
A bag for a pocket umbrella, wherein the bag has three closed sides and one open side, wherein the bag (10, 50, 60, 70, 80) has a zip fastener as an attachment means comprising two complementary portions (22, 24), the zip fastener being arranged essentially perpendicular to the open side, characterized in that the zip fastener is separable.