mhurhangee/ep-ind-claims huggingface dataset:
A sensor system for measuring an analyte concentration in a host, the system comprising: a sensor comprising at least one electrode configured for implantation in a host and configured to measure an analyte concentration in a tissue of the host; sensor electronics operably connected to the electrode and configured to provide analyte data representative of an analyte concentration in the host; an information tag comprising sensor information; a receiver configured to receive the analyte data from the sensor electronics and configured to read sensor information from the information tag; wherein the sensor information comprises at least one item selected from the group consisting of sensor expiration information and sensor calibration information; and a mounting unit configured to maintain the sensor positioned transcutaneously within the tissue of the host; wherein the sensor electronics are housed in an electronics unit configured to releasably mate with the mounting unit, and wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the mounting unit, and characterised in that the information tag is embedded within the mounting unit. a sensor comprising at least one electrode configured for implantation in a host and configured to measure an analyte concentration in a tissue of the host; sensor electronics operably connected to the electrode and configured to provide analyte data representative of an analyte concentration in the host; an information tag comprising sensor information; a receiver configured to receive the analyte data from the sensor electronics and configured to read sensor information from the information tag; wherein the sensor information comprises at least one item selected from the group consisting of sensor expiration information and sensor calibration information; and a mounting unit configured to maintain the sensor positioned transcutaneously within the tissue of the host; wherein the sensor electronics are housed in an electronics unit configured to releasably mate with the mounting unit, and wherein the sensor is operably connected to the electronics unit when the electronics unit is mated to the mounting unit, and characterised in that the information tag is embedded within the mounting unit.
An adapter for use in combination with a fuel cell having a closure formation, said adapter comprising: a fuel cell closure ring engageable upon the closure formation of the fuel cell, the fuel cell closure ring including a top edge, a bottom edge, and a sidewall therebetween having an inner sidewall surface and an outer sidewall surface, said inner sidewall surface defining a groove, having a primary recess in communication with said groove, and having a secondary recess in communication with said groove; and a metering valve having a body, a depending first leg with a radially extending foot formation configured for engaging said groove, and a first supplemental locking lug located on said first leg and configured and arranged for engaging said secondary recess. a fuel cell closure ring engageable upon the closure formation of the fuel cell, the fuel cell closure ring including a top edge, a bottom edge, and a sidewall therebetween having an inner sidewall surface and an outer sidewall surface, said inner sidewall surface defining a groove, having a primary recess in communication with said groove, and having a secondary recess in communication with said groove; and a metering valve having a body, a depending first leg with a radially extending foot formation configured for engaging said groove, and a first supplemental locking lug located on said first leg and configured and arranged for engaging said secondary recess.
A power semiconductor package, comprising: a base plate comprising a first surface and an opposing second surface; at least one power semiconductor module mounted to the first surface of the base plate; a flexible cooling structure comprising at least one cavity for containing a cooling liquid therein, and at least one flow meter arranged with the at least one cavity, wherein a contact rim is arranged around a perimeter of the at least one cavity and configured to receive an adhesive, the contact rim affixed parallel to and abutting against the second surface of the base plate thereby forming a hermetic seal at the adhesive. a base plate comprising a first surface and an opposing second surface; at least one power semiconductor module mounted to the first surface of the base plate; a flexible cooling structure comprising at least one cavity for containing a cooling liquid therein, and at least one flow meter arranged with the at least one cavity, wherein a contact rim is arranged around a perimeter of the at least one cavity and configured to receive an adhesive, the contact rim affixed parallel to and abutting against the second surface of the base plate thereby forming a hermetic seal at the adhesive.
An electronic system comprising: a control circuit configured to provide a binary control signal (sig-c) alternating between a first binary state during first phases and a second binary state during second phases; a screen controlled by the control signal (sig-c), the screen being configured to emit light during each first phase, and to not emit any light during each second phase; a light sensor disposed under the screen or along an edge of the screen, and configured to provide a measurement signal (sig-m) representative of a quantity of light received by the sensor during a measurement phase or a plurality of consecutive measurement phases; and a synchronisation device (104, 600) configured to synchronise each measurement phase with a second phase, the synchronisation device comprising: the sensor, the sensor being further configured to generate a signal (sig-e) representative of the evolution, as a function of time, of the light received by the sensor; and a processing circuit configured to determine, based on the signal (sig-e) representative of the evolution of the light received by the sensor, the start of each second phase. a control circuit configured to provide a binary control signal (sig-c) alternating between a first binary state during first phases and a second binary state during second phases; a screen controlled by the control signal (sig-c), the screen being configured to emit light during each first phase, and to not emit any light during each second phase; a light sensor disposed under the screen or along an edge of the screen, and configured to provide a measurement signal (sig-m) representative of a quantity of light received by the sensor during a measurement phase or a plurality of consecutive measurement phases; and a synchronisation device (104, 600) configured to synchronise each measurement phase with a second phase, the synchronisation device comprising: the sensor, the sensor being further configured to generate a signal (sig-e) representative of the evolution, as a function of time, of the light received by the sensor; and a processing circuit configured to determine, based on the signal (sig-e) representative of the evolution of the light received by the sensor, the start of each second phase. the sensor, the sensor being further configured to generate a signal (sig-e) representative of the evolution, as a function of time, of the light received by the sensor; and a processing circuit configured to determine, based on the signal (sig-e) representative of the evolution of the light received by the sensor, the start of each second phase.
A method for updating a map for localization of a mobile robot, comprising: a) extracting and registering a landmark by acquiring a first image including a ceiling of a region to be headed or cleaned at a first location, and building a map based on the registered landmark; b) detecting a landmark corresponding to the registered landmark by acquiring a second image at a second location; c) predicting the registered landmark in the second image based on movement information of the mobile robot; and d) calculating a matching probability between the detected landmark and the predicted landmark using a probability function, and differentially updating the registered landmark using the -detected landmark according to the matching probability between the detected landmark and the predicted landmark and the quality of the registered landmark, and updating the map based on the updated landmark, characterized in that in the step d), when the matching probability is lower than a first reference probability, the detected landmark is discarded, when the matching probability is higher than the first reference probability and lower than a second reference probability, if it is determined that the quality of the registered landmark is lower than a reference quality, the detected landmark is discarded (S445; S446), when the matching probability is higher than the first reference probability and lower than the second reference probability, if it is determined that the quality of the registered landmark is higher than the reference quality, the detected landmark is accommodated (S453; S462), and when the matching probability is higher than a third reference probability, the detected landmark is accommodated (S461; S462). a) extracting and registering a landmark by acquiring a first image including a ceiling of a region to be headed or cleaned at a first location, and building a map based on the registered landmark; b) detecting a landmark corresponding to the registered landmark by acquiring a second image at a second location; c) predicting the registered landmark in the second image based on movement information of the mobile robot; and d) calculating a matching probability between the detected landmark and the predicted landmark using a probability function, and differentially updating the registered landmark using the -detected landmark according to the matching probability between the detected landmark and the predicted landmark and the quality of the registered landmark, and updating the map based on the updated landmark,
A hetero-oligomer of -carbonyl reductases capable of catalyzing the reduction of polyphenyl ketones, wherein the hetero-oligomers are formed by two or more -carbonyl reductases with different amino acid sequences, wherein said -carbonyl reductase is selected from SCR having the amino acid sequence of SEQ ID NO: 1, SCR2 having the amino acid sequence of SEQ ID NO: 2, and SCR3 having the amino acid sequence of SEQ ID NO: 3.
A computerized method comprising: providing a computing device acting as a gateway in a system comprising plurality of industrial Internet of Things with data flow rules, one or more of the data flow rules being a receiving rule defining at least what incoming data will be accepted to be received and one or more of the data flow rules being a publishing rule defining at least what data to send to one or more other computing devices acting as gateways in the system; detecting, by the computing device, incoming data; applying, by the computing device, the one or more receiving rules to the incoming data to determine whether to accept or to decline to receive the incoming data; if the incoming data is accepted to be received, storing and processing, by the computing device, the incoming data; applying, by the computing device, one or more publishing rules to stored and processed data; and causing sending one or more pieces of the data in response to a condition in one of the publishing rules being fulfilled. providing a computing device acting as a gateway in a system comprising plurality of industrial Internet of Things with data flow rules, one or more of the data flow rules being a receiving rule defining at least what incoming data will be accepted to be received and one or more of the data flow rules being a publishing rule defining at least what data to send to one or more other computing devices acting as gateways in the system; detecting, by the computing device, incoming data; applying, by the computing device, the one or more receiving rules to the incoming data to determine whether to accept or to decline to receive the incoming data; if the incoming data is accepted to be received, storing and processing, by the computing device, the incoming data; applying, by the computing device, one or more publishing rules to stored and processed data; and causing sending one or more pieces of the data in response to a condition in one of the publishing rules being fulfilled.
A biologically pure culture of Geobacillus sp. strain ARM; wherein the Geobacillus sp strain ARM is deposited under the accession NCIMB 41583 at The National Collection of Industrial, Marine and Food Bacteria (NCIMB), UK.
Process for straightening and bleaching the hair, which comprises the following steps performed in this order: (a) application of a first composition (straightening composition) having a pH of 4 or lower and comprising glyoxylic acid and/or a hydrate thereof and/or a salt thereof onto the hair; (b) leaving the composition on the hair for 1 to 120 minutes; (c) drying the hair, (d) optionally rinsing off the hair with water and drying the hair (e) treating the hair with an iron having a surface temperature of 130 to 250°C, preferably 180 ± 50°C, (f) optionally rinsing and/or shampooing and drying the hair, (g) application of an aqueous second composition (bleaching composition) comprising at least one oxidizing agent and at least one alkalizing agent and having a pH of 8 to 11 onto the hair, (h) leaving the composition on the hair for 5 to 45 minutes, rinsing off the composition and optionally shampooing and drying the hair, wherein steps (g) to (h) are carried out directly after steps (a) to (f). (a) application of a first composition (straightening composition) having a pH of 4 or lower and comprising glyoxylic acid and/or a hydrate thereof and/or a salt thereof onto the hair; (b) leaving the composition on the hair for 1 to 120 minutes; (c) drying the hair, (d) optionally rinsing off the hair with water and drying the hair (e) treating the hair with an iron having a surface temperature of 130 to 250°C, preferably 180 ± 50°C, (f) optionally rinsing and/or shampooing and drying the hair, (g) application of an aqueous second composition (bleaching composition) comprising at least one oxidizing agent and at least one alkalizing agent and having a pH of 8 to 11 onto the hair, (h) leaving the composition on the hair for 5 to 45 minutes, rinsing off the composition and optionally shampooing and drying the hair,
Housing design for integrated control electronics having a housing base, a circuit carrier fitted with electronic assemblies of the central control electronics and a signal and power distribution component as electrical connection between the central control electronics and peripheral components, wherein the housing base is configured in the shape of a trough, the circuit carrier for the electronic assemblies of the central control electronics being arranged in such a manner in said housing base, and wherein the circuit carrier is electrically connected to the signal and power distribution component arranged above said circuit carrier by contact points on at least one upwardly bent edge region, characterized in that the housing base is connected to the signal and power distribution component peripherally, by virtue of the fact that said housing base is laminated onto the signal and power distribution component and at the same time lugs of the housing base are latched into a corresponding recess in the signal and power distribution components.
A laser source capable of emitting energy pulses of more than or equal to 100 terawatts, made up of a laser chain that in a cascade-like manner comprises: - a solid-state laser oscillator; - a first amplification stage with frequency shift; and - a final amplification stage with frequency shift, said first and second amplification stages each comprising a stretcher, an amplifying chain and a compressor in a cascade-like manner; - a first filter, called non-linear cross polarisation filter, with one non-linear crystal or two non-linear crystals and having a third order non-linear optical susceptibility, capable of generating a cross polarised wave, and wherein said crystal or said crystals is/are placed between two polarisers, characterised in that said first filter is inserted between said first and said final amplification stage, and in that said laser chain comprises: - at least one other non-linear cross polarisation filter (5, 7) between said first and said final amplification stage, that is N filters in the chain with N ≥ 2; and - N-1 dispersion compensator(s), (respectively) placed at the output of the one or more first filters. - a solid-state laser oscillator; - a first amplification stage with frequency shift; and - a final amplification stage with frequency shift, said first and second amplification stages each comprising a stretcher, an amplifying chain and a compressor in a cascade-like manner; - a first filter, called non-linear cross polarisation filter, with one non-linear crystal or two non-linear crystals and having a third order non-linear optical susceptibility, capable of generating a cross polarised wave, and wherein said crystal or said crystals is/are placed between two polarisers, characterised in that said first filter is inserted between said first and said final amplification stage, and in that said laser chain comprises: - at least one other non-linear cross polarisation filter (5, 7) between said first and said final amplification stage, that is N filters in the chain with N ≥ 2; and - N-1 dispersion compensator(s), (respectively) placed at the output of the one or more first filters.
A tractor comprising: an engine hood having therein an engine: a pair of right and left engine frames arranged in such a manner as to match their longitudinal directions with a front-rear direction to support the engine; a lock unit configured to deter the engine hood from being opened; a release operation unit coupled to the lock unit and configured to allow releasing locking of the lock unit through an operation of moving its operable part, the operable part being arranged outward of the engine frames relative to a right-left direction, in a position to be exposed to the exterior; and a cover member covering the release operation unit so as to disable manual operation of the release operation unit, while allowing operation of the release operation unit at least by using a predetermined release tool, the cover member having an opening portion shaped along a movement locus of the operable part of the release operation unit, characterized in that the cover member is constituted by two sheet metal members (70, 80) arranged with a space therebetween, and the release operation unit is arranged between the two sheet metal members (70, 80). a pair of right and left engine frames arranged in such a manner as to match their longitudinal directions with a front-rear direction to support the engine; a lock unit configured to deter the engine hood from being opened; a release operation unit coupled to the lock unit and configured to allow releasing locking of the lock unit through an operation of moving its operable part, the operable part being arranged outward of the engine frames relative to a right-left direction, in a position to be exposed to the exterior; and a cover member covering the release operation unit so as to disable manual operation of the release operation unit, while allowing operation of the release operation unit at least by using a predetermined release tool, the cover member having an opening portion shaped along a movement locus of the operable part of the release operation unit, characterized in that the cover member is constituted by two sheet metal members (70, 80) arranged with a space therebetween, and the release operation unit is arranged between the two sheet metal members (70, 80).
A device for cutting and forming of gobs of molten glass, including: - a support frame, - a first blade-carrying carriage, and a second blade-carrying carriage, each including at least one blade for cutting gobs of molten glass, said first and second blade-carrying carriages (8, 10) being movable in a direction of travel along at least one linear guide (4, 6) between a position of minimum mutual distance and a position of maximum mutual distance, - a first and a second motor unit (12, 14) each operatively associated to a corresponding one of said first and second blade-carrying carriages, each of said first and second motor units (12, 14) being configured to drive said first and second blade-carrying carriages independently and with a reciprocating motion along said direction of travel, so as to determine alternatively a mutual approaching or departure, - the device being characterized in that each motor unit (12, 14) includes a rotary electric motor and a transmission (18, 20, 22) that connects said rotary electric motor to the corresponding blade-carrying carriage (8, 10) and is configured to transform the rotary motion received by the rotary electric motor in a linear motion of the corresponding blade-carrying carriage (8, 10) along the direction of travel. - a support frame, - a first blade-carrying carriage, and a second blade-carrying carriage, each including at least one blade for cutting gobs of molten glass, said first and second blade-carrying carriages (8, 10) being movable in a direction of travel along at least one linear guide (4, 6) between a position of minimum mutual distance and a position of maximum mutual distance, - a first and a second motor unit (12, 14) each operatively associated to a corresponding one of said first and second blade-carrying carriages, each of said first and second motor units (12, 14) being configured to drive said first and second blade-carrying carriages independently and with a reciprocating motion along said direction of travel, so as to determine alternatively a mutual approaching or departure, - the device being characterized in that each motor unit (12, 14) includes a rotary electric motor and a transmission (18, 20, 22) that connects said rotary electric motor to the corresponding blade-carrying carriage (8, 10) and is configured to transform the rotary motion received by the rotary electric motor in a linear motion of the corresponding blade-carrying carriage (8, 10) along the direction of travel.
A zipper packaging bag provided with a child-resistant zipper unit comprising a pair of adhesion band members for adherence to opposing inner side surfaces of an opening of the packaging bag, and a fit-engagement body configured to releasably engage opposing surfaces of the adhesion band members, wherein the fit-engagement body comprises: a sealing zipper which releasably engages the inner side surfaces of the opening in a sealed state which is released with the opening operation of the opening of the packaging bag; and a locking zipper comprising a first fit-engagement portion with at least one fit-engagement protrusion, and a second fit-engagement portion with at least one fit-engagement recess, wherein the first and second fit-engagement portions are on opposing surfaces of the fit engagement body and the fit-engagement protrusion and recess (2A, 2B) are adapted to releasably engage the first and second fit-engagement portions in a locked state, wherein the locking zipper and the sealing zipper are arranged parallel to the inner side surfaces of the opening, characterized in that the locking zipper also comprises a releasing cutout portion provided in the fit-engagement body, wherein engagement of the fit- engaging protrusion and recess (2A, 2B) is released from the releasing cutout portion to unlock the locking zipper by sliding the fit-engagement protrusion and the fit- engagement recess oppositely in the direction of the adjacent releasing cutout portion to thereby release the engagement of the first fit-engagement portion and the second fit-engagement portion.