mhurhangee/patent-ind-claim-en huggingface dataset:
A filtration assembly for engagement with a filter head , comprising: a housing defining an internal volume, the housing comprising a housing first end , a housing second end , a seal member channel formed on an external surface of the housing, a first coupling member formed in the housing, and a first coupling surface comprising a complementary angled surface disposed around the middle of the housing on an external wall or disposed around the housing first end on an external wall, the housing first end being an open end and the housing second end being a closed end; a filter element positioned within the internal volume of the housing, the filter element configured to engage the first coupling member; an adapter positioned circumferentially around the housing, the adapter being configured to be coupled to the filter head, the adapter comprising a second coupling member disposed internally around an adapter first end, the second coupling member defining a second coupling surface configured to engage the first coupling surface; and a seal member disposed in the seal member channel between the housing first end and the first coupling surface, the seal member providing a radial seal directly between the housing and the filter head. a housing defining an internal volume, the housing comprising a housing first end , a housing second end , a seal member channel formed on an external surface of the housing, a first coupling member formed in the housing, and a first coupling surface comprising a complementary angled surface disposed around the middle of the housing on an external wall or disposed around the housing first end on an external wall, the housing first end being an open end and the housing second end being a closed end; a filter element positioned within the internal volume of the housing, the filter element configured to engage the first coupling member; an adapter positioned circumferentially around the housing, the adapter being configured to be coupled to the filter head, the adapter comprising a second coupling member disposed internally around an adapter first end, the second coupling member defining a second coupling surface configured to engage the first coupling surface; and a seal member disposed in the seal member channel between the housing first end and the first coupling surface, the seal member providing a radial seal directly between the housing and the filter head.
A method of manufacturing a component (20; 40) of a turbomachine by powder metal hot isostatic pressing, using a container (21; 41) defining outside surfaces (22A, 22B, 22C, 22D, 22E, 22F, 22G; 42A, 42B, 42C, 42D, 42E, 42F, 42G, 42H) of the component (20; 40); wherein a metal insert (23; 443; 543; 643; 743; 843) and a metal core are located inside the container (21; 41) before filling the container (21; 41) with metal powder, the metal material of the insert and the metal material of the powder being the same; and wherein the insert (23; 443; 543; 643; 743; 843) is left in the component (20;40) after the end of its manufacturing, and the core is removed from the component (20; 40) before the end of its manufacturing by pickling and/or by machining. wherein a metal insert (23; 443; 543; 643; 743; 843) and a metal core are located inside the container (21; 41) before filling the container (21; 41) with metal powder, the metal material of the insert and the metal material of the powder being the same; and wherein the insert (23; 443; 543; 643; 743; 843) is left in the component (20;40) after the end of its manufacturing, and the core is removed from the component (20; 40) before the end of its manufacturing by pickling and/or by machining.
A method, comprising: identifying multiple host computers executing respective instances of a specific software application , each given instance on each given host computer comprising a set of program instructions loaded, by the host computer , from a respective storage device ; collecting , from the host computers , information on actions performed by the executing instances , wherein the information comprises action types and entities ; normalizing , the entities into normalized entities , and defining, for each one of the actions , a corresponding normalized action comprising the respective action type and normalized entity for said action ; computing features based on the information collected from the multiple host computers , the normalized entities , and the normalized actions , wherein the features reflect respective metrics of the actions performed by the software application ; comparing , by a processor , the collected information for a given instance to the features so as to classify the given instance as benign or suspicious by computing a score for each action performed by the given instance based on the features generated for the action and determine a classification based on the computed scores; and generating an alert for the given instance only upon classifying the given instance as suspicious. identifying multiple host computers executing respective instances of a specific software application , each given instance on each given host computer comprising a set of program instructions loaded, by the host computer , from a respective storage device ; collecting , from the host computers , information on actions performed by the executing instances , wherein the information comprises action types and entities ; normalizing , the entities into normalized entities , and defining, for each one of the actions , a corresponding normalized action comprising the respective action type and normalized entity for said action ; computing features based on the information collected from the multiple host computers , the normalized entities , and the normalized actions , wherein the features reflect respective metrics of the actions performed by the software application ; comparing , by a processor , the collected information for a given instance to the features so as to classify the given instance as benign or suspicious by computing a score for each action performed by the given instance based on the features generated for the action and determine a classification based on the computed scores; and generating an alert for the given instance only upon classifying the given instance as suspicious.
System of producing MFC (micro fibrillated cellulose), which system comprises at least one refiner , which refiner comprises means for refining a stock in at least two refining stages, advantageously at least two refiners for refining the stock in at least two refining stages, and the refiners comprise a number of refining bars, which refining bars have width of 0.5 - 2.0 mm, height less than 7 mm, and groove width 0.5-3 mm, which system further comprises at least one screen for screening the stock and each of the screens comprise a screen basket, which screen basket advantageously has holes with diameter of 0.02 - 0.4 mm, or slots with width less than 0.2 mm, wherein the system comprises a temperature control device for adjusting the temperature of the stock to temperature range of 40 - 70 °C and that the temperature of the stock is configured to be controlled at either in inlet or outlet side of the refiner. which refining bars have width of 0.5 - 2.0 mm, height less than 7 mm, and groove width 0.5-3 mm, which system further comprises at least one screen for screening the stock and each of the screens comprise a screen basket, which screen basket advantageously has holes with diameter of 0.02 - 0.4 mm, or slots with width less than 0.2 mm, wherein the system comprises a temperature control device for adjusting the temperature of the stock to temperature range of 40 - 70 °C and that the temperature of the stock is configured to be controlled at either in inlet or outlet side of the refiner.
A network node arranged to provide communication at least in an unlicensed band where clear channel assessment, CCA, is required before transmissions, wherein the unlicensed band comprises a plurality of carriers, or sets of carriers, defining channels, and the network node is for operation in the unlicensed band and arranged to prepare code block groups comprising code blocks from transport blocks, which transport blocks each comprises a payload intended for a respective receiver , wherein each code block comprises a checksum enabling a hybrid automatic repeat request, HARQ, procedure on a per code block group basis; map the code block groups to a wideband signal comprising a consecutive set of channels on the carriers of the unlicensed band; assess whether the channels, respectively, are clear, and transmit the code block groups mapped on the channels which are clear and omit transmissions of code block groups mapped on channels that are not clear, wherein the assessment and the transmissions are performed within a first time interval; and transmit the code blocks groups omitted to be transmitted using the HARQ procedure for retransmission, before receiving a non-acknowledgement, NAK, for the code block groups omitted to be transmitted, from a respective receiver . prepare code block groups comprising code blocks from transport blocks, which transport blocks each comprises a payload intended for a respective receiver , wherein each code block comprises a checksum enabling a hybrid automatic repeat request, HARQ, procedure on a per code block group basis; map the code block groups to a wideband signal comprising a consecutive set of channels on the carriers of the unlicensed band; assess whether the channels, respectively, are clear, and transmit the code block groups mapped on the channels which are clear and omit transmissions of code block groups mapped on channels that are not clear, wherein the assessment and the transmissions are performed within a first time interval; and transmit the code blocks groups omitted to be transmitted using the HARQ procedure for retransmission, before receiving a non-acknowledgement, NAK, for the code block groups omitted to be transmitted, from a respective receiver .
An electronic communication method comprising the steps of: providing a communication device ; using the communication device, determining when a communication is initiated; upon detecting initiation of the communication, automatically launching a speech-to-tone application on the communication device; repeatedly running machine detection to determine whether a machine that is waiting for a DTMF response is connected to the communication; when it is determined that a machine that is waiting for a DTMF response is connected to the communication: using the speech-to-tone application, during the communication, determining when pre-defined words are spoken; retrieving information corresponding to the pre-defined words from a database, the information corresponding to the pre-defined words comprising a string of numbers and/or symbols; causing the string of numbers and/or symbols to be converted to DTMF tones; and using the communication device, transmitting the DTMF tones to the machine; and when it is determined, for a predetermined period of time, that no machine that is waiting for a DTMF response is connected to the communication, terminating the speech-to-tone application. providing a communication device ; using the communication device, determining when a communication is initiated; upon detecting initiation of the communication, automatically launching a speech-to-tone application on the communication device; repeatedly running machine detection to determine whether a machine that is waiting for a DTMF response is connected to the communication; when it is determined that a machine that is waiting for a DTMF response is connected to the communication: using the speech-to-tone application, during the communication, determining when pre-defined words are spoken; retrieving information corresponding to the pre-defined words from a database, the information corresponding to the pre-defined words comprising a string of numbers and/or symbols; causing the string of numbers and/or symbols to be converted to DTMF tones; and using the speech-to-tone application, during the communication, determining when pre-defined words are spoken; retrieving information corresponding to the pre-defined words from a database, the information corresponding to the pre-defined words comprising a string of numbers and/or symbols; causing the string of numbers and/or symbols to be converted to DTMF tones; and using the communication device, transmitting the DTMF tones to the machine; and when it is determined, for a predetermined period of time, that no machine that is waiting for a DTMF response is connected to the communication, terminating the speech-to-tone application.
An encoded microcarrier , comprising a readable code for identifying the microcarrier, said microcarrier comprising a body having at least a detection surface to detect a chemical and/or biological reaction, the microcarrier comprising at least a spacing element projecting from the body and shaped to ensure that, when the encoded microcarrier is laid on a flat plane with the detection surface facing said flat plane , a gap exists between said flat plane and this detection surface , characterized in that when the encoded microcarrier is laid on a flat plane with the detection surface facing said flat plane , the contacting surface intended to be in contact with said flat plane is distant from the detection surface and the greatest distance (d) between said detection surface and said flat plane is greater than 5% of the greatest height (h) of the encoded microcarrier , preferably greater than 10% and characterized in that when the encoded microcarrier is laid on a flat plane with the detection surface facing that flat plane , the size of the contacting surface intended to be in contact with said flat plane represents less than 30% of the size of the portion of the detection surface facing said flat plane .
A gear unit with a housing part , wherein the housing part has a partition , wherein the partition has two similarly formed receptacles , wherein a bushing is arranged in one of the two receptacles , characterised in that the bushing has axially uninterrupted cutouts , the axially uninterrupted cutouts of the bushing being regularly spaced apart from each other in the peripheral direction and all being arranged at the same radial distance, each of the cutouts being formed tapered with increasing axial distance from an input shaft . wherein the housing part has a partition , wherein the partition has two similarly formed receptacles , wherein a bushing is arranged in one of the two receptacles , characterised in that the bushing has axially uninterrupted cutouts , the axially uninterrupted cutouts of the bushing being regularly spaced apart from each other in the peripheral direction and all being arranged at the same radial distance, each of the cutouts being formed tapered with increasing axial distance from an input shaft .
A dual component sealing fastener designed to couple a first component having a rib to a second component having an aperture therethrough comprising: a U-base clip component comprising: two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls , and each of the two opposing side walls including a trailing end opposite the insertion end ; a pair of aperture retention arms extending outwardly from the two opposing side walls , respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls ; and a seal component comprising: a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall ; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side , respectively; and wherein the seal component and the U-base clip component have a shipping configuration in which the U-base clip component extends through the clip aperture . a U-base clip component comprising: two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls , and each of the two opposing side walls including a trailing end opposite the insertion end ; a pair of aperture retention arms extending outwardly from the two opposing side walls , respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls ; and two opposing side walls joined together at an insertion end with a rib receiving cavity between the two opposing side walls , and each of the two opposing side walls including a trailing end opposite the insertion end ; a pair of aperture retention arms extending outwardly from the two opposing side walls , respectively; and a pair of rib coupling arms extending inwardly from the two opposing side walls ; and a seal component comprising: a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall ; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side , respectively; and a central wall having a clip aperture therethrough; a first component annular seal extending in a first direction away from a first side of the central wall ; and a second component annular seal extending in a second direction away from a second side of the central wall opposite the first direction and opposite the first side , respectively; and wherein the seal component and the U-base clip component have a shipping configuration in which the U-base clip component extends through the clip aperture .
A thin-film transistor array substrate of a display device, comprising: a substrate ; a gate electrode on the substrate ; a gate insulating film on the gate electrode ; an active layer positioned on the gate insulating film ; and a source electrode and a drain electrode contacting the active layer , wherein the active layer comprises a semiconductor material and a carbon allotrope uniformly dispersed within the active layer, forming a plurality of domains within the semiconductor material, wherein the content of the carbon allotrope is 0.05 to 0.1 wt% with respect to the semiconductor material, wherein the carbon allotrope is selected from the group consisting of reduced graphene oxide (rGO), unoxidized graphene, graphene nanoribbons, and mixtures thereof, wherein the semiconductor material is a ceramic semiconductor. a substrate ; a gate electrode on the substrate ; a gate insulating film on the gate electrode ; an active layer positioned on the gate insulating film ; and a source electrode and a drain electrode contacting the active layer , wherein the active layer comprises a semiconductor material and a carbon allotrope uniformly dispersed within the active layer, forming a plurality of domains within the semiconductor material, wherein the content of the carbon allotrope is 0.05 to 0.1 wt% with respect to the semiconductor material, wherein the carbon allotrope is selected from the group consisting of reduced graphene oxide (rGO), unoxidized graphene, graphene nanoribbons, and mixtures thereof, wherein the semiconductor material is a ceramic semiconductor.
A computer-implemented method of assessing sleep state of an individual , the method comprising: obtaining a time series of accelerometer data from an accelerometer device mounted upon or to the individual ; determining from the time series of accelerometer data a Percent Time Asleep (%TA), wherein the %TA is a percentage of time in which the individual is substantially immobile during a period of attempted sleep; characterized in that the method further comprises: determining from the time series of accelerometer data a Median Time Immobile (MTI), wherein the MTI is a median time of each of the periods in which the individual is substantially immobile during the period of attempted sleep; combining the %TA and MTI to produce a sleep score for determining if the attempted sleep by the individual is normal or abnormal based on comparison with a threshold score; and if the sleep score exceeds the threshold score, outputting an indication that the attempted sleep by the individual is normal. obtaining a time series of accelerometer data from an accelerometer device mounted upon or to the individual ; determining from the time series of accelerometer data a Percent Time Asleep (%TA), wherein the %TA is a percentage of time in which the individual is substantially immobile during a period of attempted sleep; characterized in that the method further comprises: determining from the time series of accelerometer data a Median Time Immobile (MTI), wherein the MTI is a median time of each of the periods in which the individual is substantially immobile during the period of attempted sleep; combining the %TA and MTI to produce a sleep score for determining if the attempted sleep by the individual is normal or abnormal based on comparison with a threshold score; and if the sleep score exceeds the threshold score, outputting an indication that the attempted sleep by the individual is normal. determining from the time series of accelerometer data a Median Time Immobile (MTI), wherein the MTI is a median time of each of the periods in which the individual is substantially immobile during the period of attempted sleep; combining the %TA and MTI to produce a sleep score for determining if the attempted sleep by the individual is normal or abnormal based on comparison with a threshold score; and if the sleep score exceeds the threshold score, outputting an indication that the attempted sleep by the individual is normal.
An acoustic panel for use as a ceiling or wall covering, having - a base plate at least comprising a wood material plate with an upper side and an underside and a top layer arranged on the upper side , - interlocking profiles on the longitudinal sides and/or end sides of the base plate that correspond to each other for connecting to further acoustic panels without glue, - an absorber unit arranged on the underside for absorbing ambient sound, - a plurality of cut-outs that pass completely through the base plate for conducting the ambient sound that hits the upper side of the panel into the absorber unit , characterized in that - an adhesive layer for connecting the absorber unit to the underside is arranged between the underside and the absorber unit , and in that - the cut-outs pass through the adhesive layer and - the cut-outs extend into the absorber unit . - a base plate at least comprising a wood material plate with an upper side and an underside and a top layer arranged on the upper side , - interlocking profiles on the longitudinal sides and/or end sides of the base plate that correspond to each other for connecting to further acoustic panels without glue, - an absorber unit arranged on the underside for absorbing ambient sound, - a plurality of cut-outs that pass completely through the base plate for conducting the ambient sound that hits the upper side of the panel into the absorber unit , characterized in that - an adhesive layer for connecting the absorber unit to the underside is arranged between the underside and the absorber unit , and in that - the cut-outs pass through the adhesive layer and - the cut-outs extend into the absorber unit .