mhurhangee/ep-ind-claims huggingface dataset:
A gas sensor device configured to measure a predetermined gas of interest, the device comprising: an enclosure comprising a semiconductor substrate and defining a first cavity an optically transmissive second closed cavity and a third cavity, the second cavity being interposed between the first and third cavities (124, 128); wherein the first cavity comprises an internal wall, an inlet port for receiving a gas under test, an outlet port for venting the gas under test, an optical source and a measurement sensor, the internal wall being at least in part light transmissive; the second cavity is configured as a gaseous optical filter for the third cavity, and comprises a volume of the gas of interest sealingly disposed in the second cavity; and the third cavity comprises a reference measurement sensor disposed therein. an enclosure comprising a semiconductor substrate and defining a first cavity an optically transmissive second closed cavity and a third cavity, the second cavity being interposed between the first and third cavities (124, 128); wherein the first cavity comprises an internal wall, an inlet port for receiving a gas under test, an outlet port for venting the gas under test, an optical source and a measurement sensor, the internal wall being at least in part light transmissive; the second cavity is configured as a gaseous optical filter for the third cavity, and comprises a volume of the gas of interest sealingly disposed in the second cavity; and the third cavity comprises a reference measurement sensor disposed therein.
A polypeptide comprising at least 1 immunoglobulin single variable domain (ISVD) binding an A Disintegrin and Metalloproteinase with Thrombospondin 5 motif (ADAMTS5), wherein said ISVD binding ADAMTS5 comprises 3 complementarity determining regions (CDR1 to CDR3 respectively) and 4 framework regions (FR1 to FR4, respectively), in which CDR1 is SEQ ID NO: 21, CDR2 is SEQ ID NO: 37 and CDR3 is SEQ ID NO: 55, and in which (i) FR1 is SEQ ID NO: 72, FR2 is SEQ ID NO: 86, FR3 is SEQ ID NO: 96 and FR4 is SEQ ID NO: 114, or (ii) FR1 has the amino acid sequence DVQLVESGGGVVQPGGSLRLSCAAS, FR2 is SEQ ID NO: 88, FR3 has the amino acid sequence YVDSLKGRFTISRDNSKNTVYLQMNSLRPEDTALYYCAA, and FR4 is SEQ ID NO: 114. wherein said ISVD binding ADAMTS5 comprises 3 complementarity determining regions (CDR1 to CDR3 respectively) and 4 framework regions (FR1 to FR4, respectively), in which CDR1 is SEQ ID NO: 21, CDR2 is SEQ ID NO: 37 and CDR3 is SEQ ID NO: 55, and in which (i) FR1 is SEQ ID NO: 72, FR2 is SEQ ID NO: 86, FR3 is SEQ ID NO: 96 and FR4 is SEQ ID NO: 114, or (ii) FR1 has the amino acid sequence DVQLVESGGGVVQPGGSLRLSCAAS, FR2 is SEQ ID NO: 88, FR3 has the amino acid sequence YVDSLKGRFTISRDNSKNTVYLQMNSLRPEDTALYYCAA, and FR4 is SEQ ID NO: 114. (i) FR1 is SEQ ID NO: 72, FR2 is SEQ ID NO: 86, FR3 is SEQ ID NO: 96 and FR4 is SEQ ID NO: 114, or (ii) FR1 has the amino acid sequence DVQLVESGGGVVQPGGSLRLSCAAS, FR2 is SEQ ID NO: 88, FR3 has the amino acid sequence YVDSLKGRFTISRDNSKNTVYLQMNSLRPEDTALYYCAA, and FR4 is SEQ ID NO: 114. FR2 is SEQ ID NO: 88, FR3 has the amino acid sequence YVDSLKGRFTISRDNSKNTVYLQMNSLRPEDTALYYCAA, and FR4 is SEQ ID NO: 114.
A communication apparatus (15, 11c) comprising: a storage temporarily storing data received via a wireless network from another communication apparatus (11a, 15) that sends the data regarding feedback control of a state quantity in an industrial process at a fixed time interval, a transmission time stamp indicating a transmission time being attached to the data; a delay timer configured to output time information indicating a time that is delayed by a pre-established delay time from an actual time at the fixed time interval; and an arranger configured to read out and output at the fixed time interval the data stored in the storage using the time information output from the delay timer, each time the time information is output from the delay timer, the arranger being configured to read and output first data, to which the transmission time stamp indicating a time that is earlier than the time indicated by the time information output from the delay timer is attached, if the first data is stored in the storage, and to output empty data if the first data is not stored in the storage. a storage temporarily storing data received via a wireless network from another communication apparatus (11a, 15) that sends the data regarding feedback control of a state quantity in an industrial process at a fixed time interval, a transmission time stamp indicating a transmission time being attached to the data; a delay timer configured to output time information indicating a time that is delayed by a pre-established delay time from an actual time at the fixed time interval; and an arranger configured to read out and output at the fixed time interval the data stored in the storage using the time information output from the delay timer, each time the time information is output from the delay timer, the arranger being configured to read and output first data, to which the transmission time stamp indicating a time that is earlier than the time indicated by the time information output from the delay timer is attached, if the first data is stored in the storage, and to output empty data if the first data is not stored in the storage.
Method for heat energy recovery in installations comprising at least one reformer, in particular in synthesis gas installations having steam reforming means, in which installations at least the following process streams of the installation are interconnected: combustion air for the reformer, boiler feed water for steam generation, process condensate on a cooling section of the installation, and flue gas from the reformer; wherein at least partial evaporation of the process condensate on the cooling section is realized; wherein the flue gas is discharged through a flue gas duct in which heat energy recovery is realized; and wherein the combustion air is conducted through the flue gas duct prior to being supplied to the reformer for the purpose of heat energy recovery; characterized in that, for the purpose of heat energy recovery, the process condensate is preheated and/or evaporated on the cooling section by heat exchange with gas generated in the installation, in particular synthesis gas, and in that, prior to being preheated in the flue gas duct, the combustion air is preheated by heat exchange by means of the boiler feed water. combustion air for the reformer, boiler feed water for steam generation, process condensate on a cooling section of the installation, and flue gas from the reformer; wherein at least partial evaporation of the process condensate on the cooling section is realized; wherein the flue gas is discharged through a flue gas duct in which heat energy recovery is realized; and wherein the combustion air is conducted through the flue gas duct prior to being supplied to the reformer for the purpose of heat energy recovery; characterized in that, for the purpose of heat energy recovery, the process condensate is preheated and/or evaporated on the cooling section by heat exchange with gas generated in the installation, in particular synthesis gas, and in that, prior to being preheated in the flue gas duct, the combustion air is preheated by heat exchange by means of the boiler feed water.
Lock for a leaf of a door and/or a window, having a lock case and at least one bolt element that is moveably mounted in the lock case and is able to be switched between a locking position and a release position by means of a lock mechanism, and, at least in the blocking position, a bolt head of the bolt element engages through an opening in the region of a face-plate of the lock case in order to hold or to lock the leaf in the closed position, wherein, in the release position, the bolt head or an element of the bolt head is pivotably and/or tiltably mounted around a tilting axis running in parallel to the face-plate and, in the locking position, the pivoting movement and/or tilting movement of the bolt head or an element of the bolt head is blocked by a blocking device, characterised in that an elastomeric element (61, 62) is arranged between the blocking device or a component of the blocking device and the bolt head for noise attenuation.
A two-part curable composition precursor comprising (a) a first part comprising at least one multifunctional epoxy resin having an epoxy functionality of at least three; and (b) a second part comprising a prepolymer obtained from (i) a first amine-based epoxy curing agent and a second amine-based epoxy curing agent distinct from the first amine-based epoxy curing agent and (ii) at least one epoxy resin. (a) a first part comprising at least one multifunctional epoxy resin having an epoxy functionality of at least three; and (b) a second part comprising a prepolymer obtained from (i) a first amine-based epoxy curing agent and a second amine-based epoxy curing agent distinct from the first amine-based epoxy curing agent and (ii) at least one epoxy resin.
Apparatus for steam treatment of laundry, comprising an ironing and/or smoothing tool comprising at least one hole for emission of the steam and at least one pole which supports an ironing board comprising a bearing face which can be arranged vertically and against which a garment to be ironed can be arranged so that it can be steam-treated using the tool, the board comprising at least two parts placed end to end which together at least partially define the bearing face, and characterised in that the two parts of the board are rigidly connected to one another by at least one connecting rod, the connecting rod extending over more than half the length of the ironing board and preferably over at least two thirds of the length of the ironing board.
An instrument changing assembly comprising: a magazine having one or more probe assembly stations; at least one probe change tool including a receptacle socket; one or more probe assemblies retained within the one or more probe assembly stations of the magazine, each of the one or more probe assemblies includes: a probe receptacle including a probe retention recess and a socket fitting configured for complementary fitting with the receptacle socket, and a probe received in the probe retention recess, wherein the probe retention recess has a corresponding size and shape to the probe, and the probe retention recess has a complementary fit with the probe based on the corresponding size and shape; and wherein the socket fittings of the one or more probe assemblies have the same size and shape for complementary fitting with the receptacle socket of the at least one probe change tool, and the at least one probe change tool having a complementary fit with the one or more probe assemblies, is configured to install or extract the respective probes from a mechanical testing instrument. a magazine having one or more probe assembly stations; at least one probe change tool including a receptacle socket; one or more probe assemblies retained within the one or more probe assembly stations of the magazine, each of the one or more probe assemblies includes: a probe receptacle including a probe retention recess and a socket fitting configured for complementary fitting with the receptacle socket, and a probe received in the probe retention recess, wherein the probe retention recess has a corresponding size and shape to the probe, and the probe retention recess has a complementary fit with the probe based on the corresponding size and shape; and a probe receptacle including a probe retention recess and a socket fitting configured for complementary fitting with the receptacle socket, and a probe received in the probe retention recess, wherein the probe retention recess has a corresponding size and shape to the probe, and the probe retention recess has a complementary fit with the probe based on the corresponding size and shape; and wherein the socket fittings of the one or more probe assemblies have the same size and shape for complementary fitting with the receptacle socket of the at least one probe change tool, and the at least one probe change tool having a complementary fit with the one or more probe assemblies, is configured to install or extract the respective probes from a mechanical testing instrument.
A method performed by a distributed ledger proxy for interworking a service and a distributed ledger system, the service being provided as a middleware service for IoT services and supporting service capabilities through a set of Application Programming Interfaces, APIs, the method comprising: receiving, from a service entity of the service, a message comprising data to be stored at the distributed ledger system, the data based on an interaction between the service entity and another service entity of the service, the service entity and the another service entity having, in the service, no established trust or registration; generating, at the distributed ledger proxy and based on the data, a transaction in accordance with one or more specifications of the distributed ledger system; sending, to the distributed ledger system, information associated with the transaction; receiving, from the distributed ledger system, an indication that the transaction has been confirmed by the distributed ledger system; and sending, to the service entity, the indication that the transaction has been confirmed by the distributed ledger system. receiving, from a service entity of the service, a message comprising data to be stored at the distributed ledger system, the data based on an interaction between the service entity and another service entity of the service, the service entity and the another service entity having, in the service, no established trust or registration; generating, at the distributed ledger proxy and based on the data, a transaction in accordance with one or more specifications of the distributed ledger system; sending, to the distributed ledger system, information associated with the transaction; receiving, from the distributed ledger system, an indication that the transaction has been confirmed by the distributed ledger system; and sending, to the service entity, the indication that the transaction has been confirmed by the distributed ledger system.
A vehicle detection and classification system comprising a plurality of ultra-wideband proximity sensors distributed in a fixed spatial array relative to a road such that a lateral distance of each sensor to the nearest adjacent sensor is less than a minimum lateral dimension (1018, 1022, 1026) of a vehicle (104, 106, 1004, 1006, 1008) to be detected and the longitudinal distance of each sensor to the nearest adjacent sensor is less than the minimum longitudinal dimension (1020, 1024, 1028b, 1028a) of the vehicle (104, 106, 1004, 1006, 1008) to be detected but the array has a lateral dimension greater than the width of a widest vehicle to be detected and a longitudinal dimension greater than the length of a longest vehicle to be detected, each of said sensors being configured to determine presence or absence of a vehicle and to communicate data regarding said presence determination to a data processing system, said data processing system being configured to use data from a plurality of said sensors to detect the vehicle, determine the length and width of the vehicle, and classify the vehicle on said road based on at least the determined length and width of said vehicle, wherein the ultra-wideband sensors can communicate with each other using ultra-wideband signals.
A handling system within a work area comprising a snow groomer and a power supply apparatus for powering the snow groomer along a path inside the work area; wherein power supply apparatus comprises a connector and a slider; the snow groomer comprising an electric machine assembly, at least one track (5, 6) coupled to the electric machine assembly, and an electric connection device connectable to the power supply apparatus outside the snow groomer and connected to the electric machine assembly to exchange electrical energy with the power supply apparatus during operation of snow groomer; wherein the electric connection device comprises an electric cable connectable to the power supply apparatus via the connector of the slider; wherein the electric connection device comprises a measuring device that allows the length of the unwound electric cable to be measured; the handling system comprises a control unit for receiving data regarding the position of the slider along the path, the angular movement of the connector and the measurement of the length of unwound cable from the snow groomer and from the power supply apparatus, and for sending data regarding the optimal path to the snow groomer.
An airfoil comprising: a core structure including a first fastener (178;278;378) comprising a hole (178a;278a;378a); and a panel (70;170) fastened to the core structure, the panel having an exterior, gas path side and an opposed interior side, the interior side including a second fastener (176;276;376) comprising a tab (176a;276a;376a) locked with the hole (178a;278a;378a) such that the core structure supports the panel (70;170), wherein the tab (176a;276a) includes a retainer (180;280) locking the tab (176a;276a) with the hole (178a;278a), characterised in that the retainer (180;280) is a cotter pin, or includes a spring biasing the panel (70;170) against the core structure. a core structure including a first fastener (178;278;378) comprising a hole (178a;278a;378a); and a panel (70;170) fastened to the core structure, the panel having an exterior, gas path side and an opposed interior side, the interior side including a second fastener (176;276;376) comprising a tab (176a;276a;376a) locked with the hole (178a;278a;378a) such that the core structure supports the panel (70;170), wherein the tab (176a;276a) includes a retainer (180;280) locking the tab (176a;276a) with the hole (178a;278a), characterised in that the retainer (180;280) is a cotter pin, or includes a spring biasing the panel (70;170) against the core structure.
A method for a device, the device: a) using a unique identifier of a node of a network to request from a domain name system one of an identifier of a server, an identifier of a translation server and an identifier of a location discovery server for the device attached to said node; wherein the request comprises a default server address set-up at said device by using at least parts of said unique identifier and the request is to enable the domain name system to determine the identifier of the at least one server, and serving an area in which said device is located, and b) receiving a reply to the request from the domain name system including either the identifier of the at least one server, or the identifier of the translation server and/or the identifier of the location discovery server. a) using a unique identifier of a node of a network to request from a domain name system one of an identifier of a server, an identifier of a translation server and an identifier of a location discovery server for the device attached to said node; wherein the request comprises a default server address set-up at said device by using at least parts of said unique identifier and the request is to enable the domain name system to determine the identifier of the at least one server, and serving an area in which said device is located, and b) receiving a reply to the request from the domain name system including either the identifier of the at least one server, or the identifier of the translation server and/or the identifier of the location discovery server.
A device (100, 140) for artificial mitral valve support comprising: an expandable frame configured so at least part of the frame can expand larger than a natural mitral valve annulus, to prevent the frame from shifting downstream of the natural mitral valve annulus; a pair of commissure posts attached at one end to the frame, the commissure posts configured to extend downstream of the mitral valve annulus through the commissures of the natural mitral valve; characterized by: a posterior extension attached at a first end to the frame, the posterior extension configured to extend downstream of the mitral valve annulus and partway back and out, pushing a posterior leaflet of the natural mitral valve toward a ventricle wall; a supporting arch attaching a downstream end of a first one of the commissure posts to a downstream end of the posterior extension to a downstream end of a second one of the commissure posts; and a pair of anterior leaflet hooks, each one of the pair of anterior leaflets hooks configured to engage chordae attached to the anterior leaflet and pull the anterior leaflet in opposing directions. an expandable frame configured so at least part of the frame can expand larger than a natural mitral valve annulus, to prevent the frame from shifting downstream of the natural mitral valve annulus; a pair of commissure posts attached at one end to the frame, the commissure posts configured to extend downstream of the mitral valve annulus through the commissures of the natural mitral valve; characterized by: a posterior extension attached at a first end to the frame, the posterior extension configured to extend downstream of the mitral valve annulus and partway back and out, pushing a posterior leaflet of the natural mitral valve toward a ventricle wall; a supporting arch attaching a downstream end of a first one of the commissure posts to a downstream end of the posterior extension to a downstream end of a second one of the commissure posts; and a pair of anterior leaflet hooks, each one of the pair of anterior leaflets hooks configured to engage chordae attached to the anterior leaflet and pull the anterior leaflet in opposing directions. a posterior extension attached at a first end to the frame, the posterior extension configured to extend downstream of the mitral valve annulus and partway back and out, pushing a posterior leaflet of the natural mitral valve toward a ventricle wall; a supporting arch attaching a downstream end of a first one of the commissure posts to a downstream end of the posterior extension to a downstream end of a second one of the commissure posts; and a pair of anterior leaflet hooks, each one of the pair of anterior leaflets hooks configured to engage chordae attached to the anterior leaflet and pull the anterior leaflet in opposing directions.
Use of flat racks for the building of component groups of a wind turbine at the erection site of the latter, characterized in that at least two flat racks are detachably connected to at least one assembly aid element, wherein the assembly aid element is designed for supporting or detachably receiving at least one component (10, 12) of the component group to be assembled.