mhurhangee/ep-ind-claims huggingface dataset:
Antenna assembly comprising: - a substrate carrying a first contact pad and a second contact pad, the first contact pad and the second contact pad being electrically conductive and insulated from each other on the substrate; - an antenna; - a conductive element for connecting the antenna to the first contact pad and positioned in physical contact with the first contact pad and with the second contact pad; - a radiofrequency circuit connected to the first contact pad; and - a diagnosis circuit configured to test a conducting path via the first contact pad and the second contact pad, wherein the conductive element is configured to establish a conducting path between the first contact pad and the second contact pad, characterized in that the conductive element is compressible and made of a conductive elastomer. - a substrate carrying a first contact pad and a second contact pad, the first contact pad and the second contact pad being electrically conductive and insulated from each other on the substrate; - an antenna; - a conductive element for connecting the antenna to the first contact pad and positioned in physical contact with the first contact pad and with the second contact pad; - a radiofrequency circuit connected to the first contact pad; and - a diagnosis circuit configured to test a conducting path via the first contact pad and the second contact pad, wherein the conductive element is configured to establish a conducting path between the first contact pad and the second contact pad, characterized in that the conductive element is compressible and made of a conductive elastomer.
Dual mass flywheel particularly for a motor vehicle, comprising a primary flywheel, a secondary flywheel and a torsion damper mounted between the primary and secondary flywheels (2, 3) to transmit torque between the flywheels (2, 3) and absorb and damp vibrations and acyclisms of rotation, the torsion damper being centred with respect to the primary flywheel by elastic sealing washers, the said dual mass flywheel comprising means (22, 23) for limiting the axial movement of one flywheel with respect to the other in two opposite directions parallel to the axis of rotation of the flywheels (2, 3), the flywheels (2, 3) comprising hubs (4, 12) equipped with complementary stops (22, 23) that limit the axial movement of one flywheel with respect to the other in the two aforementioned directions, characterized in that the hub of one of the flywheels (2, 3) has a groove in which an annular ring is fixedly mounted, the hub of the other flywheel comprising a groove in which the aforementioned annular ring is partially inserted and can move axially so as to limit the axial movement of one flywheel with respect to the other by the annular ring coming into abutment against the lateral walls of the groove of the said other flywheel.
An organic light emitting device comprising: a substrate; a first conductive layer and a second conductive layer, which are sequentially positioned on the substrate; and at least one organic material layer, including a light emitting layer, which is interposed between the first conductive layer and the second conductive layer, wherein the organic light emitting device comprises a pattern layer formed corresponding to the light emitting region between at least one organic material layer and at least one conductive layer of the first conductive layer and the second conductive layer; the materials for the pattern layer have energy levels which allow charges to be injected or transported between the conductive layer and the organic material layer through the pattern layer; and the materials for two layers each in contact with the upper surface and the lower surface of the pattern layer have energy levels such that charges are not directly injected or transported in the region between two layers; and wherein the pattern layer is an n-type organic material layer in contact with at least one conductive layer of the first conductive layer and the second conductive layer and the organic material layer in contact with the pattern layer is a p-type organic material layer, which will form an NP junction with the pattern layer, wherein. the n-type organic material layer comprises a compound of the following formula 1: wherein in the formula 1, R 1 to R 6 are each selected from the group consisting of hydrogen, a halogen atom, nitrile (-CN), nitro ( -NO 2), sulfonyl ( -SO 2 R), sulfoxide ( -SOR), sulfonamide ( -SO 2 NR), sulfonate ( -SO 2 R), trifluoromethyl (- CF 3), ester ( -COOR), amide ( -CONHR or - CONRR'), substituted or un-substituted linear or branched C 1 - C 12 alkoxy, substituted or un-substituted linear or branched C 1 - C 12 alkyl, substituted or unsubstituted aromatic or non-aromatic heterocycle, substituted or unsubstituted aryl, substituted or unsubstituted mono-arylamine or di-arylamine, and substituted or unsubstituted aralkylamine, and R and R' are each selected from the group consisting of substituted or unsubstituted C 1 - C 60 alkyl, substituted or unsubstituted aryl, and substituted or unsubstituted 5- to 7- membered heterocycle, wherein the compound of the formula 1 is selected from the compounds represented by the following formulae 1-1 to 1-6:
A coupling for joining pipe elements, said coupling comprising: • first and second segments (12,14) positioned end to end surrounding a central space for receiving said pipe elements; • a spring assembly joining a first end of said first segment to a first end of said second segment, said spring assembly biasing said segments (12,14) away from one another; and • an adjustable attachment assembly joining a second end of said first segment to a second end of said second segment, said adjustable attachment assembly adapted to draw said first and second segments (12,14) toward one another and into engagement with said pipe elements; wherein said spring assembly of said coupling comprises: a first boss projecting from said first end of said first segment; a second boss projecting from said first end of said second segment and positioned adjacent to said first boss; a first fulcrum positioned on said first boss and contacting said second boss, said first segment and second segments (12,14) pivoting about said first fulcrum; a link extending between and capturing said first and second bosses (24,26). • first and second segments (12,14) positioned end to end surrounding a central space for receiving said pipe elements; • a spring assembly joining a first end of said first segment to a first end of said second segment, said spring assembly biasing said segments (12,14) away from one another; and • an adjustable attachment assembly joining a second end of said first segment to a second end of said second segment, said adjustable attachment assembly adapted to draw said first and second segments (12,14) toward one another and into engagement with said pipe elements; a first boss projecting from said first end of said first segment; a second boss projecting from said first end of said second segment and positioned adjacent to said first boss; a first fulcrum positioned on said first boss and contacting said second boss, said first segment and second segments (12,14) pivoting about said first fulcrum; a link extending between and capturing said first and second bosses (24,26).
A call processing unit for processing a call in a communication system, the call processing unit being configured: to receive a session establishment message from a calling device, the message comprising a caller identifier; to determine that the caller identifier is associated with a subscriber, and that the subscriber is associated with a mobile identity, and that a mobile device was in the proximity of the calling device when the session establishment message was generated at the calling device, the mobile device being associated with the mobile identity; to obtain a location for the mobile device; and to modify the session establishment message to include a mobile identifier associated with the mobile device and to include device location information based on the obtained location. to receive a session establishment message from a calling device, the message comprising a caller identifier; to determine that the caller identifier is associated with a subscriber, and that the subscriber is associated with a mobile identity, and that a mobile device was in the proximity of the calling device when the session establishment message was generated at the calling device, the mobile device being associated with the mobile identity; to obtain a location for the mobile device; and to modify the session establishment message to include a mobile identifier associated with the mobile device and to include device location information based on the obtained location.
A computer-implemented method to handle a request from a management tool to access application management data from distributed application instances (125, 155), the method comprising: receiving from an application management tool a management tool request to access management data related to an application running instances in one or more datacenters, wherein receiving the management tool request comprises receiving a request from a performance monitoring tool to access status information describing operation of one or more application instances; identifying one or more types of management data that satisfy the received request; determining a distribution of the application that includes two or more instances of the application; gathering management data to satisfy the request from each distributed application instance; unifying gathered management data to provide a uniform response to the received management tool request; and reporting the gathered and unified management data in response to the received management tool request, wherein the preceding steps are performed by at least one processor. receiving from an application management tool a management tool request to access management data related to an application running instances in one or more datacenters, wherein receiving the management tool request comprises receiving a request from a performance monitoring tool to access status information describing operation of one or more application instances; identifying one or more types of management data that satisfy the received request; determining a distribution of the application that includes two or more instances of the application; gathering management data to satisfy the request from each distributed application instance; unifying gathered management data to provide a uniform response to the received management tool request; and reporting the gathered and unified management data in response to the received management tool request, wherein the preceding steps are performed by at least one processor.
A method of operating a head end in a networked environment for recording a content item, the environment further having a remote device and a client, the method comprising: receiving at the head end a recording document that describes the content item to be recorded, wherein the recording document was generated from a textual description of the content item, the textual description being selected from a group consisting of one or more words entered by a user via a user interface at the remote device or a text message from the remote device, and another content item received from a content provider; querying at the head end electronic program guide, EPG, data to determine if the content item described in the recording document is available for recording; if the content item is available, adding a reference in a recording list at the head end; and transmitting the reference from the head end to the client for causing the client to record the content item referenced in the recording list. receiving at the head end a recording document that describes the content item to be recorded, wherein the recording document was generated from a textual description of the content item, the textual description being selected from a group consisting of one or more words entered by a user via a user interface at the remote device or a text message from the remote device, and another content item received from a content provider; querying at the head end electronic program guide, EPG, data to determine if the content item described in the recording document is available for recording; if the content item is available, adding a reference in a recording list at the head end; and transmitting the reference from the head end to the client for causing the client to record the content item referenced in the recording list.
A method for growing an epitaxial III-V layer on a substrate, the method comprising: in a pre-clean chamber, and while the substrate is at a first temperature, T 1, exposing the substrate to a plasma, products of plasma decomposition, or both the plasma and the products of plasma decomposition so as to remove native oxide from the substrate and form a passivation layer on the substrate, wherein T 1 is greater than room temperature; wherein the passivation layer comprises a hydrogen terminated surface; in an oxygen-free environment, (a) transferring the substrate from the pre-clean chamber to a deposition chamber, and (b) cooling the substrate from T 1 to a second temperature, T 2; and in the deposition chamber, (a) heating the substrate from T 2 to a third temperature, T 3, so as to remove the passivation layer on the substrate, by injecting a group V-precursor into the deposition chamber, wherein a transformation of the termination of the surface takes place, and (b) growing the epitaxial III-V layer on the substrate, wherein 50°C < T 3 < 700°C. in a pre-clean chamber, and while the substrate is at a first temperature, T 1, exposing the substrate to a plasma, products of plasma decomposition, or both the plasma and the products of plasma decomposition so as to remove native oxide from the substrate and form a passivation layer on the substrate, wherein T 1 is greater than room temperature; wherein the passivation layer comprises a hydrogen terminated surface; in an oxygen-free environment, (a) transferring the substrate from the pre-clean chamber to a deposition chamber, and (b) cooling the substrate from T 1 to a second temperature, T 2; and in the deposition chamber, (a) heating the substrate from T 2 to a third temperature, T 3, so as to remove the passivation layer on the substrate, by injecting a group V-precursor into the deposition chamber, wherein a transformation of the termination of the surface takes place,
A sound signal coding device comprising: a first coding unit that is adapted to obtain a first code by coding line spectrum pair parameters of more than one order obtained from an input sound signal; an index calculation unit adapted to calculate an index Q and/or an index Q', the index Q being obtained using quantized line spectrum pair parameters ^θ f, ^θ f,..., ^θ f [p] corresponding to the first code by θ ̅ = 1 T − 1 ∑ i T − 1 θ ^ f i + 1 − θ ^ f i Q = 1 T − 1 ∑ i T − 1 θ ̅ − θ ^ f i + 1 + θ ^ f i 2 and the index Q' being obtained using quantized line spectrum pair parameters ^θ f, ^θ f,..., ^θ f [p] corresponding to the first code by Q ′ = min i ∈ 1,..., T − 1 θ ^ f i + 1 − θ ^ f i or Q ′ = min ( min i ∈ 1,..., T − 1 θ ^ f i + 1 − θ ^ f i, θ ^ f 1]); and a second coding unit that is adapted to obtain a second code by coding at least quantization errors of the first coding unit, with p being a prediction order and T being a predetermined order satisfying T ≤ p, only if the index Q is larger than or equal to a predetermined threshold value Th1 and/or the index Q' is smaller than or equal to a predetermined threshold value Th1'. a first coding unit that is adapted to obtain a first code by coding line spectrum pair parameters of more than one order obtained from an input sound signal; an index calculation unit adapted to calculate an index Q and/or an index Q', the index Q being obtained using quantized line spectrum pair parameters ^θ f, ^θ f,..., ^θ f [p] corresponding to the first code by θ ̅ = 1 T − 1 ∑ i T − 1 θ ^ f i + 1 − θ ^ f i Q = 1 T − 1 ∑ i T − 1 θ ̅ − θ ^ f i + 1 + θ ^ f i 2 and the index Q' being obtained using quantized line spectrum pair parameters ^θ f, ^θ f,..., ^θ f [p] corresponding to the first code by Q ′ = min i ∈ 1,..., T − 1 θ ^ f i + 1 − θ ^ f i or Q ′ = min ( min i ∈ 1,..., T − 1 θ ^ f i + 1 − θ ^ f i, θ ^ f 1]); and a second coding unit that is adapted to obtain a second code by coding at least quantization errors of the first coding unit, with p being a prediction order and T being a predetermined order satisfying T ≤ p, only if the index Q is larger than or equal to a predetermined threshold value Th1 and/or the index Q' is smaller than or equal to a predetermined threshold value Th1'.
A valve (32, 34 36) for a cassette for preparing a sample, the valve comprising: - a first stationary piece with a first opening in fluid communication with a first chamber (14, 38, 40) and a second opening in fluid communication with a receiving chamber (38, 40, 42), wherein the first chamber is a mixing chamber and the receiving chamber is first washing chamber or wherein the first chamber is a first washing chamber and the receiving chamber is a second washing chamber or wherein the first chamber is a second washing chamber and the receiving chamber is an elution chamber, - a second movable piece being movable relative to the first piece, wherein the second movable piece comprises a cavity and an opening configured for removable insertion of a magnet for attracting magnetic particles from the first chamber into the cavity, wherein the second movable piece is rotatable past a surface of the first stationary piece thereby sealing magnetic particles in the cavity 98 of the second piece between surfaces of the first piece and the second piece, until the cavity 98 is accessible in the second opening of the first piece. - a first stationary piece with a first opening in fluid communication with a first chamber (14, 38, 40) and a second opening in fluid communication with a receiving chamber (38, 40, 42), wherein the first chamber is a mixing chamber and the receiving chamber is first washing chamber or wherein the first chamber is a first washing chamber and the receiving chamber is a second washing chamber or wherein the first chamber is a second washing chamber and the receiving chamber is an elution chamber, - a second movable piece being movable relative to the first piece, wherein the second movable piece comprises a cavity and an opening configured for removable insertion of a magnet for attracting magnetic particles from the first chamber into the cavity, wherein the second movable piece is rotatable past a surface of the first stationary piece thereby sealing magnetic particles in the cavity 98 of the second piece between surfaces of the first piece and the second piece, until the cavity 98 is accessible in the second opening of the first piece.
Syringe block, in particular adapted to be used in an automated liquid sample analyzer, said block comprising a collector and several syringes, including: - a syringe assigned to take a raw blood sample, - a syringe for handling a diluting agent, - a syringe for handling a lytic agent, - and at least one syringe (15, 16) forming an air pump, each of the syringes comprising a barrel and a plunger which between them define an internal volume, said collector comprising switching solenoid valves, first ducts linking the solenoid valves directly to respective internal volumes and second ducts extending from the solenoid valves in the direction of respective containers for the sample and/or other liquids, characterized in that the plungers of all the syringes are rigidly connected to each other such that they simultaneously carry out the same movement inside their respective barrel, the different switching solenoid valves being positioned so as to assign a task to one of the syringes while the others have a neutralized function, despite the fact that the respective plungers of these other syringes are led to carry out the same movement as said syringe, the barrels of all the syringes being mounted directly on the collector. - a syringe assigned to take a raw blood sample, - a syringe for handling a diluting agent, - a syringe for handling a lytic agent, - and at least one syringe (15, 16) forming an air pump, each of the syringes comprising a barrel and a plunger which between them define an internal volume, said collector comprising switching solenoid valves, first ducts linking the solenoid valves directly to respective internal volumes and second ducts extending from the solenoid valves in the direction of respective containers for the sample and/or other liquids, characterized in that the plungers of all the syringes are rigidly connected to each other such that they simultaneously carry out the same movement inside their respective barrel, the different switching solenoid valves being positioned so as to assign a task to one of the syringes while the others have a neutralized function, despite the fact that the respective plungers of these other syringes are led to carry out the same movement as said syringe, the barrels of all the syringes being mounted directly on the collector.
A method for enumerating absolute counts of lymphocytes in a blood sample, the method comprising the steps of: combining said sample with a fluorescent dye-labeled first binding compound specific for a T lymphocyte-specific marker that is CD2 or CD3 and a fluorescent dye-labeled second binding compound specific for CD45RA in a mixture, wherein said first binding compound and said second binding compound are labeled with the same fluorescent dye; measuring fluorescence signals from said fluorescent dye-labeled binding compounds that have bound to cells in said sample; and in the absence of a side scatter measurement, enumerating lymphocytes in said sample. combining said sample with a fluorescent dye-labeled first binding compound specific for a T lymphocyte-specific marker that is CD2 or CD3 and a fluorescent dye-labeled second binding compound specific for CD45RA in a mixture, wherein said first binding compound and said second binding compound are labeled with the same fluorescent dye; measuring fluorescence signals from said fluorescent dye-labeled binding compounds that have bound to cells in said sample; and in the absence of a side scatter measurement, enumerating lymphocytes in said sample.