mhurhangee/ep-ind-claims huggingface dataset:
A scroll compressor, comprising: a casing having a hermetic inner space (112,113); a driving motor installed at the inner space of the casing, and configured to generate a rotation force; a rotation shaft which rotates by being coupled to a rotor of the driving motor; an orbiting scroll which performs an orbital motion by being coupled to the rotation shaft; a fixed scroll which forms a compression space having a suction chamber, an intermediate pressure chamber and a discharge chamber, by being coupled to the orbiting scroll; and a discharge cover provided at the inner space of the casing, having a space portion communicated with the discharge chamber, and having one or more discharge holes on a side surface of the space portion corresponding to an inner wall surface of the casing, the one or more discharge holes for communicating inside and outside of the space portion with each other, characterized in that a communication hole configured to communicate inside of the space portion of the discharge cover with the inner space of the casing where the driving motor is installed, is formed at the fixed scroll. a casing having a hermetic inner space (112,113); a driving motor installed at the inner space of the casing, and configured to generate a rotation force; a rotation shaft which rotates by being coupled to a rotor of the driving motor; an orbiting scroll which performs an orbital motion by being coupled to the rotation shaft; a fixed scroll which forms a compression space having a suction chamber, an intermediate pressure chamber and a discharge chamber, by being coupled to the orbiting scroll; and a discharge cover provided at the inner space of the casing, having a space portion communicated with the discharge chamber, and having one or more discharge holes on a side surface of the space portion corresponding to an inner wall surface of the casing, the one or more discharge holes for communicating inside and outside of the space portion with each other, characterized in that a communication hole configured to communicate inside of the space portion of the discharge cover with the inner space of the casing where the driving motor is installed, is formed at the fixed scroll.
An actuator assembly comprising an actuator having an outer rod, and an inner rod, the outer rod and the inner rod being arranged to actuate, in use, respectively, first and second moveable parts, arranged for telescopic movement within the outer rod, and a coupling assembly, characterised by: the coupling assembly comprising a housing configured to be fixedly attached to a fixed component, and a moveable element arranged inside the housing and arranged to be fixed to the outer rod, wherein the moveable element is arranged in the housing such that it has freedom of movement within the housing in an eccentric path in two dimensions in response to a force exerted on the outer rod component such that a force transmitted to the outer rod by movement of the inner rod is accommodated by eccentric movement of the moveable element within the housing.
Rhythmic cell stamper instrument for simultaneous stimulation of the cells, cell cultures and molecules adhering to a bottom of a 6-well Cell Culture Plate, the instrument comprising of a Base, at least one Support Leg, at least one Compression Head, Casing and a Drive Unit connected to the Compression Head; and a Computer connected to the Drive Unit, characterized in that the Instrument further includes a Release Fixing Mechanism for allowing the unmounting and remounting of the at least one Compression Head manually; a Computer for setting the time, length and force of mechanotransduction and recording the set data; a Gyroscope connected to the Computer and/or Radiofrequency Communication Unit; at least one Measuring Rod for controlling the path of the at least one Compression Head; and a built-in Controller and Memory Unit; wherein the Instrument is equipped with Plates containing culture fluid, the instructions of the software in the computer allow to maintain the at least one Compression Head in contact with the culture fluid within the Plates, and the Compression Head is configured to mechanically stimulate the culture fluid located in the Plates partly via a force transmitted by the culture fluid and partly by a fluid flow generated by the at least one Compression Head moving in the culture fluid. the instructions of the software in the computer allow to maintain the at least one Compression Head in contact with the culture fluid within the Plates, and the Compression Head is configured to mechanically stimulate the culture fluid located in the Plates partly via a force transmitted by the culture fluid and partly by a fluid flow generated by the at least one Compression Head moving in the culture fluid.
A valve plug assembly comprising: a support member having a support member body having a first end and a second end opposite the first end, the support member also having an axially disposed first mating feature (15, 16) disposed adjacent the first end of the support member body, wherein the first mating feature (15, 16) has a threaded portion, the support member also having a stem mating feature (37, 38) disposed proximate to the second end of the support member body, the stem mating feature (37, 38) being adapted to secure the support member to a valve stem, and wherein the support member comprises a metal material; a plug tip having a first end and a second end opposite the first end, the plug tip also having an axially disposed second mating feature disposed adjacent the second end, wherein the second mating feature has a threaded portion, the plug tip also having a plug sealing surface disposed proximate the first end, the plug sealing surface being adapted to sealingly engage a valve seat, and wherein the plug tip comprises a ceramic material; and an adhesive, wherein the threaded portion of the first mating feature (15, 16) of the support member engages the threaded portion of the second mating feature of the plug tip, characterized in that the adhesive bonds to at least a portion of the threaded portion of the first mating feature (15, 16) and at least a portion of the threaded portion of the second mating feature to secure the plug tip to the support member. a support member having a support member body having a first end and a second end opposite the first end, the support member also having an axially disposed first mating feature (15, 16) disposed adjacent the first end of the support member body, wherein the first mating feature (15, 16) has a threaded portion, the support member also having a stem mating feature (37, 38) disposed proximate to the second end of the support member body, the stem mating feature (37, 38) being adapted to secure the support member to a valve stem, and wherein the support member comprises a metal material; a plug tip having a first end and a second end opposite the first end, the plug tip also having an axially disposed second mating feature disposed adjacent the second end, wherein the second mating feature has a threaded portion, the plug tip also having a plug sealing surface disposed proximate the first end, the plug sealing surface being adapted to sealingly engage a valve seat, and wherein the plug tip comprises a ceramic material; and an adhesive, wherein the threaded portion of the first mating feature (15, 16) of the support member engages the threaded portion of the second mating feature of the plug tip, characterized in that the adhesive bonds to at least a portion of the threaded portion of the first mating feature (15, 16) and at least a portion of the threaded portion of the second mating feature to secure the plug tip to the support member.
A method comprising: maintaining, by a computing device (730, 762, 772): data representing a list of audio services (750; 1052, 1054, 1056) from which an audio system (760, 770) can receive streaming audio; and data indicating that a first audio service is registered with the audio system, wherein the list of audio services includes at least the first audio service; receiving, by the computing device, data indicating a second audio service added to the list of audio services, wherein an application (1026, 1028, 1030) on the computing device is configured to receive streaming audio from the second audio service using particular authentication information associated with a user of the audio system; causing, by the computing device, the second audio service to be registered with the audio system using the particular authentication information; and causing, by the computing device, the audio system to receive streaming audio from the second audio service using the particular authentication information. maintaining, by a computing device (730, 762, 772): data representing a list of audio services (750; 1052, 1054, 1056) from which an audio system (760, 770) can receive streaming audio; and data indicating that a first audio service is registered with the audio system, wherein the list of audio services includes at least the first audio service; data representing a list of audio services (750; 1052, 1054, 1056) from which an audio system (760, 770) can receive streaming audio; and data indicating that a first audio service is registered with the audio system, wherein the list of audio services includes at least the first audio service; receiving, by the computing device, data indicating a second audio service added to the list of audio services, wherein an application (1026, 1028, 1030) on the computing device is configured to receive streaming audio from the second audio service using particular authentication information associated with a user of the audio system; causing, by the computing device, the second audio service to be registered with the audio system using the particular authentication information; and causing, by the computing device, the audio system to receive streaming audio from the second audio service using the particular authentication information.
A non-coherent organic light emitting device comprising: an organic light emitting layer composed of a liquid crystalline host material having molecular cores uniformly aligned in the plane of the light emitting device and parallel to the liquid crystalline material of an organic charge transporting layer, the light emitting layer further comprising isotropically emitting emitter molecules dissolved in the liquid crystalline host material; the organic charge transporting layer being sufficiently near to the light emitting layer so as to allow strong interaction between the organic charge transporting layer and the light emitting layer; the organic charge transporting layer comprising a structure providing a Bragg grating, the structure formed by alternating zones of isotropic material and liquid crystalline material, the alternating zones comprised of square-shaped regions of amorphous material interspersed with square-shaped regions of liquid crystalline material, the molecular cores of the liquid crystalline material of the organic charge transporting layer being uniformly aligned in the plane of the light emitting device; wherein the alternating zones result in a photonic crystal structure having a photonic band gap, resulting in suppression of light in the plane of the organic charge transporting layer as a result of the photonic band gap. an organic light emitting layer composed of a liquid crystalline host material having molecular cores uniformly aligned in the plane of the light emitting device and parallel to the liquid crystalline material of an organic charge transporting layer, the light emitting layer further comprising isotropically emitting emitter molecules dissolved in the liquid crystalline host material; the organic charge transporting layer being sufficiently near to the light emitting layer so as to allow strong interaction between the organic charge transporting layer and the light emitting layer; the organic charge transporting layer comprising a structure providing a Bragg grating, the structure formed by alternating zones of isotropic material and liquid crystalline material, the alternating zones comprised of square-shaped regions of amorphous material interspersed with square-shaped regions of liquid crystalline material, the molecular cores of the liquid crystalline material of the organic charge transporting layer being uniformly aligned in the plane of the light emitting device; wherein the alternating zones result in a photonic crystal structure having a photonic band gap, resulting in suppression of light in the plane of the organic charge transporting layer as a result of the photonic band gap.
Grill device, in particular for the preparation of raclette, comprising a) a standing base, b) a carrier column, with a longitudinal direction, which is arranged in a positionally fixed manner on the standing base, c) a heating device which is arranged on the carrier column, wherein d) in order to set a desired spacing between the heating device and the grilling-food carrier, the heating device is arranged so as to be adjustable along the carrier column by a user, e) the carrier column is of two-part design, and wherein f) a movable column portion of the carrier column on which the heating device is arranged is guided with respect to a column portion, which is fixed in relation to the standing base, of the carrier column so as to be displaceable in the longitudinal direction thereof, characterized in that the grill device further comprises a pivoting arm with a grilling-food carrier which is arranged between the heating device and the standing base on the carrier column, wherein the pivoting arm is designed as a cantilever and is mounted, in particular on the carrier column, in such a way that the grilling-food carrier is pivotable in a full circular movement about a longitudinal direction of the carrier column, and in that the grilling-food carrier is mounted on the pivoting arm so as to be pivotable with respect to the pivoting arm about two different axes (E, F). a) a standing base, b) a carrier column, with a longitudinal direction, which is arranged in a positionally fixed manner on the standing base, c) a heating device which is arranged on the carrier column, wherein d) in order to set a desired spacing between the heating device and the grilling-food carrier, the heating device is arranged so as to be adjustable along the carrier column by a user, e) the carrier column is of two-part design, and wherein f) a movable column portion of the carrier column on which the heating device is arranged is guided with respect to a column portion, which is fixed in relation to the standing base, of the carrier column so as to be displaceable in the longitudinal direction thereof,
A degassing method of an ink-jet ink, wherein the ink-jet ink comprises at least a pigment and the method comprises: feeding the ink around the exterior of a hollow fiber in an external refluxing type hollow fiber degassing module, and evacuating the interior of the hollow fiber under a condition of a pressure applied to an inlet of the external refluxing type hollow fiber degassing module during degassing of less than 0.1 MPa, wherein the ink-jet ink has a viscosity of not less than 10 mPa·second and not more than 50 mPa·second at 25 °C. feeding the ink around the exterior of a hollow fiber in an external refluxing type hollow fiber degassing module, and evacuating the interior of the hollow fiber under a condition of a pressure applied to an inlet of the external refluxing type hollow fiber degassing module during degassing of less than 0.1 MPa, wherein the ink-jet ink has a viscosity of not less than 10 mPa·second and not more than 50 mPa·second at 25 °C.
A method being performed by an apparatus within a User Equipment, UE, for allowing said UE to communicate with a Radio Access Network, RAN, said apparatus implementing a Network Convergence Protocol, NCP, layer, which is communicatively coupled to two radio protocol stacks of the UE, said radio protocol stacks comprising a first radio protocol stack for communication between said UE and a first RAN node over a first Radio Access Technology, RAT, and a second radio protocol stack for communication between said UE and a second RAN node over a second RAT, wherein each of said first and second radio protocol stacks comprises a PDCP layer, wherein said first RAT is a 5G millimeter wave RAT, wherein said second RAT is either said 5G millimeter wave RAT or a LTE RAT, said method comprising performing the steps of: receiving from a IP layer above the NCP layer an uplink NCP SDU for delivery to the RAN; and generating an uplink NCP PDU as a result of processing said uplink NCP SDU; and providing the uplink NPC PDU to the PDCP layer of the first radio protocol stack for delivery to the RAN via the first radio protocol stack; and determining in response thereto whether the uplink NCP SDU has been successfully delivered to the RAN; and in case the uplink NCP SDU has not been successfully delivered to the RAN, retransmitting said uplink NCP SDU by providing said uplink NCP PDU to the PDCP layer of the second radio protocol stack for delivery to the RAN via the second radio protocol stack. receiving from a IP layer above the NCP layer an uplink NCP SDU for delivery to the RAN; and generating an uplink NCP PDU as a result of processing said uplink NCP SDU; and providing the uplink NPC PDU to the PDCP layer of the first radio protocol stack for delivery to the RAN via the first radio protocol stack; and determining in response thereto whether the uplink NCP SDU has been successfully delivered to the RAN; and in case the uplink NCP SDU has not been successfully delivered to the RAN, retransmitting said uplink NCP SDU by providing said uplink NCP PDU to the PDCP layer of the second radio protocol stack for delivery to the RAN via the second radio protocol stack.
A pharmaceutical composition comprising a compound having the general Formula (Ia) or a salt thereof: wherein X 1 and X 2 are each independently S; X 3 is CN; X 4, X 5, X 6, X 7, and X 8 are each H; R 1 is H; and R 3 is OR 5, wherein R 5 is methyl or ethyl. X 1 and X 2 are each independently S; X 3 is CN; X 4, X 5, X 6, X 7, and X 8 are each H; R 1 is H; and R 3 is OR 5, wherein R 5 is methyl or ethyl.
A sub-irrigated playing surface system comprising: a playing surface comprising at least one cell (12, 60, 124), wherein each cell (12, 60, 124) includes a substantially watertight reservoir and the reservoir is lined on its bottom and sides with a water impermeable layer; a water distribution assembly (16, 62, 63) having a water channel, a top permeable fabric flap (38, 50), and a water feed pipe (32, 82, 84); wherein the water feed pipe (32, 82, 84) has a plurality of openings along its length; wherein the water channel is positioned under the permeable fabric flap (38,50), and wherein the water feed pipe (32, 82, 84) is positioned adjacent the water channel once the water distribution assembly (16, 62, 63) is placed on the bottom of the cell reservoir; a layer of screened aggregate placed in the cell (12, 60, 124) and on and around the water distribution assembly (16, 62, 63) and up to a substantially uniform height above the water distribution assembly (16, 62, 63), wherein the screened aggregate is large enough that there is empty space in between the stones of the screened aggregate through which water may flow; a top layer of fine particles through which water may be dispersed by capillary action; and an electronic control system that opens and closes water flow into the water feed pipe (32, 82, 84) to control the amount of water delivered to the water distribution assembly (16, 62, 63) and subsequently into the screened aggregate layer whereby water may be drawn into the top layer from below, characterized in that the water channel is a three-dimensional sheet (36, 54) having an open structure that enables free flow of water therethrough. a playing surface comprising at least one cell (12, 60, 124), wherein each cell (12, 60, 124) includes a substantially watertight reservoir and the reservoir is lined on its bottom and sides with a water impermeable layer; a water distribution assembly (16, 62, 63) having a water channel, a top permeable fabric flap (38, 50), and a water feed pipe (32, 82, 84); wherein the water feed pipe (32, 82, 84) has a plurality of openings along its length; wherein the water channel is positioned under the permeable fabric flap (38,50), and wherein the water feed pipe (32, 82, 84) is positioned adjacent the water channel once the water distribution assembly (16, 62, 63) is placed on the bottom of the cell reservoir; a layer of screened aggregate placed in the cell (12, 60, 124) and on and around the water distribution assembly (16, 62, 63) and up to a substantially uniform height above the water distribution assembly (16, 62, 63), wherein the screened aggregate is large enough that there is empty space in between the stones of the screened aggregate through which water may flow; a top layer of fine particles through which water may be dispersed by capillary action; and an electronic control system that opens and closes water flow into the water feed pipe (32, 82, 84) to control the amount of water delivered to the water distribution assembly (16, 62, 63) and subsequently into the screened aggregate layer whereby water may be drawn into the top layer from below,
A method for managing the collection of weather information, the method comprising: determining with a processor that a weather data processing system is in a state open to receiving weather information, the weather data processing system comprising the processor and a memory coupled to the processor storing weather information; communicating to a first aircraft using a transceiver coupled to the weather data processing system that the weather data processing system is in a state open to receiving weather information; and upon receiving weather information at the weather data processing system from the first aircraft, transmitting from the transceiver a do-not-transmit signal indicating to aircraft within an operating range of the weather data processing system that the weather data processing system is not in a state open to receiving weather information; wherein the transmitted do-not-transmit signal indicating that the weather data processing system is not in a state open to receiving weather information comprises a direction flag indicating a direction of travel for which the do-not-transmit signal applies; and wherein aircraft receiving said do-not-transmit signal and travelling in the indicated direction of travel are requested not to transmit any weather data to the weather data processing system. determining with a processor that a weather data processing system is in a state open to receiving weather information, the weather data processing system comprising the processor and a memory coupled to the processor storing weather information; communicating to a first aircraft using a transceiver coupled to the weather data processing system that the weather data processing system is in a state open to receiving weather information; and upon receiving weather information at the weather data processing system from the first aircraft, transmitting from the transceiver a do-not-transmit signal indicating to aircraft within an operating range of the weather data processing system that the weather data processing system is not in a state open to receiving weather information; wherein the transmitted do-not-transmit signal indicating that the weather data processing system is not in a state open to receiving weather information comprises a direction flag indicating a direction of travel for which the do-not-transmit signal applies; and wherein aircraft receiving said do-not-transmit signal and travelling in the indicated direction of travel are requested not to transmit any weather data to the weather data processing system.