mhurhangee/ep-ind-claims huggingface dataset:
Hand-held power tool apparatus with a drive unit (12a; 12b; 12c) which has a drive shaft (14a; 14b; 14c), with at least one rotary percussion mechanism (16a; 16b; 16c) and with at least one cooling air unit (36a; 36b; 36c) which has at least one fan impeller (38a; 38b; 38c) which is arranged between the drive unit (12a; 12b; 12c) and the rotary percussion mechanism (16a; 16b; 16c), the fan impeller (38a; 38b; 38c) and the rotary percussion mechanism (16a; 16b; 16c) overlapping at least partially in the axial direction (40a; 40b; 40c), the rotary percussion mechanism (16a; 16b; 16c) having at least one gear unit (42a; 42b; 42c), the fan impeller (38a; 38b; 38c) and the gear unit (42a; 42b; 42c) overlapping at least partially in the axial direction (40a; 40b; 40c), the gear unit (42a; 42b; 42c) having at least one intermediate shaft bearing (48a; 48b; 48c), the fan impeller (38a; 38b; 38c) and at least the intermediate shaft bearing (48a; 48b; 48c) overlapping at least partially in the axial direction (40a; 40b; 40c), characterized in that the rotary percussion mechanism (16a; 16b; 16c) has at least one percussion mechanism cover (44a; 44b; 44c) which is configured in one piece with an internal gear (46a; 46b; 46c) of the gear unit (42a, 42b, 42c), and the fan impeller (38a; 38b; 38c) and at least the percussion mechanism cover (44a; 44b; 44c) overlapping at least partially in the axial direction (40a; 40b; 40c).
An aqueous extract of the Klamath microalga Aphanizomenon Flos Aquae Aquae Ralfs ex Born. & Flah. Var. flos aquae ( AFA Klamath), obtained by the following steps: a) freezing the freshly harvested AFA alga and thawing it or, if the starting material is dried AFA alga powder, sonicating the water-diluted AFA powder to disrupt the cells; b) centrifuging the product of step a) to separate the supernatant from the precipitate; c) collecting the supernatant containing the water-soluble components, and concentrating the water-soluble components by d) subjecting the extract obtained at step c) to size-exclusion ultrafiltration with a molecular weight membrane cut-off of 30kDa; e) collecting the retentate. a) freezing the freshly harvested AFA alga and thawing it or, if the starting material is dried AFA alga powder, sonicating the water-diluted AFA powder to disrupt the cells; b) centrifuging the product of step a) to separate the supernatant from the precipitate; c) collecting the supernatant containing the water-soluble components, and concentrating the water-soluble components by d) subjecting the extract obtained at step c) to size-exclusion ultrafiltration with a molecular weight membrane cut-off of 30kDa; e) collecting the retentate.
A disaster recovery architecture including a recovery site intended to serve a number of different production sites and adapted to be coupled thereto via a packet-based telecommunication network; and a disaster recovery system including a mirroring module provided in an application server at each production site to mirror at least part of the production site to the recovery site, and a recovery control server provided at the recovery site to detect a problem with a production site, and, in response to a detection of a problem with a production site, automatically reconfigure the packet-based telecommunication network so that attempts to access the production site are routed to the recovery site; wherein the recovery control server is further adapted to select a recovery server at the recovery site from a pool of recovery servers, wherein selecting includes retrieving hardware characteristics associated with an application server on a production site and matching, as closely as possible, those characteristics with hardware characteristics of the recovery servers in the pool.
A turbofan engine comprising: a turbine section; a geared architecture driven by the turbine section and a fan driven by the turbine section through the geared architecture; and a front-center unitary body supporting the geared architecture and including a gutter for gathering lubricant exhausted from the geared architecture; characterised in that: an auxiliary lubricant supply is in fluid communication with the gutter for receiving gathered lubricant; and the front center body and gutter form a single unitary case structure. a turbine section; a geared architecture driven by the turbine section and a fan driven by the turbine section through the geared architecture; and a front-center unitary body supporting the geared architecture and including a gutter for gathering lubricant exhausted from the geared architecture; characterised in that: an auxiliary lubricant supply is in fluid communication with the gutter for receiving gathered lubricant; and the front center body and gutter form a single unitary case structure. an auxiliary lubricant supply is in fluid communication with the gutter for receiving gathered lubricant; and the front center body and gutter form a single unitary case structure.
A modular safety control having a central control unit; at least one input unit (12a - 12y) for receiving received signals of a signal generator (K, LG, NT); and at least one output unit (13a - 13y) for outputting output signals to at least one connected actuator (R, S), wherein display means are provided for displaying states at the input unit (12a - 12y) and at the output unit (13a - 13y), characterized in that the control unit has display means and is configured such that all the display means of the modular safety control can be controlled by the control unit and all the display means can be activated by the control unit in a first display mode or in a second display mode, and with the control unit being configured to select the first or second display mode in accordance with a predefined event that can be non-safety relevant or safety relevant, and with the display means displaying the states as luminous dot signals in the first display mode that is selected when the event is a non-safety relevant event and with the display means displaying the states as readable text in the second display mode that is selected when the event is a safety relevant event.
A cannula for emergency apneic oxygenation comprising: a longitudinal inner passage having an inner diameter; a distal portion having a first outer diameter greater than the inner diameter, wherein the cannula is shaped in the distal portion to bend in a first direction along the inner passage, and wherein the distal portion is made of shape memory material; and a cannula base, wherein the cannula base comprises a distal face having a second outer diameter greater than the first outer diameter, and wherein a distance from a distal end of the cannula to a proximal end of the distal portion of the cannula is less than a distance from a surface of a throat of a target subject to a distal surface of an airway of the target subject, and the inner passage is configured to pass a catheter connected at a proximal end to an oxygen source.
An apparatus for signaling information in a network environment, comprising: an access gateway operable to: establish one or more packet data protocol, PDP, links on behalf of an end user; and communicate (104, 106) to a client services packet gateway, CSPG, a message associated with a status of a first gate of the access gateway associated with a first PDP link, the status of the first gate indicating to the CSPG a change in quality of service level, locale, or policy enforcement relating to the first PDP link, the message allowing the CSPG to control accounting for the first PDP link such that synchronization is achieved between accounting information and a state of the first gate associated with the first PDP link, wherein: controlling the accounting for the first PDP link comprises performing, by the CSPG, one of enabling and disabling billing associated with the first PDP link by communicating with a quota server operable to distribute a quantity of quota to the end user via one or more flows. an access gateway operable to: establish one or more packet data protocol, PDP, links on behalf of an end user; and communicate (104, 106) to a client services packet gateway, CSPG, a message associated with a status of a first gate of the access gateway associated with a first PDP link, the status of the first gate indicating to the CSPG a change in quality of service level, locale, or policy enforcement relating to the first PDP link, the message allowing the CSPG to control accounting for the first PDP link such that synchronization is achieved between accounting information and a state of the first gate associated with the first PDP link, wherein: controlling the accounting for the first PDP link comprises performing, by the CSPG, one of enabling and disabling billing associated with the first PDP link by communicating with a quota server operable to distribute a quantity of quota to the end user via one or more flows. establish one or more packet data protocol, PDP, links on behalf of an end user; and communicate (104, 106) to a client services packet gateway, CSPG, a message associated with a status of a first gate of the access gateway associated with a first PDP link, the status of the first gate indicating to the CSPG a change in quality of service level, locale, or policy enforcement relating to the first PDP link, the message allowing the CSPG to control accounting for the first PDP link such that synchronization is achieved between accounting information and a state of the first gate associated with the first PDP link, wherein: controlling the accounting for the first PDP link comprises performing, by the CSPG, one of enabling and disabling billing associated with the first PDP link by communicating with a quota server operable to distribute a quantity of quota to the end user via one or more flows. controlling the accounting for the first PDP link comprises performing, by the CSPG, one of enabling and disabling billing associated with the first PDP link by communicating with a quota server operable to distribute a quantity of quota to the end user via one or more flows.
A system for assembling and installing a wire bundle assembly group (WBAG), the system comprising: a fabrication table having a first assembly panel configured to receive and support a first WBAG; a second assembly panel configured to receive a second WBAG; and an assembly frame having an adjustable pivot connected to the first and to the second assembly panels to hold the first and the second assembly panels in a spaced orientation relative to each other, and the first and the second assembly panels pivot about an axis parallel to a longitudinal dimension of the first and the second assembly panels; and a transport tool having a WBAG receiving panel configured to receive and support an assembled WBAG from the fabrication table; and a transport frame having an adjustable support connected to the WBAG receiving panel, wherein the transport frame is positionable adjacent the fabrication table such that the WBAG receiving panel is located beneath the first assembly panel and the second assembly panel, whereby an assembled WBAG drops downwardly onto the WBAG receiving panel. a fabrication table having a first assembly panel configured to receive and support a first WBAG; a second assembly panel configured to receive a second WBAG; and an assembly frame having an adjustable pivot connected to the first and to the second assembly panels to hold the first and the second assembly panels in a spaced orientation relative to each other, and the first and the second assembly panels pivot about an axis parallel to a longitudinal dimension of the first and the second assembly panels; and a first assembly panel configured to receive and support a first WBAG; a second assembly panel configured to receive a second WBAG; and an assembly frame having an adjustable pivot connected to the first and to the second assembly panels to hold the first and the second assembly panels in a spaced orientation relative to each other, and the first and the second assembly panels pivot about an axis parallel to a longitudinal dimension of the first and the second assembly panels; and a transport tool having a WBAG receiving panel configured to receive and support an assembled WBAG from the fabrication table; and a transport frame having an adjustable support connected to the WBAG receiving panel, wherein the transport frame is positionable adjacent the fabrication table such that the WBAG receiving panel is located beneath the first assembly panel and the second assembly panel, whereby an assembled WBAG drops downwardly onto the WBAG receiving panel. a WBAG receiving panel configured to receive and support an assembled WBAG from the fabrication table; and a transport frame having an adjustable support connected to the WBAG receiving panel, wherein the transport frame is positionable adjacent the fabrication table such that the WBAG receiving panel is located beneath the first assembly panel and the second assembly panel, whereby an assembled WBAG drops downwardly onto the WBAG receiving panel.
A polymer pipette tip device which comprises: a continuous and tapered polymer wall defining a first void and a second void located at opposite termini, wherein the first void is slot shaped and the cross section of the second void is substantially circular; a plug constructed from a porous material; and beads located within the interior of the pipette tip device between the plug and the slot, wherein the plug is in contact with the inner surface of the wall, the slot width is less than the bead diameter, the slot length is greater than the bead diameter, and the slot and the plug contain the beads within the pipette tip device, and wherein the beads interact with an analyte under analyte interaction conditions. a continuous and tapered polymer wall defining a first void and a second void located at opposite termini, wherein the first void is slot shaped and the cross section of the second void is substantially circular; a plug constructed from a porous material; and beads located within the interior of the pipette tip device between the plug and the slot, wherein the plug is in contact with the inner surface of the wall, the slot width is less than the bead diameter, the slot length is greater than the bead diameter, and the slot and the plug contain the beads within the pipette tip device, and wherein the beads interact with an analyte under analyte interaction conditions.
A method for virtualization of a physical network element node, comprising steps of: establishing (S101, S201) a switching delay link structure corresponding to a scheduling link of the physical network element node, wherein the scheduling link being a link enabling a service to be scheduled to a corresponding switching layer when the service passes through the physical network element node; and generating a virtualization delay model of the physical network element node according to the switching delay link structure; the method characterised in that the switching delay link structure is at least one switching delay matrix, and the step of establishing (S101, S201) a switching delay link structure corresponding to a scheduling link of the physical network element node comprises: when the physical network element node is a first node or a last node, establishing a switching delay matrix corresponding to the scheduling link of the physical network element node; and when the physical network element node is an intermediate node, establishing, between every two physical links, a switching delay matrix corresponding to the scheduling link of the physical network element node. establishing (S101, S201) a switching delay link structure corresponding to a scheduling link of the physical network element node, wherein the scheduling link being a link enabling a service to be scheduled to a corresponding switching layer when the service passes through the physical network element node; and generating a virtualization delay model of the physical network element node according to the switching delay link structure; the method characterised in that the switching delay link structure is at least one switching delay matrix, and the step of establishing (S101, S201) a switching delay link structure corresponding to a scheduling link of the physical network element node comprises: when the physical network element node is a first node or a last node, establishing a switching delay matrix corresponding to the scheduling link of the physical network element node; and when the physical network element node is an intermediate node, establishing, between every two physical links, a switching delay matrix corresponding to the scheduling link of the physical network element node. when the physical network element node is a first node or a last node, establishing a switching delay matrix corresponding to the scheduling link of the physical network element node; and when the physical network element node is an intermediate node, establishing, between every two physical links, a switching delay matrix corresponding to the scheduling link of the physical network element node.
A method for determining age-related macular degeneration risk in a patient, comprising: detecting in a patient sample the presence of a cytidine polymorphism at rs493258 and/or a thymine polymorphism at rs10468017, wherein the presence of a cytidine polymorphism at rs493258 and/or a thymine polymorphism at rs10468017 is indicative of AMD risk in the patient.
A method comprising: receiving, by a wireless device (156A, 156B), one or more messages comprising one or more configuration parameters comprising a pathloss reference signal update parameter that enables an activation command to update pathloss reference signals of a physical uplink shared channel, PUSCH; characterized by: based on the one or more configuration parameters comprising the pathloss reference signal update parameter, determining, for a power headroom report, a PUSCH pathloss reference signal identifier mapped to a sounding reference signal resource indicator, SRI, - PUSCH power control parameter set with an index equal to zero; and transmitting the power headroom report computed based on a pathloss estimation of a pathloss reference signal associated with the PUSCH pathloss reference signal identifier. based on the one or more configuration parameters comprising the pathloss reference signal update parameter, determining, for a power headroom report, a PUSCH pathloss reference signal identifier mapped to a sounding reference signal resource indicator, SRI, - PUSCH power control parameter set with an index equal to zero; and transmitting the power headroom report computed based on a pathloss estimation of a pathloss reference signal associated with the PUSCH pathloss reference signal identifier.
A method performed by a Radio Base Station, RBS, for transmitting data to a User Equipment, UE, the RBS receiving frames from a network node by means of a Radio Link Control, RLC, protocol, the method characterized in comprising: receiving a frame F1 from the network node, the frame having a sequence number, N, if the last received frame F0, prior to the received frame F1, has a sequence number lower than N-1, then starting a first timer T1 having a predefined length in time and temporarily storing the received frame F1, if receiving a subsequent frame F2 having a sequence number lower than N and higher than the sequence number of frame F0, then storing the received frame F2, and when all frames having sequence number between the sequence number of frame F0 and N have been received during the predefined length of the first timer T1, then forwarding the stored frames and/or received frames to the UE in the order of the sequence numbers. receiving a frame F1 from the network node, the frame having a sequence number, N, if the last received frame F0, prior to the received frame F1, has a sequence number lower than N-1, then starting a first timer T1 having a predefined length in time and temporarily storing the received frame F1, if receiving a subsequent frame F2 having a sequence number lower than N and higher than the sequence number of frame F0, then storing the received frame F2, and when all frames having sequence number between the sequence number of frame F0 and N have been received during the predefined length of the first timer T1, then forwarding the stored frames and/or received frames to the UE in the order of the sequence numbers.
A sandwich panel comprising a core and a pair of surface materials stacked on both surfaces of the core, the core comprising: a composite in which a thermosetting resin and cork powder are combined, characterized in that the composite comprises 10 parts by weight to 30 parts by weight of the cork powder based on 100 parts by weight of the thermosetting resin. a composite in which a thermosetting resin and cork powder are combined, characterized in that the composite comprises 10 parts by weight to 30 parts by weight of the cork powder based on 100 parts by weight of the thermosetting resin.
Nailing machine for nailing wooden parts, comprising a pressing ram, a hammer fixed to a cross-bar and at least one actuator providing the movement of the pressing ram, characterized in that: the actuator exerting mechanic pressure on the pressing ram is electromechanical actuator driven by servo engine having 4 kW of power, the engine being connected to the solid part of actuator by spacer, the actuator further comprises a sliding rod with elevation of 280 mm, the sliding rod that engages the nails to be pressed by the hammer in the wooden parts is provided at its end with clamping block connecting the actuator with pressing ram movable in vertical axis in a way that the clamping block has openings engaged with steel mounting screws and steel semilunar securing parts to provide for the connection of the actuator with pressing ram, the actuator further comprises a flange connecting sliding rod and solid part of the actuator with the machine frame, and the actuator further comprises a flange connecting spacer of the servo engine. the actuator exerting mechanic pressure on the pressing ram is electromechanical actuator driven by servo engine having 4 kW of power, the engine being connected to the solid part of actuator by spacer, the actuator further comprises a sliding rod with elevation of 280 mm, the sliding rod that engages the nails to be pressed by the hammer in the wooden parts is provided at its end with clamping block connecting the actuator with pressing ram movable in vertical axis in a way that the clamping block has openings engaged with steel mounting screws and steel semilunar securing parts to provide for the connection of the actuator with pressing ram, the actuator further comprises a flange connecting sliding rod and solid part of the actuator with the machine frame, and the actuator further comprises a flange connecting spacer of the servo engine.