mhurhangee/ep-ind-claims huggingface dataset:
A surgical handle assembly apparatus, comprising: a toothed rack; a moveable handle member; a driving pawl, coupled to the moveable handle member via a pin allowing the driving pawl to pivot and engage or disengage from the toothed rack, wherein the driving pawl, when engaged with the toothed rack, is configured to advance the toothed rack in a linear distal direction in response to the moveable handle member advancing in a proximal direction; a latch, coupled to the driving pawl via a pin about which the latch may pivot to engage or disengage from the toothed rack, wherein the latch, when engaged with the toothed rack, is configured to advance the toothed rack in a linear proximal direction in response to the moveable handle member advancing in a distal direction; a disengagement mechanism configured to contact the driving pawl to disengage the driving pawl and the latch from the toothed rack; and a button to activate the disengagement mechanism. a toothed rack; a moveable handle member; a driving pawl, coupled to the moveable handle member via a pin allowing the driving pawl to pivot and engage or disengage from the toothed rack, wherein the driving pawl, when engaged with the toothed rack, is configured to advance the toothed rack in a linear distal direction in response to the moveable handle member advancing in a proximal direction; a latch, coupled to the driving pawl via a pin about which the latch may pivot to engage or disengage from the toothed rack, wherein the latch, when engaged with the toothed rack, is configured to advance the toothed rack in a linear proximal direction in response to the moveable handle member advancing in a distal direction; a disengagement mechanism configured to contact the driving pawl to disengage the driving pawl and the latch from the toothed rack; and a button to activate the disengagement mechanism.
An energy storage cell, comprising: - an electrically conductive housing with at least a first, second and third outer wall (11, 12, 13), wherein the first outer wall is spaced apart from the second outer wall, and wherein the third outer wall connects the first and second outer walls (11, 12) together, - at least one electrochemical element arranged in the housing, with an anodic connection and a cathodic connection, - an anodic current tap, connected in electrically conductive manner to the anodic connection, on the first outer wall, and - a cathodic current tap connected in electrically conductive manner to the first or third outer wall (11, 13), characterised in that - the cathodic connection in the interior of the housing is connected in electrically and thermally conductive manner directly to the second outer wall, the cathodic current tap being located on the first outer wall, with the current flowing starting from the cathodic connection via the second outer wall, the third outer wall and the first outer wall to the cathodic current tap. - an electrically conductive housing with at least a first, second and third outer wall (11, 12, 13), wherein the first outer wall is spaced apart from the second outer wall, and wherein the third outer wall connects the first and second outer walls (11, 12) together, - at least one electrochemical element arranged in the housing, with an anodic connection and a cathodic connection, - an anodic current tap, connected in electrically conductive manner to the anodic connection, on the first outer wall, and - a cathodic current tap connected in electrically conductive manner to the first or third outer wall (11, 13), characterised in that - the cathodic connection in the interior of the housing is connected in electrically and thermally conductive manner directly to the second outer wall, the cathodic current tap being located on the first outer wall, with the current flowing starting from the cathodic connection via the second outer wall, the third outer wall and the first outer wall to the cathodic current tap.
A method, comprising: configuring, by a network node, separate machine type communication, MTC, physical downlink control channel, M-PDCCH, subsets for paging, wherein one of the subsets is for low complexity user equipment and another one of the subsets is for user equipment operating in coverage enhancement mode, wherein each of the subsets is configured based on enhanced control channel element, eCCE, aggregation level and a number of repetitions, wherein the separate MTC M-PDCCH subsets are configured on a common search space, and broadcasting an M-PDCCH configuration for the separate MTC M-PDCCH subsets via system information. configuring, by a network node, separate machine type communication, MTC, physical downlink control channel, M-PDCCH, subsets for paging, wherein one of the subsets is for low complexity user equipment and another one of the subsets is for user equipment operating in coverage enhancement mode, wherein each of the subsets is configured based on enhanced control channel element, eCCE, aggregation level and a number of repetitions, wherein the separate MTC M-PDCCH subsets are configured on a common search space, and broadcasting an M-PDCCH configuration for the separate MTC M-PDCCH subsets via system information.
An extruded optical cable protective component comprising a polymeric composition, comprising: a polybutylene terephthalate; an ethylene-based polymer having a density of at least 0.93 g/cm 3 as determined according to ASTM D792 at 23°C; and a maleated ethylene-based polymer having a density of at least 0.93 g/cm 3 as determined according to ASTM D792 at 23°C, wherein said polybutylene terephthalate is present in an amount ranging from 40 to 70 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer; wherein said ethylene-based polymer is present in an amount ranging from 25 to 55 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer; wherein said maleated ethylene-based polymer is present in an amount ranging from greater than 0 to 5 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer. a polybutylene terephthalate; an ethylene-based polymer having a density of at least 0.93 g/cm 3 as determined according to ASTM D792 at 23°C; and a maleated ethylene-based polymer having a density of at least 0.93 g/cm 3 as determined according to ASTM D792 at 23°C, wherein said polybutylene terephthalate is present in an amount ranging from 40 to 70 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer; wherein said ethylene-based polymer is present in an amount ranging from 25 to 55 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer; wherein said maleated ethylene-based polymer is present in an amount ranging from greater than 0 to 5 weight percent, based on the combined weight of said polybutylene terephthalate, said ethylene-based polymer, and said maleated ethylene-based polymer.
Household refrigeration appliance with a wall arrangement, the wall arrangement with a first wall, which has a thermal insulation element, and with a second wall (4a to 4e), which is arranged adjacent to and at an angle to the insulation element, wherein the insulation element is a vacuum insulation element and is held by a support frame of the first wall and is surrounded circumferentially at least in regions, and the support frame has a bounding element (20, 22), which extends behind a rear of the insulation element when viewed in the depth direction (z direction) of the first wall and has a bounding side (20b, 22b) facing the second wall (4a to 4e) and spaced apart therefrom, which, with a bounding side of the second wall (4a to 4e), bounds an air gap, characterised in that the first wall is a full vacuum door of the household refrigeration appliance and that the bounding element (20, 22) has a holder (20e, 22e) for a functional part and a door tray is arranged on the bounding element (20, 22) as a functional part.
A method for automated selecting of one or more stem cells using an apparatus comprising machine vision and image processing, the method comprising: a) providing a picking head comprising at least one hollow pin, the picking head being movable over the apparatus using positioning motors (20, 22, 24); b) placing a sample container including a plurality of differentiated stem cells held in a medium onto the apparatus; c) determining the degree of commitment of the stem cells in the sample based upon differences in cell size, shape and/or replication rate using the machine vision and image processing; and d) selecting one or more of the stem cells based on their degree of commitment; e) moving the picking head to above the sample container; f) picking one of the selected stem cells by aligning one of the at least one hollow pins therewith, introducing a distal end of said hollow pin into the medium, and aspirating the stem cell at that location into said hollow pin; g) placing a dispensing container onto the apparatus; and h) dispensing the picked stem cell by moving the picking head to above the dispensing container and expelling the picked stem cell into the dispensing container. a) providing a picking head comprising at least one hollow pin, the picking head being movable over the apparatus using positioning motors (20, 22, 24); b) placing a sample container including a plurality of differentiated stem cells held in a medium onto the apparatus; c) determining the degree of commitment of the stem cells in the sample based upon differences in cell size, shape and/or replication rate using the machine vision and image processing; and d) selecting one or more of the stem cells based on their degree of commitment; e) moving the picking head to above the sample container; f) picking one of the selected stem cells by aligning one of the at least one hollow pins therewith, introducing a distal end of said hollow pin into the medium, and aspirating the stem cell at that location into said hollow pin; g) placing a dispensing container onto the apparatus; and h) dispensing the picked stem cell by moving the picking head to above the dispensing container and expelling the picked stem cell into the dispensing container.
An apparatus comprising an interconnect for an integrated circuit to communicate transactions between one or more initiator Intellectual Property cores and one or more target IP cores coupled to the interconnect, comprising: a configurable address map (136, 236a, 236b, 336) implemented by the interconnect, where the configurable address map (136, 236a, 236b, 336) has assigned addresses for at least the target IP cores in the integrated circuit to route the transactions between the target IP cores and initiator IP cores in the integrated circuit, and where the target IP cores include a first aggregate target that has two or more memory channels that are interleaved in an address space for the first aggregate target in the address map (136, 236a, 236b, 336), where the configurable address map (136, 236a, 236b, 336) supports configurable mapping of address regions onto the target IP cores, and each memory channel module has defined memory interleave segments (240-244, 340-346) that are interleaved with memory interleave segments of other memory channel modules, wherein the configurable address map (136, 236a, 236b, 336) is divided up into two or more regions, and the configurable address map (136, 236a, 236b, 336) has configurable parameters that can be set for each region to flexibly support a configuration of the first aggregate target that is dynamically changeable, each memory channel module (220, 226) is assigned to at least one of those regions and populates the address space for that region.
A method of establishing a network connection at an electronic communications device, comprising: determining a connection criterion associated with connection establishment at the electronic communications device, wherein the connection criterion is based on a rule which specifies that signal visibility and signal strength are more important than location of the electronic communications device when considering WiFi broadband services versus WAN broadband services, wherein the connection criterion is further weighted based on a cost associated with said WiFi broadband services and said WAN broadband services; determining a connection acquisition priority list based on current values of the connection criterion, the connection acquisition priority list being a prioritized order of connection types; and attempting to establish a network connection based on the connection acquisition priority list. determining a connection criterion associated with connection establishment at the electronic communications device, wherein the connection criterion is based on a rule which specifies that signal visibility and signal strength are more important than location of the electronic communications device when considering WiFi broadband services versus WAN broadband services, wherein the connection criterion is further weighted based on a cost associated with said WiFi broadband services and said WAN broadband services; determining a connection acquisition priority list based on current values of the connection criterion, the connection acquisition priority list being a prioritized order of connection types; and attempting to establish a network connection based on the connection acquisition priority list.
A gas to gas heat exchanger comprising element supporting baskets each supporting a plurality of heat transfer elements arranged to form closed passageways therebetween for fluid flow therethrough, a heat transfer element cleaning system equipped with a plurality of nozzles fluidly connected to a fluid supply source arranged and operable for a fluid spray cleaning of accumulated substances from the heat transfer elements and passageways, an effluent collector hopper arranged and operable for collection of sprayed fluid and accumulated substances removed from the heat transfer elements and passageways, characterised by an effluent collector hopper cleaning system equipped with a drain and fluidly connected to a fluid supply source operable for a fluid spray cleaning of the effluent collector hopper for fluid and accumulated substance drainage therefrom to clean and prevent effluent collector hopper clogging. element supporting baskets each supporting a plurality of heat transfer elements arranged to form closed passageways therebetween for fluid flow therethrough, a heat transfer element cleaning system equipped with a plurality of nozzles fluidly connected to a fluid supply source arranged and operable for a fluid spray cleaning of accumulated substances from the heat transfer elements and passageways, an effluent collector hopper arranged and operable for collection of sprayed fluid and accumulated substances removed from the heat transfer elements and passageways, characterised by an effluent collector hopper cleaning system equipped with a drain and fluidly connected to a fluid supply source operable for a fluid spray cleaning of the effluent collector hopper for fluid and accumulated substance drainage therefrom to clean and prevent effluent collector hopper clogging.
A device comprising: memory having computer-readable instructions stored therein; and one or more processors configured to execute the computer-readable instructions to: receive a first location update from a network component; determine if a triggering condition is met before a second location update is received; activate device-to-device communication for receiving location updates from nearby devices in vicinity of the device when the triggering condition is met; receive the second location update from at least one of the nearby devices via the device-to-device communication; and transmit the second location update to a server; wherein the triggering condition is an expiration of a scheduled time for receiving the second location update or a threshold distance traveled by the device before the second location update is received. memory having computer-readable instructions stored therein; and one or more processors configured to execute the computer-readable instructions to: receive a first location update from a network component; determine if a triggering condition is met before a second location update is received; activate device-to-device communication for receiving location updates from nearby devices in vicinity of the device when the triggering condition is met; receive the second location update from at least one of the nearby devices via receive a first location update from a network component; determine if a triggering condition is met before a second location update is received; activate device-to-device communication for receiving location updates from nearby devices in vicinity of the device when the triggering condition is met; receive the second location update from at least one of the nearby devices via the device-to-device communication; and transmit the second location update to a server; wherein the triggering condition is an expiration of a scheduled time for receiving the second location update or a threshold distance traveled by the device before the second location update is received. transmit the second location update to a server; wherein the triggering condition is an expiration of a scheduled time for receiving the second location update or a threshold distance traveled by the device before the second location update is received.
A gas excimer laser discharge cavity having a bilateral symmetrical configuration about a plane of symmetry perpendicular to a bottom plane surface of the discharge cavity and including two pairs of electrodes (302,303), wherein; the gas excimer discharge cavity comprises two rotors (307, 308) each of which corresponding to one pair of the two pairs of electrodes (302, 303), respectively; wherein; the positions of the rotors are symmetrical about virtual vertical plane at the middle of the discharge cavity and are beneath the pairs of the electrodes along the vertical direction; a rotational axis of each of the rotors is parallel to an axial direction of the pairs of the electrodes which is parallel to the bottom plane surface of the discharge cavity, and the two rotors (307, 308) have opposite rotation directions and identical rotation speeds, wherein a lower spoiler plate (309, 310) is installed beneath each of the rotors (307, 308) and is configured to prevent the gas flow from passing beneath the rotors, and an upper spoiler plate (315, 316) extends from the position beneath each pair of the electrodes (302, 303) to its corresponding rotor (307, 308), and; a flow guide plate (311, 312) is installed near each rotor on a respective sidewall of the cavity or machined directly in the respective sidewall, so as to guide a gas flow at an exit of the rotors to a discharge region of the electrodes and; an upper flow guide plate (313, 314) is installed between an end of the flow guide plate (311, 312) and an upside of the pairs of the electrodes (302, 303), and wherein the upper flow guide plate (313, 314) and its corresponding upper spoiler plate (315, 316) constitute a gradually tapered flow channel.
An isolated heteromeric taste receptor comprising a T1R3 polypeptide and a heterologous polypeptide of the T1R family, wherein the T1R3 polypeptide: (a) has an amino acid sequence of SEQ ID NO: 25; (b) is encoded by a nucleotide sequence of SEQ ID NO: 24; or (c) has greater than 93% amino acid sequence identity to SEQ ID NO: 25. (a) has an amino acid sequence of SEQ ID NO: 25; (b) is encoded by a nucleotide sequence of SEQ ID NO: 24; or (c) has greater than 93% amino acid sequence identity to SEQ ID NO: 25.
A method for handling physical downlink control channel, named PDCCH hereinafter, orders in a user equipment, named UE hereinafter, of a wireless communication system, the wireless communication system supports Carrier Aggregation, named CA hereinafter, which enables the UE to perform transmission and/or reception through multiple carriers, the method comprising: - configuring a plurality of carriers; - receiving a PDCCH order; and - using a specific carrier within the plurality of carriers to trigger a random access, named RA hereinafter, procedure according to the PDCCH order; characterized by - receiving the PDCCH order is receiving the PDCCH order through a downlink carrier within the plurality of carriers, - wherein the specific carrier is an uplink carrier within the plurality of carriers corresponding to the downlink carrier. - configuring a plurality of carriers; - receiving a PDCCH order; and - using a specific carrier within the plurality of carriers to trigger a random access, named RA hereinafter, procedure according to the PDCCH order; - receiving the PDCCH order is receiving the PDCCH order through a downlink carrier within the plurality of carriers, - wherein the specific carrier is an uplink carrier within the plurality of carriers corresponding to the downlink carrier.
A substrate on which is provided a bar code comprising a plurality of bars separated by spaces in a contrasting colour, characterised in that at least some of the bars or the spaces are coloured by: (i) a dye which will change colour in the presence of an acid to reduce the contrast between the bars and the spaces, and a neutral compound which is a cationic photoinitiator which, on exposure to energising radiation, forms an acid to initiate a colour change in the dye, or (ii) a dye which will change colour in the presence of a base to reduce the contrast between the bars and the spaces, and a neutral compound which is a photolatent base which, on exposure to energizing radiation, forms a base to initiate a colour change in the dye, wherein the dye and neutral compound are combined in a printed layer or in separate printed layers. (i) a dye which will change colour in the presence of an acid to reduce the contrast between the bars and the spaces, and a neutral compound which is a cationic photoinitiator which, on exposure to energising radiation, forms an acid to initiate a colour change in the dye, or (ii) a dye which will change colour in the presence of a base to reduce the contrast between the bars and the spaces, and a neutral compound which is a photolatent base which, on exposure to energizing radiation, forms a base to initiate a colour change in the dye, wherein the dye and neutral compound are combined in a printed layer or in separate printed layers.
A method of controlling the pitch attitude of a multi-engine aircraft experiencing thrust asymmetry, comprising the following steps: calculating in real-time a minimum safe speed (V warning) of said multi-engine aircraft experiencing thrust asymmetry comprising calculating a thrust asymmetry yawing moment coefficient as a function of at least the following parameters: dynamic pressure, yaw rate and airplane weight; and outputting a control command to an elevator actuator for setting the angular position of an elevator of said aircraft, said angular position setting being selected so that the current airspeed of said aircraft stays above said calculated minimum safe speed (V warning). calculating in real-time a minimum safe speed (V warning) of said multi-engine aircraft experiencing thrust asymmetry comprising calculating a thrust asymmetry yawing moment coefficient as a function of at least the following parameters: dynamic pressure, yaw rate and airplane weight; and outputting a control command to an elevator actuator for setting the angular position of an elevator of said aircraft, said angular position setting being selected so that the current airspeed of said aircraft stays above said calculated minimum safe speed (V warning).