mhurhangee/ep-ind-claims huggingface dataset:
A method of heating a body of crushed hydrocarbonaceous material to produce hydrocarbons therefrom while reducing the total energy required to produce the hydrocarbons from the crushed hydrocarbonaceous material, characterized by: forming a body of crushed hydrocarbonaceous material having a first zone and a second zone in a different zone from the first zone; heating the first zone during a first heating stage to form a dynamic high temperature production region in the first zone, wherein the dynamic high temperature production region has a temperature sufficient to produce hydrocarbon products; injecting a cooling fluid into the first zone after the high temperature production region forms such that the dynamic high temperature production region moves into the second zone in a second heating stage, wherein as the dynamic high temperature production region moves from the first zone into the second zone, the crushed hydrocarbonaceous material in the second zone increases in temperature up to a sufficient temperature for hydrocarbon production; and collecting hydrocarbons from the body of crushed hydrocarbonaceous material during both the first and second heating stages. forming a body of crushed hydrocarbonaceous material having a first zone and a second zone in a different zone from the first zone; heating the first zone during a first heating stage to form a dynamic high temperature production region in the first zone, wherein the dynamic high temperature production region has a temperature sufficient to produce hydrocarbon products; injecting a cooling fluid into the first zone after the high temperature production region forms such that the dynamic high temperature production region moves into the second zone in a second heating stage, wherein as the dynamic high temperature production region moves from the first zone into the second zone, the crushed hydrocarbonaceous material in the second zone increases in temperature up to a sufficient temperature for hydrocarbon production; and collecting hydrocarbons from the body of crushed hydrocarbonaceous material during both the first and second heating stages.
A method for supporting cooperative communication across network nodes in a wireless communication environment, comprising: identifying one or more intra-node codebooks, each intra-node codebook comprising a set of vector quantized entries relating to per-node channel conditions which reflect channel conditions associated with the antennas of a specific network node of the network nodes, and one or more inter-node codebooks, each inter-node codebook comprising a set of vector quantized entries characterizing relationships between channels corresponding to respective antennas of different network nodes of the network nodes; selecting one or more intra-node codebooks or inter-node codebooks from which to provide channel state feedback to an associated network node, based at least in part on information received from the associated network node, and based at least in part on a downlink coordination strategy employed by the associated network node; and providing channel state feedback to the associated network node corresponding to the at least one selected codebook. identifying one or more intra-node codebooks, each intra-node codebook comprising a set of vector quantized entries relating to per-node channel conditions which reflect channel conditions associated with the antennas of a specific network node of the network nodes, and one or more inter-node codebooks, each inter-node codebook comprising a set of vector quantized entries characterizing relationships between channels corresponding to respective antennas of different network nodes of the network nodes; selecting one or more intra-node codebooks or inter-node codebooks from which to provide channel state feedback to an associated network node, based at least in part on information received from the associated network node, and based at least in part on a downlink coordination strategy employed by the associated network node; and providing channel state feedback to the associated network node corresponding to the at least one selected codebook.
A method for selecting a target cell for handover of user equipment, UE, in a Long Term Evolution, LTE, system, the method comprising an eNodeB in a serving cell performing: determining virtual channels supported by each of a plurality of neighboring cells, wherein a virtual channel is an identifiable information flow between a media source and a set of target UE; determining a set of virtual channels of interest to a UE; selecting a subset of the neighboring cells, which supports at least one virtual channel in the set of virtual channels of interest to the UE; modifying a reporting process of the UE based on the selected subset of the neighboring cells, wherein modifying the reporting process comprises one or more of: setting reporting parameters to cause the serving cell to receive radio frequency measurement reports for neighboring cells in the subset more frequently than it receives radio frequency measurement reports for the remaining neighboring cells in the plurality of neighboring cells; and setting reporting parameters to cause the UE to withhold sending measurement reports for neighboring cells outside of the subset of neighboring cells; based on the modified reporting process, selecting one of the neighboring cells, from the subset, as a target cell for handover of the UE. determining virtual channels supported by each of a plurality of neighboring cells, wherein a virtual channel is an identifiable information flow between a media source and a set of target UE; determining a set of virtual channels of interest to a UE; selecting a subset of the neighboring cells, which supports at least one virtual channel in the set of virtual channels of interest to the UE; modifying a reporting process of the UE based on the selected subset of the neighboring cells, wherein modifying the reporting process comprises one or more of: setting reporting parameters to cause the serving cell to receive radio frequency measurement reports for neighboring cells in the subset more frequently than it receives radio frequency measurement reports for the remaining neighboring cells in the plurality of neighboring cells; and setting reporting parameters to cause the UE to withhold sending measurement reports for neighboring cells outside of the subset of neighboring cells; setting reporting parameters to cause the serving cell to receive radio frequency measurement reports for neighboring cells in the subset more frequently than it receives radio frequency measurement reports for the remaining neighboring cells in the plurality of neighboring cells; and setting reporting parameters to cause the UE to withhold sending measurement reports for neighboring cells outside of the subset of neighboring cells; based on the modified reporting process, selecting one of the neighboring cells, from the subset, as a target cell for handover of the UE.
A method of specifying a scope regarding data items to be affected by a subsequent computer operation on a computer system, characterized by the steps of: (a) displaying on a graphical user interface a control comprising a plurality of hierarchically arranged items, wherein each item of the plurality of hierarchically arranged items can be explicitly selected by a user for inclusion and for exclusion from the scope; and (b) displaying on the GUI a list of items (407, 405) explicitly included or explicitly excluded from the scope; and (c) when the user explicitly selects a specific item for inclusion or for exclusion from the scope: (i) changing a state of the specific item from a previous state to a new state; and (ii) changing a state of each descendant of the specific item to a new implicit state based on the new state of the specific item. (a) displaying on a graphical user interface a control comprising a plurality of hierarchically arranged items, wherein each item of the plurality of hierarchically arranged items can be explicitly selected by a user for inclusion and for exclusion from the scope; and (b) displaying on the GUI a list of items (407, 405) explicitly included or explicitly excluded from the scope; and (c) when the user explicitly selects a specific item for inclusion or for exclusion from the scope: (i) changing a state of the specific item from a previous state to a new state; and (ii) changing a state of each descendant of the specific item to a new implicit state based on the new state of the specific item. (i) changing a state of the specific item from a previous state to a new state; and (ii) changing a state of each descendant of the specific item to a new implicit state based on the new state of the specific item.
A system comprising: a prediction criteria module, adapted to store information about one or more chronobiological rhythm prediction criteria; a physiological information collection device, adapted to sense or receive information about at least one physiological process having a chronobiological rhythm whose presence, absence, or change is statistically associated with a disease state; an impending disease state prediction module, coupled to the prediction criteria module to receive the one or more chronobiological rhythm prediction criteria and coupled to the physiological information collection device to receive the chronobiological rhythm of the at least one physiological process, the impending disease state prediction module being adapted to compute a probability indication of an occurrence of impending disease using the one or more chronobiological rhythm prediction criteria and the chronobiological rhythm of the at least one physiological process and wherein the impending disease state prediction module is adapted to generate, using the probability indication, a probability statement that the occurrence of impending disease will occur during a specified prediction time period after the prediction; and at least one of the prediction criteria module, the physiological information collection device, or the impending disease state prediction module including an implantable portion. a prediction criteria module, adapted to store information about one or more chronobiological rhythm prediction criteria; a physiological information collection device, adapted to sense or receive information about at least one physiological process having a chronobiological rhythm whose presence, absence, or change is statistically associated with a disease state; an impending disease state prediction module, coupled to the prediction criteria module to receive the one or more chronobiological rhythm prediction criteria and coupled to the physiological information collection device to receive the chronobiological rhythm of the at least one physiological process, the impending disease state prediction module being adapted to compute a probability indication of an occurrence of impending disease using the one or more chronobiological rhythm prediction criteria and the chronobiological rhythm of the at least one physiological process and wherein the impending disease state prediction module is adapted to generate, using the probability indication, a probability statement that the occurrence of impending disease will occur during a specified prediction time period after the prediction; and at least one of the prediction criteria module, the physiological information collection device, or the impending disease state prediction module including an implantable portion.
A fused polypeptide PTD-P15 which is characterized by its amino acid sequence: arginine - asparaginic acid - leucine - tyrosine - asparaginic add - asparaginic acid - asparaginic acid -asparaginic acid - lysine - asparaginic acid - arginine - methionine - proline - tyrosine - serine - threonine - glutamic acid - leucine - isoleucine - phenylalanine - tyrosine - isoleucine - glutamic acid - methionine - asparaginic acid - proline.
A method for generating optical multipartite quantum states, comprising selecting a multi-colored laser source, generating optical fields by at least two different spontaneous four-wave mixing processes and overlapping the optical fields spontaneously generated from the different spontaneous four-wave mixing processes into a same resonator mode of a nonlinear third-order resonator.
Electronic eyewear viewing device comprising - a frame arranged to be wearable on a user's head, - a display module comprising a display for viewing images, - a carrier for carrying said display module, said carrier being connected to said frame, characterised in that said electronic eyewear viewing device comprises - a primary pivoting hinge system arranged for interconnecting said carrier and said display module and comprising a first at least partially spherical joint rotatably mounted around a first axis passing through said first at least partially spherical joint via a first cut-out and rotatably mounted around a second axis connected with said first at least partially spherical joint via a second cut-out and passing through a hole in said first axis, whereby said second axis crosses said first axis through said hole in a centre point of said first at least partially spherical joint. - a frame arranged to be wearable on a user's head, - a display module comprising a display for viewing images, - a carrier for carrying said display module, said carrier being connected to said frame, characterised in that said electronic eyewear viewing device comprises - a primary pivoting hinge system arranged for interconnecting said carrier and said display module and comprising a first at least partially spherical joint rotatably mounted around a first axis passing through said first at least partially spherical joint via a first cut-out and rotatably mounted around a second axis connected with said first at least partially spherical joint via a second cut-out and passing through a hole in said first axis, whereby said second axis crosses said first axis through said hole in a centre point of said first at least partially spherical joint.
A method of making a rotor of fibre reinforced plastics material including the steps of: (a) providing a rotatable mandrel having a longitudinal axis; (b) applying a release agent to said mandrel; (c) applying fibre material to the mandrel over said release agent; and (d) providing a magnetically loaded tow, including magnetic particles, over said fibre material, wherein the fibre material is applied so that the magnetic particles do not substantially penetrate therethrough to the mandrel; characterized in that when applying fibre material to the mandrel over said release agent, said fibre material has fibres extending in the direction of said longitudinal axis. (a) providing a rotatable mandrel having a longitudinal axis; (b) applying a release agent to said mandrel; (c) applying fibre material to the mandrel over said release agent; and (d) providing a magnetically loaded tow, including magnetic particles, over said fibre material, wherein the fibre material is applied so that the magnetic particles do not substantially penetrate therethrough to the mandrel;
An assembly comprising: - a printed circuit board, and - a coil spring developing along a longitudinal axis (x-x) and consisting of a wire that defines a spring body having an inner cavity; wherein, at a first end of the spring, the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board, so as to removably secure the spring to the printed circuit board; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion, located in a distal position which is farther from the spring body, and a narrower portion, located in a proximal position. - a printed circuit board, and - a coil spring developing along a longitudinal axis (x-x) and consisting of a wire that defines a spring body having an inner cavity; wherein, at a first end of the spring, the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board, so as to removably secure the spring to the printed circuit board; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion, located in a distal position which is farther from the spring body, and a narrower portion, located in a proximal position. wherein, at a first end of the spring, the wire forms a fitting portion that, by becoming elastically deformed, is adapted for fitting into an aperture of the printed circuit board, so as to removably secure the spring to the printed circuit board; characterized in that the fitting portion has a hook-like shape, and comprises: a wider portion, located in a distal position which is farther from the spring body, and a narrower portion, located in a proximal position.
A black curable composition for a wafer level lens, comprising a metal-containing inorganic pigment, a polymerization initiator, a polymerizable compound having at least one polymerizable ethylenic unsaturated group and having a boiling point of 100 °C or higher at normal pressure, and an organic pigment.
A gas analyzer for measuring predetermined components in a measurement gas introduced into a measurement cell by irradiating the measurement gas with light from a light emitter and receiving the light passing through the measurement gas with a light receiver, the gas analyzer comprising: a measurement cell comprising an inner tube; an outer tube surrounding the inner tube and defining an annular space between the inner tube and the outer tube, the annular space extending from a first axial end to a second axial end of the inner and outer tubes (3, 4); a supply arranged at the second axial end for supplying the measurement gas into the annular space; an introduction port arranged at the first axial end for introducing the measurement gas into the inner tube; and means for introducing the measurement gas into the introduction port from the annular space between the inner tube and the outer tube. a measurement cell comprising an inner tube; an outer tube surrounding the inner tube and defining an annular space between the inner tube and the outer tube, the annular space extending from a first axial end to a second axial end of the inner and outer tubes (3, 4); a supply arranged at the second axial end for supplying the measurement gas into the annular space; an introduction port arranged at the first axial end for introducing the measurement gas into the inner tube; and means for introducing the measurement gas into the introduction port from the annular space between the inner tube and the outer tube.
An in vitro or ex vivo method for targeted allelic exchange, the method comprising contacting a pair of homologous chromosomes, each chromosome of the pair having a heterogeneous recessive allele of the same gene, each heterogeneous recessive allele having a positionally unique mutation, with a recombinant gene editing complex, under conditions under which the recombinant gene editing complex induces double stranded breaks in each chromosome at an intronic site aligning between the positionally unique mutations, such that allelic exchange occurs between the two chromosomes of the pair and produces a mutation-free chromosome and a mutant chromosome.
A friction stir spot joining apparatus for spot-joining a pair of plate members (W1, W2) by friction stirring with a pin portion of a tool, the apparatus comprising: an advancing and retracting driving device configured to advance and retract the tool to and from the pair of plate members (W1, W2); a rotationally driving device configured to rotate the tool; and a control device configured to control the advancing and retracting driving device and the rotationally driving device, wherein the control device executes joining control of pushing the pin portion into the pair of plate members (W1, W2) while the tool is rotated and causing the pin portion to pressurize the pair of plate members (W1, W2), and executes heat dissipation control of reducing at least one of a rotation speed and a pressurization force of the tool more than in the joining control while the tool is rotated and the pin portion is kept pushed into the pair of plate members (W1, W2) after the joining control and separating the tool from the pair of plate members (W1, W2) after a surface temperature of the pin portion becomes less than an oxidation onset temperature. an advancing and retracting driving device configured to advance and retract the tool to and from the pair of plate members (W1, W2); a rotationally driving device configured to rotate the tool; and a control device configured to control the advancing and retracting driving device and the rotationally driving device, wherein the control device executes joining control of pushing the pin portion into the pair of plate members (W1, W2) while the tool is rotated and causing the pin portion to pressurize the pair of plate members (W1, W2), and executes heat dissipation control of reducing at least one of a rotation speed and a pressurization force of the tool more than in the joining control while the tool is rotated and the pin portion is kept pushed into the pair of plate members (W1, W2) after the joining control and separating the tool from the pair of plate members (W1, W2) after a surface temperature of the pin portion becomes less than an oxidation onset temperature.
A vertical roulette mechanism, comprising: a stand; a transparent or translucent wheel (804; 900) configured to be mounted to the stand, the wheel (804; 900) including a circular ring of a plurality of numbers corresponding to a movable roulette wheel; a motor affixed to the stand and configured to rotate and brake the movable roulette wheel while the stand remains stationary; a stationary roulette ball fixedly mounted to the stand; a plurality of lights fixedly mounted to the stand between the stand and the wheel and behind each of the plurality of numbers, the plurality of lights configured to illuminate the wheel so the numbers are visible to a player of the vertical roulette mechanism; and a base section including a controller module and a computer module, the controller module including a plurality of connectors, the base section including an interactive display and one or more buttons configured to enable a player to interact with a roulette game at least partially displayed on the display, the wheel and the plurality of lights including connectors configured to mate with the plurality of connectors; the base section further comprising a random number generator that determines an amount of force to be applied to rotate the movable roulette wheel or when a braking force will be applied to the movable roulette wheel or a combination of both. a stand; a transparent or translucent wheel (804; 900) configured to be mounted to the stand, the wheel (804; 900) including a circular ring of a plurality of numbers corresponding to a movable roulette wheel; a motor affixed to the stand and configured to rotate and brake the movable roulette wheel while the stand remains stationary; a stationary roulette ball fixedly mounted to the stand; a plurality of lights fixedly mounted to the stand between the stand and the wheel and behind each of the plurality of numbers, the plurality of lights configured to illuminate the wheel so the numbers are visible to a player of the vertical roulette mechanism; and a base section including a controller module and a computer module, the controller module including a plurality of connectors, the base section including an interactive display and one or more buttons configured to enable a player to interact with a roulette game at least partially displayed on the display, the wheel and the plurality of lights including connectors configured to mate with the plurality of connectors; the base section further comprising a random number generator that determines an amount of force to be applied to rotate the movable roulette wheel or when a braking force will be applied to the movable roulette wheel or a combination of both.