mhurhangee/ep-ind-claims huggingface dataset:
A system for controlling movement of a charged molecule through a nanopore comprising: a) a substrate positioned to separate a cis space and a trans space; b) at least one charged molecule attached to a magnetic bead located in the cis space; c) at least the nanopore in the substrate through which at least a portion of the charged molecule can pass from the cis space to the trans space; d) an electrical potential source for applying a bias voltage between the cis space and the trans space; e) a scan plate located in the cis space; f) a magnet or an assembly of magnets configured to create a magnetic field that passes through the scan plate; g) an actuator for controlling the distance between the substrate and the scan plate such that they can be moved with nanometer precision and characterised by h) a microfabricated structure comprising a soft magnetic material on or near a surface of the scan plate facing the nanopore, wherein the microfabricated structure is configured to match the magnetic bead in size and configures the magnetic field to create a localized magnetic field gradient. a) a substrate positioned to separate a cis space and a trans space; b) at least one charged molecule attached to a magnetic bead located in the cis space; c) at least the nanopore in the substrate through which at least a portion of the charged molecule can pass from the cis space to the trans space; d) an electrical potential source for applying a bias voltage between the cis space and the trans space; e) a scan plate located in the cis space; f) a magnet or an assembly of magnets configured to create a magnetic field that passes through the scan plate; g) an actuator for controlling the distance between the substrate and the scan plate such that they can be moved with nanometer precision and characterised by h) a microfabricated structure comprising a soft magnetic material on or near a surface of the scan plate facing the nanopore, wherein the microfabricated structure is configured to match the magnetic bead in size and configures the magnetic field to create a localized magnetic field gradient.
A method for producing a polycrystalline diamond body, the method comprising: a first step of heat-treating a powder of high-pressure-phase carbon at higher than or equal to 1300°C in an atmosphere free from oxygen to obtain a heat-treated carbon powder; and a second step of sintering the heat-treated carbon powder under conditions of greater than or equal to 12 GPa and less than or equal to 25 GPa and higher than or equal to 1200°C and lower than or equal to 2300°C to obtain a polycrystalline diamond body, wherein the high-pressure-phase carbon includes at least one of diamond and hexagonal diamond. a first step of heat-treating a powder of high-pressure-phase carbon at higher than or equal to 1300°C in an atmosphere free from oxygen to obtain a heat-treated carbon powder; and a second step of sintering the heat-treated carbon powder under conditions of greater than or equal to 12 GPa and less than or equal to 25 GPa and higher than or equal to 1200°C and lower than or equal to 2300°C to obtain a polycrystalline diamond body, wherein the high-pressure-phase carbon includes at least one of diamond and hexagonal diamond.
A method of fabricating middle of line, MOL, layers, comprising: depositing a hard mask across a plurality of gates and active contacts to terminals of semiconductor devices of a semiconductor substrate; patterning the hard mask to selectively expose some of the plurality of gates and selectively insulate some of the plurality of gates and the active contacts; and depositing a conductive material on the patterned hard mask and the exposed ones of the plurality of gates to couple the exposed ones of the plurality of gates to each other over an active area of the semiconductor devices without coupling the unexposed ones of the plurality of gates, wherein depositing the conductive material further comprises extending the conductive material across the hard mask covering the unexposed ones of the plurality of gates and the active contacts. depositing a hard mask across a plurality of gates and active contacts to terminals of semiconductor devices of a semiconductor substrate; patterning the hard mask to selectively expose some of the plurality of gates and selectively insulate some of the plurality of gates and the active contacts; and depositing a conductive material on the patterned hard mask and the exposed ones of the plurality of gates to couple the exposed ones of the plurality of gates to each other over an active area of the semiconductor devices without coupling the unexposed ones of the plurality of gates, wherein depositing the conductive material further comprises extending the conductive material across the hard mask covering the unexposed ones of the plurality of gates and the active contacts.
Overrun braking device for a push trailer, comprising a drive motor supported in the push trailer with a supporting force and torque-lockingly coupled to a drive wheel of the push trailer for transmitting a drive torque, a drawbar having a coupling device at a first end for coupling to the steering vehicle for transmitting a pushing force from the push trailer to a steering vehicle, and a second end opposite the first end coupled to the push trailer, a brake unit acting on at least one wheel of the push trailer, which can be actuated by means of a brake actuating element, characterized in that the drawbar has a braking force-transmitting drawbar part which is movable with respect to a load-bearing frame of the push trailer, and in that the supporting force of the drive motor counteracting the drive torque at the drive wheel is introduced into this movable braking force-transmitting drawbar part of the drawbar in the pushing direction of the push trailer and acts on the brake actuating element.
Immature Red Osier Dogwood plant material powder for increasing growth efficiency in an animal compared to a control animal of similar age and condition fed a control diet, characterized in that the immature Red Osier Dogwood plant material powder is administered to the animal according to a specific schedule or regime, said immature Red Osier Dogwood plant material powder having less than 4 years' growth.
A water-in-oil emulsion for the preparation of a frozen confection, the emulsion comprising a water phase and an oil phase in a weight ratio (WP:OP) of from 94:6 to 70:30 wherein: - the oil phase comprises at least an edible oil and an emulsifier, the emulsifier having an average HLB of from 0.1 to 5; - the water phase comprises at least water and one or more freezing point depressors selected from the group consisting of sugars, salts or sugar-alcohols or a mixture thereof; - the emulsion comprises at least (W × A) wt% emulsifier by weight of the emulsion where: • W is the proportion of the water phase in the emulsion expressed as the weight percentage of the total emulsion; and • A is 0.0001; - the emulsion comprises at most (O × 0.2) wt% emulsifier by weight of the emulsion where: • O is the proportion of the oil phase in the emulsion expressed as the weight percentage of the total emulsion; - the emulsion comprises from 4 to 40 wt% of the one or more freezing point depressors by weight of the emulsion; and - the temperature at which the edible oil contains 25 wt% solid fat by weight of the edible oil is lower than temperature at which the water phase contains 25 wt% ice by weight of the water phase. - the oil phase comprises at least an edible oil and an emulsifier, the emulsifier having an average HLB of from 0.1 to 5; - the water phase comprises at least water and one or more freezing point depressors selected from the group consisting of sugars, salts or sugar-alcohols or a mixture thereof; - the emulsion comprises at least (W × A) wt% emulsifier by weight of the emulsion where: • W is the proportion of the water phase in the emulsion expressed as the weight percentage of the total emulsion; and • A is 0.0001; • W is the proportion of the water phase in the emulsion expressed as the weight percentage of the total emulsion; and • A is 0.0001; - the emulsion comprises at most (O × 0.2) wt% emulsifier by weight of the emulsion where: • O is the proportion of the oil phase in the emulsion expressed as the weight percentage of the total emulsion; • O is the proportion of the oil phase in the emulsion expressed as the weight percentage of the total emulsion; - the emulsion comprises from 4 to 40 wt% of the one or more freezing point depressors by weight of the emulsion; and - the temperature at which the edible oil contains 25 wt% solid fat by weight of the edible oil is lower than temperature at which the water phase contains 25 wt% ice by weight of the water phase.
An encapsulation structure comprising: at least two encapsulation structure layers that cover an outer side of a device to be encapsulated, wherein at least one of the at least two encapsulation structure layers comprises an inorganic layer and an organic layer that are superimposed, the inorganic layer comprises a first sub-inorganic layer and a second sub-inorganic layer that are superimposed, a first opening is in the first sub-inorganic layer, a second opening is in the second sub-inorganic layer, and an elastic structure is disposed in each of the first opening and the second opening, wherein the first opening and the second opening are curved slits, wherein: a plurality of the first openings are in the first sub-inorganic layer and extend in parallel to one other along a direction in a plan view plane; a plurality of the second openings are in the second sub-inorganic layer and extend in parallel to one other along a direction in a plan view plane; and an orthographic projection of the plurality of the second openings on the first sub-inorganic layer and the plurality of the first openings are mutually parallel. a plurality of the first openings are in the first sub-inorganic layer and extend in parallel to one other along a direction in a plan view plane; a plurality of the second openings are in the second sub-inorganic layer and extend in parallel to one other along a direction in a plan view plane; and an orthographic projection of the plurality of the second openings on the first sub-inorganic layer and the plurality of the first openings are mutually parallel.
A method of reducing interference (I 3) to a received signal in a wireless network, the interference comprising intermodulation products of at least a first signal (C 1) and a second signal (C 2), the method comprising: generating, on the basis of the first signal (C 1) and the second signal (C 2), a plurality of delayed interference signals comprising simulated intermodulation products generated using a plurality of delay values; correlating each of the delayed interference signals with the received signal to produce data representing a correlation for each delayed interference signal; selecting at least one delay value of the plurality of delay values in dependence on a comparison of the data representative of the correlations; and combining, with the received signal, an interference signal comprising simulated intermodulation products generated from the first signal (C 1) and the second signal (C 2) using the at least one delay value. generating, on the basis of the first signal (C 1) and the second signal (C 2), a plurality of delayed interference signals comprising simulated intermodulation products generated using a plurality of delay values; correlating each of the delayed interference signals with the received signal to produce data representing a correlation for each delayed interference signal; selecting at least one delay value of the plurality of delay values in dependence on a comparison of the data representative of the correlations; and combining, with the received signal, an interference signal comprising simulated intermodulation products generated from the first signal (C 1) and the second signal (C 2) using the at least one delay value.
A system for enabling one or more users to interact with a virtual world, the system comprising: a user device for presenting the virtual world to a user and enabling the user to interact with the virtual world, the user device comprising: memory, processing circuitry, software stored in the memory and executable by the processing circuitry to render at least a portion of the virtual world from virtual world data received, at least in part, from a computer network, a display operable to present the virtual world to the user, a communications interface operable to communicate at least a portion of the virtual world data over a data network, a sensing system operable to sense at least one of the user, a physical object, or a physical environment around the user, a gateway connecting the user device to the computer network configured to monitor and regulate the rate of data exchange between the user device and the computer network to allow optimum data processing capabilities for the user device by determining the type of data being exchanged and prioritizing data according to one of a content type, content location within the user's field of view, or rendering capabilities of the user device, wherein the processing circuitry is operable to execute the software to render a change in the virtual world in response to at least one of the sensed user, sensed physical object, or sensed physical environment. memory, processing circuitry, software stored in the memory and executable by the processing circuitry to render at least a portion of the virtual world from virtual world data received, at least in part, from a computer network, a display operable to present the virtual world to the user, a communications interface operable to communicate at least a portion of the virtual world data over a data network, a sensing system operable to sense at least one of the user, a physical object, or a physical environment around the user, a gateway connecting the user device to the computer network configured to monitor and regulate the rate of data exchange between the user device and the computer network to allow optimum data processing capabilities for the user device by determining the type of data being exchanged and prioritizing data according to one of a content type, content location within the user's field of view, or rendering capabilities of the user device, wherein the processing circuitry is operable to execute the software to render a change in the virtual world in response to at least one of the sensed user, sensed physical object, or sensed physical environment.
An exciting device for an electromagnetic connection device, the exciting device comprising: a yoke including an annular groove and a first through hole formed in a bottom wall serving as a bottom of the annular groove; an exciting coil stored in the annular groove; characterized by a terminal housing including a convex portion fitted in the first through hole and a concave portion located on the opposite side of the annular groove with respect to the convex portion, the convex portion including a second through hole extending in a direction parallel to the center line of the first through hole; and an external connecting terminal buried in the terminal housing in a state in which a portion of the external connecting terminal is exposed in the concave portion, the external connecting terminal including a coil extraction hole formed in the portion exposed in the concave portion and continuing to the second through hole, and the exciting coil including an extraction end soldered to the external connecting terminal in a state in which the extraction end is passed through the second through hole and the coil extraction hole. a yoke including an annular groove and a first through hole formed in a bottom wall serving as a bottom of the annular groove; an exciting coil stored in the annular groove; characterized by a terminal housing including a convex portion fitted in the first through hole and a concave portion located on the opposite side of the annular groove with respect to the convex portion, the convex portion including a second through hole extending in a direction parallel to the center line of the first through hole; and an external connecting terminal buried in the terminal housing in a state in which a portion of the external connecting terminal is exposed in the concave portion, the external connecting terminal including a coil extraction hole formed in the portion exposed in the concave portion and continuing to the second through hole, and the exciting coil including an extraction end soldered to the external connecting terminal in a state in which the extraction end is passed through the second through hole and the coil extraction hole.
A method comprising: receiving, at a controller, an incoming data packet destined for one or more containers; replicating, at the controller, the incoming data packet to generate a replicated data packet; sending the replicated data packet to at least one non-production container; receiving a test data packet from the at least one non-production container at a corresponding incoming port of the controller; storing the test data packet; dropping the test data packet; and analysing the stored test data packet for validating the at least one non-production container. receiving, at a controller, an incoming data packet destined for one or more containers; replicating, at the controller, the incoming data packet to generate a replicated data packet; sending the replicated data packet to at least one non-production container; receiving a test data packet from the at least one non-production container at a corresponding incoming port of the controller; storing the test data packet; dropping the test data packet; and analysing the stored test data packet for validating the at least one non-production container.
A wireless battery management system for vehicles, the wireless battery management system comprising: at least one cell module controller having a wireless communication module and a battery module; and a battery master controller wirelessly connected to the wireless communication module of the at least one CMC and configured to manage the at least one CMC, wherein the BMC is configured to transmit Advertising data configured for the at least one CMC, wherein the at least one CMC is configured to transmit Scan Request data to the BMC in response to the configured Advertising data, wherein the BMC is configured to transmit Scan Response data to the at least one CMC in response to the Scan Request data, and wherein the configured Advertising data includes scheduling information for next Advertising data transmission; wherein the scheduling information includes frequency information and time information for the next Advertising data transmission; and based on that the BMC receives the Scan Request data, the scheduling information is updated; and wherein the frequency information is determined as a channel index.
A dental composition comprising an inorganic material and an organic material, wherein the inorganic material is in the form of platelets, the platelets are of the thickness of 0.2μm to 10μm and have the aspect ratio of from 1:1 to 1:20, wherein the inorganic material has the following composition: Oxide From (weight %) To (weight %) SiO 2 58,3 60,20 P 2 O 5 5,4 5,60 Al 2 O 3 2,5 2,50 Li 2 O 14,4 14,70 K 2 O 1,2 1,20 ZrO 2 9,8 11,00 CeO 2 0,5 1,90 Tb 4 O 7 1 1,70 V 2 O 5 0 0,8 Er 2 O 3 0,1 0,9 Y 2 O 3 0,4 0,4 MnO 2 0 0,1 Nd 2 O 3 0 0,3 Fe 2 O 3 0 0,2 B 2 O 3 0 2,7 Na 2 O 0,2 0,2 and wherein the inorganic material has biaxial strength of more than 600 MPa, measured according to ISO 6872. the platelets are of the thickness of 0.2μm to 10μm and have the aspect ratio of from 1:1 to 1:20, wherein the inorganic material has the following composition: Oxide From (weight %) To (weight %) SiO 2 58,3 60,20 P 2 O 5 5,4 5,60 Al 2 O 3 2,5 2,50 Li 2 O 14,4 14,70 K 2 O 1,2 1,20 ZrO 2 9,8 11,00 CeO 2 0,5 1,90 Tb 4 O 7 1 1,70 V 2 O 5 0 0,8 Er 2 O 3 0,1 0,9 Y 2 O 3 0,4 0,4 MnO 2 0 0,1 Nd 2 O 3 0 0,3 Fe 2 O 3 0 0,2 B 2 O 3 0 2,7 Na 2 O 0,2 0,2 and wherein the inorganic material has biaxial strength of more than 600 MPa, measured according to ISO 6872.
An array substrate, comprising a gate line and a data line which define a pixel region on a substrate, wherein the pixel region comprises a thin film transistor region and an electrode pattern region, wherein a gate electrode, a gate insulation layer, an active layer, a source electrode and a drain electrode, and a passivation layer are sequentially formed from bottom to top in the thin film transistor region on the substrate, wherein a storage capacitance electrode, the gate insulation layer, a color resin layer, a pixel electrode, the passivation layer, and a common electrode are sequentially formed from bottom to top in the electrode pattern region on the substrate, the common electrode and the pixel electrode are configured for forming a multi-dimensional electric field, and the storage capacitance electrode is formed of a metal material for the gate electrode and contacts the substrate, the array substrate further comprising a via hole, penetrating through the passivation layer between the pixel electrode and the common electrode, the color resin layer and the gate insulating layer and formed above the storage capacitance electrode; a first and second transparent conductive pattern formed sequentially in the via hole, the first transparent conductive pattern being formed by a material from which the pixel electrode is formed, and comprising a portion disposed on the color resin layer, and provided in the same layer as the pixel electrode, the second transparent conductive pattern being formed by a material from which the common electrode is formed and comprising a portion disposed on the passivation layer and provided in the same layer as the common electrode; wherein the common electrode is connected with the storage capacitance electrode by the first and second transparent conductive pattern.