mhurhangee/ep-ind-claims huggingface dataset:
A method for dispensing a product from an interior volume of a container to which a power assembly is secured, the method comprising: rotating an actuator sleeve (90, 201) of the power assembly in one direction 360° or less relative to the container to draw an amount of the product from the interior volume into a pump chamber and to pressurize the pump chamber; temporarily depressing an actuator (130, 230) of the power assembly to open a valve that is in fluid communication with the pump chamber and that is normally biased to be in a closed position to dispense a portion of the product from the pump chamber through a nozzle for a duration of time during which the actuator (130, 230) is temporarily depressed; releasing pressure on the actuator (130, 230) to permit the valve to return to the closed position before all of the product drawn in the pump chamber in step is dispensed through the nozzle; re-depressing and re-releasing pressure on the actuator (130, 230) sequentially one or more times until all of the product drawn in the pump chamber in step is dispensed through the nozzle; and repeating steps through to draw additional amounts of the product from the interior volume of the container and to dispense the additional amounts of the product through the nozzle; wherein, during the duration when the product is dispensed from the pump chamber, the actuator sleeve (90, 201) of the power assembly does not rotate relative to the container, and wherein the actuator sleeve (90, 201) of the power assembly is never rotated relative to the container in a direction opposite the one direction of rotation in step; and wherein the actuator sleeve (90,201) of the power assembly is rotatable through less than a full turn to draw a partial charge of the product into the pump chamber prior to dispensing of a portion of the product. rotating an actuator sleeve (90, 201) of the power assembly in one direction 360° or less relative to the container to draw an amount of the product from the interior volume into a pump chamber and to pressurize the pump chamber; temporarily depressing an actuator (130, 230) of the power assembly to open a valve that is in fluid communication with the pump chamber and that is normally biased to be in a closed position to dispense a portion of the product from the pump chamber through a nozzle for a duration of time during which the actuator (130, 230) is temporarily depressed; releasing pressure on the actuator (130, 230) to permit the valve to return to the closed position before all of the product drawn in the pump chamber in step is dispensed through the nozzle; re-depressing and re-releasing pressure on the actuator (130, 230) sequentially one or more times until all of the product drawn in the pump chamber in step is dispensed through the nozzle; and repeating steps through to draw additional amounts of the product from the interior volume of the container and to dispense the additional amounts of the product through the nozzle;
Method for cleaning and conditioning the circulation system of a power station, in particular a nuclear power station, in which - an amine is metered into the work medium circulating in the circulation system as a film former, said amine forming a hydrophobic film on the surface of the circulation system, wherein - during the duration of the process, the concentration of the film former is monitored at at least one measuring point by measuring, characterised in that - the dosage of the film former is ended if the concentration thereof in the work medium has reached a value of 1ppm to 2ppm at at least one measuring point, and the concentration of the film former remains the same at a constant dosage rate at multiple measuring points (M1, M2, M3). - an amine is metered into the work medium circulating in the circulation system as a film former, said amine forming a hydrophobic film on the surface of the circulation system, wherein - during the duration of the process, the concentration of the film former is monitored at at least one measuring point by measuring, characterised in that - the dosage of the film former is ended if the concentration thereof in the work medium has reached a value of 1ppm to 2ppm at at least one measuring point, and the concentration of the film former remains the same at a constant dosage rate at multiple measuring points (M1, M2, M3).
A method implemented by a base station of receiving control information from a user terminal, the method comprising: scheduling downlink transmissions to said user terminal on one or more downlink component carriers; and if the user terminal is scheduled to receive downlink transmissions on a first single downlink component carrier, receiving Hybrid Automatic Repeat Request, HARQ, acknowledgements associated with the downlink transmissions to the user terminal on a first set of radio resources on an uplink primary component carrier associated with said first downlink component carrier, the method characterized by further comprising, if the user terminal is scheduled to receive downlink transmissions on a second single downlink component carrier, which is different from the first downlink component carrier associated with the uplink primary component carrier, or on multiple downlink component carriers, receiving HARQ acknowledgements associated with the downlink transmissions to the user terminal on a second set of radio resources on the uplink primary component carrier, wherein the second set of radio resources is indicated to the user terminal by a dynamic indication selecting the second set of radio resources out of Physical Uplink Control Channel, PUCCH, resources semi-statically reserved for at least one more user terminal served by the base station. scheduling downlink transmissions to said user terminal on one or more downlink component carriers; and if the user terminal is scheduled to receive downlink transmissions on a first single downlink component carrier, receiving Hybrid Automatic Repeat Request, HARQ, acknowledgements associated with the downlink transmissions to the user terminal on a first set of radio resources on an uplink primary component carrier associated with said first downlink component carrier, the method characterized by further comprising, if the user terminal is scheduled to receive downlink transmissions on a second single downlink component carrier, which is different from the first downlink component carrier associated with the uplink primary component carrier, or on multiple downlink component carriers, receiving HARQ acknowledgements associated with the downlink transmissions to the user terminal on a second set of radio resources on the uplink primary component carrier, wherein the second set of radio resources is indicated to the user terminal by a dynamic indication selecting the second set of radio resources out of Physical Uplink Control Channel, PUCCH, resources semi-statically reserved for at least one more user terminal served by the base station.
A method of manufacturing an injection enhanced IGBT, Insulated Gate Bipolar Transistor, comprising steps as follow: providing an N-type substrate; forming a P-type doped layer on the N-type substrate; forming a hard layer on the P-type doped layer; etching the hard layer to form a hard layer having a trench pattern; etching the P-type doped layer to form a trench extending into the N-type substrate; forming an N-type doped layer on a sidewall of the trench; removing the hard layer having the trench pattern; performing a drive-in to the P-type dopant of the P-type doped layer and the N-type dopant of the N-type doped layer together, the P-type dopant forming a P-type base region by diffusing, and the N-type dopant forming an N-type buffer layer by diffusing; forming a gate oxide dielectric layer on a surface of the trench; depositing a polysilicon layer in the trench on which the gate oxide dielectric layer is formed, characterized in that the N-type doped layer is also formed on the bottom of the trench. providing an N-type substrate; forming a P-type doped layer on the N-type substrate; forming a hard layer on the P-type doped layer; etching the hard layer to form a hard layer having a trench pattern; etching the P-type doped layer to form a trench extending into the N-type substrate; forming an N-type doped layer on a sidewall of the trench; removing the hard layer having the trench pattern; performing a drive-in to the P-type dopant of the P-type doped layer and the N-type dopant of the N-type doped layer together, the P-type dopant forming a P-type base region by diffusing, and the N-type dopant forming an N-type buffer layer by diffusing; forming a gate oxide dielectric layer on a surface of the trench; depositing a polysilicon layer in the trench on which the gate oxide dielectric layer is formed, characterized in that the N-type doped layer is also formed on the bottom of the trench.
The use of an oil-soluble mono-, di-, or tri-glyceride of at least one hydroxy polycarboxylic acid, or a derivative thereof, as an anti-wear additive and/or friction modifier in a non-aqueous lubricant composition and/or in a fuel composition.
Device for extracting air from a hob, in which an extraction opening for extracting air from the hob and a front panel, above which the extraction opening is arranged, is present in a side of the device facing the hob, for closing the device with the exception of the extraction opening and for guiding the extracted air, wherein the device has the extraction opening, the front panel and at least one hinge, wherein the front panel is connected to the device with the hinge, in order to support the front panel pivotably on the device, characterised in that the hinge is designed such that with a transition between a closed end position, in which the front panel closes the device with the exception of the extraction opening, and an open end position, in which the front panel is pivoted away from the device as far as an end point, said hinge moves from exerting a tensile force on the front panel to exerting a compressive force on the front panel.
A medication delivery system comprising: a valved holding chamber comprising: a housing (2, 12) defining a flow channel; a valve (700, 720) disposed in the flow channel, wherein the valve (700, 720) is moveable between first and second configurations in response to a flow through the flow channel, and is reconfigurable between a first condition and a second condition in response to an electrical stimuli; an actuator adapted to apply the electrical stimuli, wherein: the valve (700, 720) has a first resistance to moving between the first and second configurations when the valve (700, 720) is in the first condition, and wherein the valve (700, 720) has a second resistance to moving between the first and second configurations when the valve (700, 720) is in the second condition, wherein the first resistance is greater than the second resistance; the valved holding chamber is configured such that a flow rate of flow through the flow channel is calculated; and the valve is actively managed such that the flow rate through the valve does not exceed a predetermined threshold. a housing (2, 12) defining a flow channel; a valve (700, 720) disposed in the flow channel, wherein the valve (700, 720) is moveable between first and second configurations in response to a flow through the flow channel, and is reconfigurable between a first condition and a second condition in response to an electrical stimuli; an actuator adapted to apply the electrical stimuli, wherein: the valve (700, 720) has a first resistance to moving between the first and second configurations when the valve (700, 720) is in the first condition, and wherein the valve (700, 720) has a second resistance to moving between the first and second configurations when the valve (700, 720) is in the second condition, wherein the first resistance is greater than the second resistance; the valved holding chamber is configured such that a flow rate of flow through the flow channel is calculated; and the valve is actively managed such that the flow rate through the valve does not exceed a predetermined threshold. the valve (700, 720) has a first resistance to moving between the first and second configurations when the valve (700, 720) is in the first condition, and wherein the valve (700, 720) has a second resistance to moving between the first and second configurations when the valve (700, 720) is in the second condition, wherein the first resistance is greater than the second resistance; the valved holding chamber is configured such that a flow rate of flow through the flow channel is calculated; and the valve is actively managed such that the flow rate through the valve does not exceed a predetermined threshold.
A data interaction system, comprising: a remote controller and an access point, AP; the remote controller is configured to send data in a certain format; characterized in that the AP is configured to listen and receive data sent by the remote controller on a dedicated channel of the remote controller; wherein the remote controller and the AP use identical communication parameters to perform a bi-directional data interaction, wherein the data interaction system further comprises: a background server; the AP is further configured to forward the data sent by the remote controller to the background server; the background server is configured to process the data sent by the remote controller, wherein the AP is further configured to collect energy of the data packet uploaded by the remote controller, and transmit the energy of the data packet to the background server; the background server is further configured to analyze the energy of the data packet, and determine the position of the remote controller from the AP; and the data packet comprises the data in the certain format; wherein there are a plurality of APs; the plurality of APs are further configured to collect energy of the data packet uploaded by the remote controller, and transmit the energy of the data packet to the background server; the background server is also configured to analyze the energy of the data packet collected by the plurality of APs, and determine the position of the remote controller. a remote controller and an access point, AP; the remote controller is configured to send data in a certain format; characterized in that the AP is configured to listen and receive data sent by the remote controller on a dedicated channel of the remote controller; wherein the remote controller and the AP use identical communication parameters to perform a bi-directional data interaction, wherein the data interaction system further comprises: a background server; the AP is further configured to forward the data sent by the remote controller to the background server; the background server is configured to process the data sent by the remote controller, wherein the AP is further configured to collect energy of the data packet uploaded by the remote controller, and transmit the energy of the data packet to the background server; the background server is further configured to analyze the energy of the data packet, and determine the position of the remote controller from the AP; and the data packet comprises the data in the certain format; wherein there are a plurality of APs; the plurality of APs are further configured to collect energy of the data packet uploaded by the remote controller, and transmit the energy of the data packet to the background server; the background server is also configured to analyze the energy of the data packet collected by the plurality of APs, and determine the position of the remote controller.
A ship comprising: a plurality of gathering places surrounded by a fire protection construction in the ship; a plurality of lifeboats (46, 47) equipped in a hull of the ship; and an evacuation guiding system, wherein the evacuation guiding system comprises a personal distribution information obtaining unit configured to obtain, based on information from a camera (111;111a;111b) provided in the ship, passenger position information in a predetermined area in the ship; an evacuation route calculating unit configured to formulate, based on the passenger position information from the personal distribution information obtaining unit and passage passability information set from event information of evacuation, an evacuation route; an evacuation information managing unit configured to share information with the personal distribution information obtaining unit and the evacuation route calculating unit, and output the evacuation route formulated by the evacuation route calculating unit; an evacuation guiding unit configured to modify, based on the evacuation route output by the evacuation information managing unit, evacuation guidance display provided in a passage in the ship; and a gathering place managing unit configured to assign the lifeboats to be boarded, to a plurality of passengers who have evacuated to the plurality of gathering places, wherein the camera (111;111a;111b) is provided in a horizontal passage provided in a transverse bulkhead of the ship, and in a vertical passage communicating into upper and lower decks. a plurality of gathering places surrounded by a fire protection construction in the ship; a plurality of lifeboats (46, 47) equipped in a hull of the ship; and an evacuation guiding system, wherein the evacuation guiding system comprises a personal distribution information obtaining unit configured to obtain, based on information from a camera (111;111a;111b) provided in the ship, passenger position information in a predetermined area in the ship; an evacuation route calculating unit configured to formulate, based on the passenger position information from the personal distribution information obtaining unit and passage passability information set from event information of evacuation, an evacuation route; an evacuation information managing unit configured to share information with the personal distribution information obtaining unit and the evacuation route calculating unit, and output the evacuation route formulated by the evacuation route calculating unit; an evacuation guiding unit configured to modify, based on the evacuation route output by the evacuation information managing unit, evacuation guidance display provided in a passage in the ship; and a gathering place managing unit configured to assign the lifeboats to be boarded, to a plurality of passengers who have evacuated to the plurality of gathering places, wherein the camera (111;111a;111b) is provided in a horizontal passage provided in a transverse bulkhead of the ship, and in a vertical passage communicating into upper and lower decks.
A method for generating a barcode with an embedded colour palette for colour correction of a captured image in digital format, the method comprising: generating an initial barcode according to a barcode standard or pre-known specification, the initial barcode being formed by a plurality of encoding units each having a predetermined position in the barcode, and the plurality of encoding units including light colour encoding units and dark colour encoding units jointly encoding a link to a storage location for storing data of the colour palette embedded in the barcode; splitting a predefined set of reference colours for colour correction into a set of reference dark colours and a set of reference light colours depending on a first contrast threshold; according to one or more predefined replacement criteria, modifying the initial barcode by replacing, for each of at least some of the reference dark colours, a dark colour encoding unit by the reference dark colour, and replacing, for each of at least some of the reference light colours, a light colour encoding unit by the reference light colour; accessing the storage location through the link to the storage location and updating the storage location with data representing the reference colours included in the modified barcode and corresponding positions in the barcode attributed to said reference colours in the modified barcode. generating an initial barcode according to a barcode standard or pre-known specification, the initial barcode being formed by a plurality of encoding units each having a predetermined position in the barcode, and the plurality of encoding units including light colour encoding units and dark colour encoding units jointly encoding a link to a storage location for storing data of the colour palette embedded in the barcode; splitting a predefined set of reference colours for colour correction into a set of reference dark colours and a set of reference light colours depending on a first contrast threshold; according to one or more predefined replacement criteria, modifying the initial barcode by replacing, for each of at least some of the reference dark colours, a dark colour encoding unit by the reference dark colour, and replacing, for each of at least some of the reference light colours, a light colour encoding unit by the reference light colour; accessing the storage location through the link to the storage location and updating the storage location with data representing the reference colours included in the modified barcode and corresponding positions in the barcode attributed to said reference colours in the modified barcode.
A riser disconnect and support mechanism for flexible risers and/or umbilicals on a floating offshore structure, comprising: a rigid main body portion; a plurality of projections that extend radially outward from said rigid main body portion; a convex section extending substantially from the center of said rigid main body portion, said rigid main body portion and convex section having means for receiving a plurality of flexible risers and/or umbilicals therethrough; and a plurality of arch-shaped riser supports on each of said projections for supporting flexible risers and/or umbilicals, wherein said projections extend out from the rigid main body portion at a distance that allows the portions of the flexible risers and/or umbilicals below the rigid main body portion to hang at an angle and bend radius in accordance with the design tolerances of the flexible risers and/or umbilicals to prevent buckling or damage due to excessive bending while keeping the flexible risers and/or umbilicals from contacting a sea floor when supported on the plurality of supports. a rigid main body portion; a plurality of projections that extend radially outward from said rigid main body portion; a convex section extending substantially from the center of said rigid main body portion, said rigid main body portion and convex section having means for receiving a plurality of flexible risers and/or umbilicals therethrough; and a plurality of arch-shaped riser supports on each of said projections for supporting flexible risers and/or umbilicals, wherein said projections extend out from the rigid main body portion at a distance that allows the portions of the flexible risers and/or umbilicals below the rigid main body portion to hang at an angle and bend radius in accordance with the design tolerances of the flexible risers and/or umbilicals to prevent buckling or damage due to excessive bending while keeping the flexible risers and/or umbilicals from contacting a sea floor when supported on the plurality of supports.
The compound crystalline calcium (3 S)-{[(1 R)-isobutanoyloxyethoxy] carbonylaminomethyl}-5-methyl-hexanoate hydrate, which exhibits characteristic scattering angles (2θ) at least at 5.1° ± 0.2°, 7.3° ± 0.2°, 8.0° ± 0.2°, 11.6° ± 0.2°, 16.3° ± 0.2°, 17.3° ± 0.2°, and 19.2° ± 0.2° in an X-ray powder diffractogram measured using Cu-K α radiation.