mhurhangee/ep-ind-claims huggingface dataset:
A wireless power transmission apparatus comprising: a resonator (120, 230, 430) configured to transmit power through a resonance with another resonator (140, 240); a switch (130, 220, 420) configured to connect the resonator (120, 230, 430) to a power source (110, 210, 410); a setting unit configured to set a target amount of current to flow in the resonator (120, 230, 430); a control unit configured to control the switch (130, 220, 420) based on the target amount of current; a sensor (510, 1010) configured to sense an actual amount of current flowing in the resonator (120, 230, 430); and a data generator (610, 1110) configured to generate data to be transmitted to the other resonator (140, 240), wherein the data comprises at least two bits, wherein the control unit is configured to control the switch (130, 220, 420) by comparing the actual amount of current to the target amount of current, and wherein the setting unit is configured to set the target amount of current based on an output signal of the data generator (610, 1110); characterized in that the control unit is configured to turn off the switch (130, 220, 420) when the actual amount of current reaches the target amount of current. a resonator (120, 230, 430) configured to transmit power through a resonance with another resonator (140, 240); a switch (130, 220, 420) configured to connect the resonator (120, 230, 430) to a power source (110, 210, 410); a setting unit configured to set a target amount of current to flow in the resonator (120, 230, 430); a control unit configured to control the switch (130, 220, 420) based on the target amount of current; a sensor (510, 1010) configured to sense an actual amount of current flowing in the resonator (120, 230, 430); and a data generator (610, 1110) configured to generate data to be transmitted to the other resonator (140, 240), wherein the data comprises at least two bits, wherein the control unit is configured to control the switch (130, 220, 420) by comparing the actual amount of current to the target amount of current, and wherein the setting unit is configured to set the target amount of current based on an output signal of the data generator (610, 1110); characterized in that the control unit is configured to turn off the switch (130, 220, 420) when the actual amount of current reaches the target amount of current.
A method of seismic exploration above a region of the subsurface containing structural or stratigraphic features conducive to the presence, migration, or accumulation of hydrocarbons, comprising the steps of: (a) selecting at least one narrowband frequency range; (b) providing at least one narrowband seismic source for each of said selected at least one narrowband frequency range, each of said narrowband seismic source emitting seismic energy at least approximately within a corresponding narrowband frequency range; (c) conducting a narrowband seismic survey using each of said at least one narrowband seismic source, thereby creating a narrowband seismic survey; (d) combining at least a portion of said narrowband seismic survey together with a broadband survey collected proximate to said narrowband seismic survey by using the narrowband seismic survey to augment the frequency range of the broadband survey at the lower frequency end of the bandwidth, thereby forming an enhanced survey wherein forming the enhanced survey includes performing a full wave form inversion on the narrowband data and the broadband data; and, (e) using at least a portion of said enhanced survey to explore for hydrocarbons within said region of the subsurface, wherein the broadband survey is based on higher frequencies than the frequency range of the at least one narrowband seismic source. (a) selecting at least one narrowband frequency range; (b) providing at least one narrowband seismic source for each of said selected at least one narrowband frequency range, each of said narrowband seismic source emitting seismic energy at least approximately within a corresponding narrowband frequency range; (c) conducting a narrowband seismic survey using each of said at least one narrowband seismic source, thereby creating a narrowband seismic survey; (d) combining at least a portion of said narrowband seismic survey together with a broadband survey collected proximate to said narrowband seismic survey by using the narrowband seismic survey to augment the frequency range of the broadband survey at the lower frequency end of the bandwidth, thereby forming an enhanced survey wherein forming the enhanced survey includes performing a full wave form inversion on the narrowband data and the broadband data; and, (e) using at least a portion of said enhanced survey to explore for hydrocarbons within said region of the subsurface, wherein the broadband survey is based on higher frequencies than the frequency range of the at least one narrowband seismic source.
An automotive vapor pump, preferably a purge pump for pumping a pump gas comprising fuel vapor, the automotive vapor pump comprising: a centrifugal pumping wheel for pumping the pump gas from a pump inlet opening into an outlet volute and subsequently into a substantially tangential pump outlet duct fluidically connecting the outlet volute with a pump outlet opening, an electric motor for driving the pumping wheel, the electric motor comprising at least one static motor coil, a magnetic rotor body and a motor driving electronics for driving the motor coil, an electric connector plug for electrically connecting the motor driving electronics with an external control unit, and an integrated pressure sensor detecting the fluidic pressure in the outlet volute or in the pump outlet duct, characterized in that the pressure sensor is electrically directly connected with a contact pin of the electric connector plug via an integrated electric line. a centrifugal pumping wheel for pumping the pump gas from a pump inlet opening into an outlet volute and subsequently into a substantially tangential pump outlet duct fluidically connecting the outlet volute with a pump outlet opening, an electric motor for driving the pumping wheel, the electric motor comprising at least one static motor coil, a magnetic rotor body and a motor driving electronics for driving the motor coil, an electric connector plug for electrically connecting the motor driving electronics with an external control unit, and an integrated pressure sensor detecting the fluidic pressure in the outlet volute or in the pump outlet duct, characterized in that the pressure sensor is electrically directly connected with a contact pin of the electric connector plug via an integrated electric line.
Extractor hood having an extractor housing, a fan accommodated in the extractor housing, an inner frame with an extraction opening, a filter unit for cleaning the air sucked in by the fan, wherein the surface of the filter unit lies parallel to the surface of the extraction opening and at least partially covers the extraction opening, and a baffle plate which at least partially covers the extraction opening and is arranged upstream of the filter unit in the direction of flow, characterised in that a storage container is provided for liquid contaminants, the storage container is detachably connected to the extractor hood and at least partially rests on the floor on the inside of the baffle plate, and at least one fastening region for the storage container is provided on the inside of the baffle plate.
A method performed by an application hub computing device, comprising: forwarding a user interface to a client computing device (108, 110) from an application hub running on the application hub computing device, wherein the application hub serves as a landing site where a client may launch applications for an analytical services platform on the client computing device (108, 110), wherein the analytical services platform is interfaced with at least one analytical device (102, 104) to receive data from the at least one analytical device (102, 104) and to perform one of filtering the received data or processing the received data, wherein the at least one analytical device (102, 104) comprises a chromatography device or a mass spectrometer, and the user interface identifies a selected one of the applications as not installed on the client computing device (108, 110); receiving input via the user interface on the client computing device indicating a request to install the selected application on the client device; based on the received communication, retrieving the selected application from an application repository; and causing the retrieved selected application to be installed on the client computing device (108, 110). forwarding a user interface to a client computing device (108, 110) from an application hub running on the application hub computing device, wherein the application hub serves as a landing site where a client may launch applications for an analytical services platform on the client computing device (108, 110), wherein the analytical services platform is interfaced with at least one analytical device (102, 104) to receive data from the at least one analytical device (102, 104) and to perform one of filtering the received data or processing the received data, wherein the at least one analytical device (102, 104) comprises a chromatography device or a mass spectrometer, and the user interface identifies a selected one of the applications as not installed on the client computing device (108, 110); receiving input via the user interface on the client computing device indicating a request to install the selected application on the client device; based on the received communication, retrieving the selected application from an application repository; and causing the retrieved selected application to be installed on the client computing device (108, 110).
A phacoemulsification handpiece, comprising: a needle; a sleeve, wherein the sleeve has at least one opening for use in aspiration and/or at least one opening for use in irrigation; and an actuator; wherein the sleeve is movable in relation to the needle in response to the actuator, wherein a distal end of the sleeve is extended beyond the distal end of the needle, the handpiece being characterised in that the distal end of the sleeve comprises a bullet-nose shape including a split or slit feature at the distal end through which at least a portion of the needle may pass. a needle; a sleeve, wherein the sleeve has at least one opening for use in aspiration and/or at least one opening for use in irrigation; and an actuator; wherein the sleeve is movable in relation to the needle in response to the actuator, wherein a distal end of the sleeve is extended beyond the distal end of the needle, the handpiece being characterised in that the distal end of the sleeve comprises a bullet-nose shape including a split or slit feature at the distal end through which at least a portion of the needle may pass.
A header height sensor for a harvesting head of an agricultural combine, the header height sensor comprising: an elongate sensor arm having an upper end and a lower end; a reversing joint comprising a housing configured to receive and pivotally support the upper end of the elongate sensor arm for relative movement about a first axis of rotation with respect to the housing; a bracket pivotally coupled to the housing and adapted to be fixed to a point of the harvesting head; wherein said housing defines a first mechanical stop that receives the elongate sensor arm, characterized in that the first mechanical stop has a recess that abuts the elongate sensor arm on two opposing sides when the elongate sensor arm is flexed in opposing directions that are parallel to the first axis of rotation. an elongate sensor arm having an upper end and a lower end; a reversing joint comprising a housing configured to receive and pivotally support the upper end of the elongate sensor arm for relative movement about a first axis of rotation with respect to the housing; a bracket pivotally coupled to the housing and adapted to be fixed to a point of the harvesting head; wherein said housing defines a first mechanical stop that receives the elongate sensor arm, characterized in that the first mechanical stop has a recess that abuts the elongate sensor arm on two opposing sides when the elongate sensor arm is flexed in opposing directions that are parallel to the first axis of rotation.
A method of making a DNA methylation array comprising a plurality of polynucleotides coupled to a matrix, wherein the plurality of polynucleotides are selected by a method comprising: (a) performing a polynucleotide sequence alignment comprising comparing a human genome with a plurality of non-human mammalian genomes to identify polynucleotide sequences in the human genome comprising CpG methylation sites that are homologous to polynucleotide sequences within genomes of non-human mammalian species comprising CpG methylation sites; (b) ranking the polynucleotide sequences in the human genome identified in (a), wherein the ranking criteria comprises sequence homology to polynucleotide sequences in genomes of non-human mammalian species; and (c) using the ranking in (b) to select a plurality of polynucleotides in the human genome that cross hybridize to a plurality of polynucleotide sequences in the genomes of non-human mammalian species; and (d) coupling selected sequences from step (c) to a matrix so as to form a DNA methylation array. (a) performing a polynucleotide sequence alignment comprising comparing a human genome with a plurality of non-human mammalian genomes to identify polynucleotide sequences in the human genome comprising CpG methylation sites that are homologous to polynucleotide sequences within genomes of non-human mammalian species comprising CpG methylation sites; (b) ranking the polynucleotide sequences in the human genome identified in (a), wherein the ranking criteria comprises sequence homology to polynucleotide sequences in genomes of non-human mammalian species; and (c) using the ranking in (b) to select a plurality of polynucleotides in the human genome that cross hybridize to a plurality of polynucleotide sequences in the genomes of non-human mammalian species; and (d) coupling selected sequences from step (c) to a matrix so as to form a DNA methylation array.
A method comprising: obtaining a bit mask from a predetermined set of three bit masks, wherein each mask in the predetermined set of three masks is associated with a different antenna configuration of three antenna configurations, wherein a first bit mask of the predetermined set of three bit masks is associated with a single antenna configuration, a second bit mask of the predetermined set of three bit masks is associated with a two antenna configuration, and a third bit mask of the predetemined set of three bit masks is associated with a four antenna configuration; and wherein a hamming distance between the first bit mask and the second bit mask is maximized; and masking a plurality of cyclic redundancy check bits to be transmitted with the obtained bit mask to thereby impart information regarding the antenna configuration associated with the obtained bit mask. obtaining a bit mask from a predetermined set of three bit masks, wherein each mask in the predetermined set of three masks is associated with a different antenna configuration of three antenna configurations, wherein a first bit mask of the predetermined set of three bit masks is associated with a single antenna configuration, a second bit mask of the predetermined set of three bit masks is associated with a two antenna configuration, and a third bit mask of the predetemined set of three bit masks is associated with a four antenna configuration; and wherein a hamming distance between the first bit mask and the second bit mask is maximized; and masking a plurality of cyclic redundancy check bits to be transmitted with the obtained bit mask to thereby impart information regarding the antenna configuration associated with the obtained bit mask.
A method of inhibiting vapor phase corrosion and staining on a stainless steel surface in a clean in place process, the method comprising: (a) applying a vapor phase corrosion inhibited acid cleaning composition to a stainless steel surface, the composition comprising an acid cleaning solution in contact with the stainless steel surface and a vapor phase corrosion inhibitor at a composition temperature range of 4.44 °C (40 degrees Fahrenheit) to 93.33 °C (200 degrees Fahrenheit), wherein the vapor phase corrosion inhibited acid cleaning composition comprises 0.05 wt. % to 5 wt. % of an ethoxylated amine and/or an ethoxylated alcohol, 5 wt. % to 50 wt. % nitric acid and 1 to 30 wt. % sulfuric acid. (a) applying a vapor phase corrosion inhibited acid cleaning composition to a stainless steel surface, the composition comprising an acid cleaning solution in contact with the stainless steel surface and a vapor phase corrosion inhibitor at a composition temperature range of 4.44 °C (40 degrees Fahrenheit) to 93.33 °C (200 degrees Fahrenheit), wherein the vapor phase corrosion inhibited acid cleaning composition comprises 0.05 wt. % to 5 wt. % of an ethoxylated amine and/or an ethoxylated alcohol, 5 wt. % to 50 wt. % nitric acid and 1 to 30 wt. % sulfuric acid.
System, consisting of a vehicle having an infotainment system, a mobile data processing device and a motion sensing device, wherein a first communication interface is set up to transmit control commands I S from the motion sensing device to the mobile data processing device, the mobile data processing device is set up to translate the control commands I S into instructions I A for the infotainment system, and a second communication interface is set up to transmit the instructions I A from the mobile data processing device to the infotainment system.
A reduced Larsen Effect electrode assembly for stimulation and/or recording of electrical signals in a tissue or organ of a subject, the reduced Larsen effect Electrode having a longitudinal axis, a distal end and a proximal end comprising: a macro electrode sub-assembly comprising: a rigidity-imparting macro cannula; and an isolating macro sleeve coaxially coupled thereon; a micro electrode sub-assembly coaxially and selectably slidably coupled within said macro electrode sub-assembly, comprising an insulation-coated electrode wire coaxially coupled along a portion thereof to an isolating micro sleeve for reducing vibrations of said electrode wire, coaxially coupled within a rigidity-imparting micro cannula, wherein said rigidity-imparting micro cannula decreases the flexibility of said electrode wire and prevents the building of a resonant wave in response to exposure to vibration resulting from acoustic pressure on the electrode wire. a macro electrode sub-assembly comprising: a rigidity-imparting macro cannula; and an isolating macro sleeve coaxially coupled thereon; a micro electrode sub-assembly coaxially and selectably slidably coupled within said macro electrode sub-assembly, comprising an insulation-coated electrode wire coaxially coupled along a portion thereof to an isolating micro sleeve for reducing vibrations of said electrode wire, coaxially coupled within a rigidity-imparting micro cannula, wherein said rigidity-imparting micro cannula decreases the flexibility of said electrode wire and prevents the building of a resonant wave in response to exposure to vibration resulting from acoustic pressure on the electrode wire.
A vehicle speed sensor device, comprising: a rechargeable battery; a speed sensor configured to receive power from the battery and measure a rotational speed of a wheel bearing to generate a speed signal; a wireless signal transmitter configured to transmit the speed signal to an electronic controller through wireless communication; a self-generator configured to be able to generate power from rotation of the wheel bearing and charge the battery using the generated power; and an external power supply module configured to supply power to the battery; wherein the external power supply module comprises a capacitor capable of storing the power generated by the self-generator; and the capacitor is configured to charge the battery when an output current of the self-generator is less than or equal to a predetermined value, characterized in that: the external power supply module further comprises a first wireless power transceiver connected to the capacitor and configured to transmit the power of the capacitor in a wireless manner; and the vehicle speed sensor device further comprises a second wireless power transceiver configured to receive the power from the first wireless power transceiver provided in the external power supply module in a wireless manner and charge the battery using the received power. a rechargeable battery; a speed sensor configured to receive power from the battery and measure a rotational speed of a wheel bearing to generate a speed signal; a wireless signal transmitter configured to transmit the speed signal to an electronic controller through wireless communication; a self-generator configured to be able to generate power from rotation of the wheel bearing and charge the battery using the generated power; and an external power supply module configured to supply power to the battery; wherein the external power supply module comprises a capacitor capable of storing the power generated by the self-generator; and the capacitor is configured to charge the battery when an output current of the self-generator is less than or equal to a predetermined value, characterized in that: the external power supply module further comprises a first wireless power transceiver connected to the capacitor and configured to transmit the power of the capacitor in a wireless manner; and the vehicle speed sensor device further comprises a second wireless power transceiver configured to receive the power from the first wireless power transceiver provided in the external power supply module in a wireless manner and charge the battery using the received power. the external power supply module further comprises a first wireless power transceiver connected to the capacitor and configured to transmit the power of the capacitor in a wireless manner; and the vehicle speed sensor device further comprises a second wireless power transceiver configured to receive the power from the first wireless power transceiver provided in the external power supply module in a wireless manner and charge the battery using the received power.
Process for the culturing of eukaryotic cells in a reactor in suspension in a cell culture medium, wherein the cells produce a recombinant protein, wherein at least one cell culture medium component is fed to the cell culture and wherein the cell culture comprising the cells, the recombinant protein and cell culture medium is circulated over a filter in a flow substantially parallel to a surface of said filter resulting in a liquid outflow and a flow which contents are kept in or fed back into the reactor, wherein the filter has a pore size suitable to separate the recombinant protein from substances having a lower molecular weight than the recombinant protein and wherein the liquid outflow consists essentially of components having a molecular weight lower than that of the recombinant protein and wherein the recombinant protein is retained in or fed back into the reactor.