mhurhangee/ep-ind-claims huggingface dataset:
An interface for converting a desired physiological plant response into control instructions for at least one lighting system having at least adjustable lighting property, said interface characterized in comprising: a receiver for receiving a desired physiological plant response; a processor functionally coupled to said receiver for converting said desired physiological plant response into said control instructions, and a transmitter, functionally coupled to said processor, for transmitting said control instructions, wherein said desired physiological plant response is defined as a set point in a multi-dimensional horticulture action space, said multi-dimensional horticulture action space being represented by at least two dimensions selected from a first dimension representative for a desired photosynthesis action, a second dimension representative for a desired phototropine action, a third dimension representative for a desired phytochrome Pr action, and a fourth dimension representative for a desired phytochrome Pfr action, wherein said processor is functionally coupled to a memory comprising a description of a subspace of the multi-dimensional horticulture action space representing points in the multi-dimensional horticulture action space that are convertible into control instructions executable by a lighting system, and wherein said processor is adapted for mapping said set point to a target point in said subspace and determine corresponding control instructions for a lighting system. a receiver for receiving a desired physiological plant response; a processor functionally coupled to said receiver for converting said desired physiological plant response into said control instructions, and a transmitter, functionally coupled to said processor, for transmitting said control instructions,
Method for detection of interlaminar laminate shorts in the laminated stator core of electrical machines, in which the laminated stator core is subjected to an externally applied field current or field voltage, and the short-circuit magnetic field (B short) induced by short-circuit currents is measured with the assistance of a sensor coil which is arranged in the gap in the machine and probes this gap, characterized in that the field current and field voltage have a waveform which differs significantly from a sinusoidal shape, and in that the waveform of the field current or field voltage is a periodic waveform with significant higher harmonics, the higher harmonic components of which have a decreasing amplitude as frequency rises.
An exhaust gas control apparatus for an internal combustion engine, comprising: a particulate filter that is provided in an exhaust passage of the internal combustion engine; a first selective reduction-type NOx catalyst that is provided in the exhaust passage downstream of the particulate filter; a second selective reduction-type NOx catalyst that is provided in the exhaust passage downstream of the first selective reduction-type NOx catalyst; a urea addition unit that is provided in the exhaust passage between the particulate filter and the first selective reduction-type NOx catalyst to add urea into exhaust gas; and characterized by a PM sensor that is provided in the exhaust passage between the first selective reduction-type NOx catalyst and the second selective reduction-type NOx catalyst to detect an amount of a particulate matter in exhaust gas. a particulate filter that is provided in an exhaust passage of the internal combustion engine; a first selective reduction-type NOx catalyst that is provided in the exhaust passage downstream of the particulate filter; a second selective reduction-type NOx catalyst that is provided in the exhaust passage downstream of the first selective reduction-type NOx catalyst; a urea addition unit that is provided in the exhaust passage between the particulate filter and the first selective reduction-type NOx catalyst to add urea into exhaust gas; and characterized by a PM sensor that is provided in the exhaust passage between the first selective reduction-type NOx catalyst and the second selective reduction-type NOx catalyst to detect an amount of a particulate matter in exhaust gas.
A method of monitoring contact tip useful life in a welding torch during non-constant voltage gas metal arc welding, said method comprising the steps of: measuring welding current of the contact tip mounted in the welding torch; and quantifying deterioration of the contact tip based on a decrease of the welding current and increase of a standard deviation of the welding current (sd_ I) measuring welding current of the contact tip mounted in the welding torch; and quantifying deterioration of the contact tip based on a decrease of the welding current and increase of a standard deviation of the welding current (sd_ I)
Tracking device for ground tracking purposes from the interior of a motor vehicle with a tracking probe that can be brought into contact with the ground and a handle enabling the tracking probe to be moved from a position of rest into a lowered ground tracking position, whereby the handle comprises a lever (6, 8) and a lever bearing with a horizontal axis of rotation, whereby the lever (6, 8) can be connected through the lever bearing to the interior floor of the vehicle, characterised in that the handle comprising the lever (6, 8) and the lever bearing is in the form of a rocker system and the tracking probe is connected to the rocker-shaped handle in such a way that when the handle is activated, the tracking probe can be lowered into the ground tracking position.
A method for producing mature megakaryocytic cells comprising: artificially inducing forced expression of an oncogene selected from MYC family genes and the polycomb gene BMI1 in hematopoietic progenitor cells, CD34-positive cells, or megakaryocytic progenitor cells without multi-polyploidization and culturing and growing the cells; and differentiating the grown cells into mature megakaryocytic cells. artificially inducing forced expression of an oncogene selected from MYC family genes and the polycomb gene BMI1 in hematopoietic progenitor cells, CD34-positive cells, or megakaryocytic progenitor cells without multi-polyploidization and culturing and growing the cells; and differentiating the grown cells into mature megakaryocytic cells.
Electrolytic cell for electrodialysis of salt solutions delimited by an anodic semi-shell and a cathodic semi-shell, comprising: - one anodic chamber delimited by said anodic semi-shell and by a gas-diffusion anode fed with a hydrogen-containing fuel gas; - at least one intermediate chamber fed with a process electrolyte consisting of a solution containing an acid and/or a salt, said at least one intermediate chamber delimited by said gas-diffusion anode and by an ion-exchange membrane; - one cathodic chamber delimited by said ion-exchange membrane and said cathodic semi-shell, containing a gas-diffusion cathode fed with a oxygen-containing oxidant gas; the anodic semi-shell and the cathodic semi-shell being either mutually short-circuited or connected through a current rectifier with the positive pole connected to the anodic semi-shell and the negative pole connected to the cathodic semi-shell. - one anodic chamber delimited by said anodic semi-shell and by a gas-diffusion anode fed with a hydrogen-containing fuel gas; - at least one intermediate chamber fed with a process electrolyte consisting of a solution containing an acid and/or a salt, said at least one intermediate chamber delimited by said gas-diffusion anode and by an ion-exchange membrane; - one cathodic chamber delimited by said ion-exchange membrane and said cathodic semi-shell, containing a gas-diffusion cathode fed with a oxygen-containing oxidant gas; the anodic semi-shell and the cathodic semi-shell being either mutually short-circuited or connected through a current rectifier with the positive pole connected to the anodic semi-shell and the negative pole connected to the cathodic semi-shell.
A recombinant vector for producing ethanol, comprising: a polynucleotide of SEQ ID NO: 1; a polynucleotide selected from the group consisting of SEQ ID Nos: 3, 5 and 7; a polynucleotide of SEQ ID NO: 9; and a polynucleotide of SEQ ID NO: 11. a polynucleotide of SEQ ID NO: 1; a polynucleotide selected from the group consisting of SEQ ID Nos: 3, 5 and 7; a polynucleotide of SEQ ID NO: 9; and a polynucleotide of SEQ ID NO: 11.
An apparatus comprising: a link, the link comprising a plurality of lanes, the lanes are unidirectional, the lanes comprising: a master lane configured to, when no data needs to be sent, fill the master lane to keep a data sink active and to synchronize to a data source, and non-master lanes (302, 303, 304) configured to be locked in synchronization with the master lane by a data-rate phase-locked loop, PLL, arranged to lock the clock recovery for all non-master lanes to the master lane, non-master lanes further being configured, when no data needs to be sent, to stall during a period of inactivity; and physical layer logic to interface with the link. a link, the link comprising a plurality of lanes, the lanes are unidirectional, the lanes comprising: a master lane configured to, when no data needs to be sent, fill the master lane to keep a data sink active and to synchronize to a data source, and non-master lanes (302, 303, 304) configured to be locked in synchronization with the master lane by a data-rate phase-locked loop, PLL, arranged to lock the clock recovery for all non-master lanes to the master lane, non-master lanes further being configured, when no data needs to be sent, to stall during a period of inactivity; and physical layer logic to interface with the link. a master lane configured to, when no data needs to be sent, fill the master lane to keep a data sink active and to synchronize to a data source, and non-master lanes (302, 303, 304) configured to be locked in synchronization with the master lane by a data-rate phase-locked loop, PLL, arranged to lock the clock recovery for all non-master lanes to the master lane, non-master lanes further being configured, when no data needs to be sent, to stall during a period of inactivity; and physical layer logic to interface with the link.
Tyre comprising a tread, a crown with a crown reinforcement, two sidewalls, two beads, a carcass reinforcement anchored to the two beads and extending from one sidewall to the other, the tread comprising a) an elastomeric matrix which comprises predominantly by weight one or more thermoplastic elastomers, one or more of these thermoplastic elastomers comprising at least one unsaturated elastomer block and at least one thermoplastic block, and b) a crosslinking system based on sulfur or a sulfur donor and on one or more vulcanization accelerators.
A method for modifying a!stream of multimedia content to implement trick mode playback on a playback device, the method comprising: setting a discontinuity indicator in an adaptation field associated with a video!frame to disable a frequency adjustment of a synchronization circuit; and setting a substitute program clock reference value in the adaptation field to facilitate playback of the multimedia stream on the playback device in accordance with a desired trick mode. setting a discontinuity indicator in an adaptation field associated with a video!frame to disable a frequency adjustment of a synchronization circuit; and setting a substitute program clock reference value in the adaptation field to facilitate playback of the multimedia stream on the playback device in accordance with a desired trick mode.
A heart valve structure comprising: a conduit (110, 210) having an inner conduit surface (120, 212); and a multi-leaflet structure having an open state and a closed state, the multi-leaflet structure comprising: a first valve leaflet (130, 235, 350), having a first sinus structure (302, 575), a first sinus edge (140, 355), a first fan structure(150, 315), and a first fan edge, wherein at least a portion of the first sinus edge is affixed to the inner conduit surface; a second valve leaflet, having a second sinus structure, a second sinus edge, a second fan structure, and a second fan edge, wherein at least a portion of the second sinus edge is affixed to the inner conduit surface; and a commissure joining the first valve leaflet and the second valve leaflet; and characterized in that there is a valve gap (460, 560) formed between the first fan edge and the second fan edge when the multi-leaflet structure is in the closed state. a conduit (110, 210) having an inner conduit surface (120, 212); and a multi-leaflet structure having an open state and a closed state, the multi-leaflet structure comprising: a first valve leaflet (130, 235, 350), having a first sinus structure (302, 575), a first sinus edge (140, 355), a first fan structure(150, 315), and a first fan edge, wherein at least a portion of the first sinus edge is affixed to the inner conduit surface; a second valve leaflet, having a second sinus structure, a second sinus edge, a second fan structure, and a second fan edge, wherein at least a portion of the second sinus edge is affixed to the inner conduit surface; and a commissure joining the first valve leaflet and the second valve leaflet; and characterized in that there is a valve gap (460, 560) formed between the first fan edge and the second fan edge when the multi-leaflet structure is in the closed state. a first valve leaflet (130, 235, 350), having a first sinus structure (302, 575), a first sinus edge (140, 355), a first fan structure(150, 315), and a first fan edge, wherein at least a portion of the first sinus edge is affixed to the inner conduit surface; a second valve leaflet, having a second sinus structure, a second sinus edge, a second fan structure, and a second fan edge, wherein at least a portion of the second sinus edge is affixed to the inner conduit surface; and a commissure joining the first valve leaflet and the second valve leaflet; and characterized in that there is a valve gap (460, 560) formed between the first fan edge and the second fan edge when the multi-leaflet structure is in the closed state.
An environmental control system comprising: a compression device (40a, 40b) including a compressor (42a, 42b), a turbine (44a, 44b), and an electric motor operably coupled by a shaft (46a, 46b), characterised in that the electric motor and the turbine (44a, 44b), are arranged in series relative to a flow of a first medium; and the turbine (44a, 44b), is arranged downstream from the electric motor relative to the flow of the first medium. a compression device (40a, 40b) including a compressor (42a, 42b), a turbine (44a, 44b), and an electric motor operably coupled by a shaft (46a, 46b), characterised in that the electric motor and the turbine (44a, 44b), are arranged in series relative to a flow of a first medium; and the turbine (44a, 44b), is arranged downstream from the electric motor relative to the flow of the first medium.
A shovel, comprising: a lower traveling body; an upper turning body pivotally mounted on the lower traveling body; a power source mounted on the upper turning body; a first hydraulic pump driven by the power source and mounted on the upper turning body; a second hydraulic pump driven by the power source and mounted on the upper turning body; a first bleed valve disposed in a first conduit from which hydraulic oil is discharged from the first hydraulic pump; a second bleed valve disposed in a second conduit from which hydraulic oil is discharged from the second hydraulic pump; a hydraulic actuator (7, 8, 9, 1A, 1B, 2A) driven by the hydraulic oil discharged from at least one of the first hydraulic pump and the second hydraulic pump; an operating device used to operate the actuator; and a control device configured to control an acceleration/deceleration characteristic of the hydraulic actuator in response to an operation of the operating device depending on a work mode, wherein the control device controls an acceleration/deceleration characteristic by changing an opening area of the first bleed valve and the second bleed valve and a setting condition of the power source, depending on the work mode. a lower traveling body; an upper turning body pivotally mounted on the lower traveling body; a power source mounted on the upper turning body; a first hydraulic pump driven by the power source and mounted on the upper turning body; a second hydraulic pump driven by the power source and mounted on the upper turning body; a first bleed valve disposed in a first conduit from which hydraulic oil is discharged from the first hydraulic pump; a second bleed valve disposed in a second conduit from which hydraulic oil is discharged from the second hydraulic pump; a hydraulic actuator (7, 8, 9, 1A, 1B, 2A) driven by the hydraulic oil discharged from at least one of the first hydraulic pump and the second hydraulic pump; an operating device used to operate the actuator; and a control device configured to control an acceleration/deceleration characteristic of the hydraulic actuator in response to an operation of the operating device depending on a work mode, wherein the control device controls an acceleration/deceleration characteristic by changing an opening area of the first bleed valve and the second bleed valve and a setting condition of the power source, depending on the work mode.
A method for making a marker, characterized by: obtaining a resonator material which has been annealed under a tensile force selected to provide a maximum resonant amplitude at a bias field H max; disposing the resonator material and a bias material in a stacked configuration within a housing to form said marker; and reducing a value of an operating bias field H operating in said marker to a value less than a value of said bias field H max by performing: selectively modifying a spacing between said resonator material and said bias material arranged in said stacked configuration; and partially de-gaussing said bias material subsequent to being fully saturated. obtaining a resonator material which has been annealed under a tensile force selected to provide a maximum resonant amplitude at a bias field H max; disposing the resonator material and a bias material in a stacked configuration within a housing to form said marker; and reducing a value of an operating bias field H operating in said marker to a value less than a value of said bias field H max by performing: selectively modifying a spacing between said resonator material and said bias material arranged in said stacked configuration; and partially de-gaussing said bias material subsequent to being fully saturated. selectively modifying a spacing between said resonator material and said bias material arranged in said stacked configuration; and partially de-gaussing said bias material subsequent to being fully saturated.
A compound of the Formula wherein R is selected from the group consisting of CH 3, CH(CH 3) 2, CH 2 CN, CH 2 CHF 2, CH 2 CF 3, CH 2 CH 2 OCH 3, and CH 2 C OCH(CH 3) 2; R 1 is selected from the group consisting of CF 3, OCF 3, and Cl; R 2 is selected from the group consisting of H and F; or a pharmaceutically acceptable salt thereof. R 1 is selected from the group consisting of CF 3, OCF 3, and Cl; R 2 is selected from the group consisting of H and F;
A method for the production of a water-reactive Al film comprising the steps of melting a material which contains 4NAl or 5NAl as an Al raw material, and added In in an amount ranging from 2 to 5 % by mass and added Si, including the Si as an impurity of the Al raw material, in a total amount ranging from 0.04 to 0.6 % by mass, on the basis of the mass of the Al raw material in such a manner that the resulting molten material has a uniform composition; forming this material into a form of a rod or a wire to give a material; then flame-spraying this material on the surface of a base material; and then solidifying the sprayed molten material through quenching to thus form an Al film in which In is uniformly dispersed in Al crystalline grains.
A filter device for implantation in a gall bladder connected to a cystic duct, characterized by: a mesh blocking section for filtering structures greater than a specified minimum size; and, an anchoring section for preventing unwanted movement of the filter device, wherein the anchoring section is an elongated section adapted such that, in use, it extends from the blocking section away from the cystic duct, wherein the anchoring section is of sufficient length such that, in use, any movement of the blocking section away from the cystic duct causes the distal end of the anchoring section to bump against the wall of gall bladder, stopping sinking movement away from the cystic duct, and wherein the anchoring section has at least one curve and/or a loop at the end to prevent the anchoring section from puncturing and/or abrading the bladder wall in use; wherein the filter device does not apply expansive radial force on a wall of the gall bladder, and where the filter device is comprised of a single filament. an anchoring section for preventing unwanted movement of the filter device, wherein the anchoring section is an elongated section adapted such that, in use, it extends from the blocking section away from the cystic duct, wherein the anchoring section is of sufficient length such that, in use, any movement of the blocking section away from the cystic duct causes the distal end of the anchoring section to bump against the wall of gall bladder, stopping sinking movement away from the cystic duct, and wherein the anchoring section has at least one curve and/or a loop at the end to prevent the anchoring section from puncturing and/or abrading the bladder wall in use; wherein the filter device does not apply expansive radial force on a wall of the gall bladder, and where the filter device is comprised of a single filament.
Method for performing communication in a self-organized wireless network, in particular a vehicular network, preferably based on the IEEE 802.11 MAC protocol, wherein said network includes a plurality of network nodes each being equipped with a communication system, wherein said communication systems generate periodic messages that are transmitted via a dedicated wireless communication channel, wherein each of said communication systems employs specific transmission parameters consisting of a message interval and a transmit power for transmitting said periodic messages, wherein a reliability threshold for a maximum admissible load of said communication channel is defined, wherein the reliability threshold is the threshold above which the packet delivery reliability degrades below a predefined value and a load of the communication channel is the percentage of time in which the channel is occupied by a carrier signal, wherein each network node, taking into consideration information on network nodes in its surrounding, establishes a relation between said message interval and said transmit power - interval-power-relation - such that said reliability threshold is not exceeded, and wherein each network node applies its established interval-power-relation to adjust transmit power and/or message interval of its outgoing periodic messages, and wherein a network node employs a channel busy time, CBT, providing a direct indication of the channel load, in order to restrict the range of values of its own transmit power and message interval on the basis of its established interval-power-relation.