mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting system information to a machine type communications, MTC, device in a mobile communication system, the method comprising: configuring first system information including information on first antenna configuration; configuring second system information including the information on the first antenna configuration and information on second antenna configuration; transmitting, on a physical broadcast channel, the first system information, and transmitting, on the physical broadcast channel, the second system information for the MTC device, so that the MTC device uses channel estimation information based on the second antenna configuration information for data demodulation, and uses the first antenna configuration information for data resource mapping; wherein the first antenna configuration corresponds to a number of antennas used to transmit the first system information and the second antenna configuration corresponds to a number of antennas used to transmit the second system information for the MTC device, and wherein the first antenna configuration comprises the second antenna configuration; wherein the information on the first antenna configuration is scrambled in a cyclic redundancy check, CRC, included in the first system information, and the information on the second antenna configuration is scrambled in a CRC included in the second system information, and wherein if the second system information includes system frame number, SFN, the second system information includes enhanced physical downlink control channel, ePDCCH, information to be used by the MTC device for reception of control channels. configuring first system information including information on first antenna configuration; configuring second system information including the information on the first antenna configuration and information on second antenna configuration; transmitting, on a physical broadcast channel, the first system information, and transmitting, on the physical broadcast channel, the second system information for the MTC device, so that the MTC device uses channel estimation information based on the second antenna configuration information for data demodulation, and uses the first antenna configuration information for data resource mapping; wherein the first antenna configuration corresponds to a number of antennas used to transmit the first system information and the second antenna configuration corresponds to a number of antennas used to transmit the second system information for the MTC device, and wherein the first antenna configuration comprises the second antenna configuration; wherein the information on the first antenna configuration is scrambled in a cyclic redundancy check, CRC, included in the first system information, and the information on the second antenna configuration is scrambled in a CRC included in the second system information, and wherein if the second system information includes system frame number, SFN, the second system information includes enhanced physical downlink control channel, ePDCCH, information to be used by the MTC device for reception of control channels.
Busbar system, comprising a profile rail having a longitudinal slot, and at least one 2-phase contact element, wherein contact strips are arranged at opposite sides of the longitudinal slot and are positioned at a distance from each other, against which electrically separated contacts of the at least one 2-phase contact element rest in function, characterized in that the contact strips, which are of convex design in cross-section in the direction facing one another, rest in each case against the base, which is matched in its contour to the contour of the contact strip, of a groove provided in the associated wall of the profile rail and are held in a form-fitting manner or by adhesion, and/or the resilient contacts held on at least one connecting part of the contact element are curved in a spherical manner in the direction facing away from one another.
A process for the preparation of tetrofosmin or acid addition salt thereof, comprising the steps of: a) reduction of diethylbenzylphosphonate of Formula 8 by treating with a suitable reducing agent in the presence of a suitable solvent, optionally in the presence of catalyst, to provide benzyl phosphine of Formula 9; b) coupling the benzyl phosphine of Formula 9 with vinyl ethyl ether of Formula 3 in the presence of suitable solvent and catalyst to provide benzylbis(2-ethoxyethyl)phosphane of Formula 4; proviso that said coupling step is not carried out under photolytic conditions; c) coupling of benzylbis(2-ethoxyethyl)phosphane of Formula 4 with 1,2-dibromoethane of Formula 10, optionally using a suitable solvent, to provide ethane-1,2-diylbis(benzylbis(2-ethoxyethyl)phosphonium)bromide of Formula 11; d) converting the ethane-1,2-diylbis(benzylbis(2-ethoxyethyl) phosphonium) bromide of Formula 11 using a suitable base in the presence of suitable solvent into ethane-1,-2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 e) deoxygenating ethane-1, 2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 using the suitable reagent in the presence of suitable solvent to obtain tetrofosmin, and; f) optionally, converting tetrofosmin into acid addition salt thereof. a) reduction of diethylbenzylphosphonate of Formula 8 by treating with a suitable reducing agent in the presence of a suitable solvent, optionally in the presence of catalyst, to provide benzyl phosphine of Formula 9; b) coupling the benzyl phosphine of Formula 9 with vinyl ethyl ether of Formula 3 in the presence of suitable solvent and catalyst to provide benzylbis(2-ethoxyethyl)phosphane of Formula 4; proviso that said coupling step is not carried out under photolytic conditions; c) coupling of benzylbis(2-ethoxyethyl)phosphane of Formula 4 with 1,2-dibromoethane of Formula 10, optionally using a suitable solvent, to provide ethane-1,2-diylbis(benzylbis(2-ethoxyethyl)phosphonium)bromide of Formula 11; d) converting the ethane-1,2-diylbis(benzylbis(2-ethoxyethyl) phosphonium) bromide of Formula 11 using a suitable base in the presence of suitable solvent into ethane-1,-2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 e) deoxygenating ethane-1, 2-diylbis(bis(2-ethoxyethyl)phosphine oxide of Formula 12 using the suitable reagent in the presence of suitable solvent to obtain tetrofosmin, and; f) optionally, converting tetrofosmin into acid addition salt thereof.
Aradome, comprising: a dielectric wall having first and second portions; first metallic layers embedded within and/or disposed on the first portion of the dielectric wall and including an inductive metallic grid defining grid apertures and a repeating lattice of metallic structures within the grid apertures; second metallic layers embedded within and/or disposed on the second portion of the dielectric wall and including an inductive metallic grid including meandering grid arms; the first and second metallic layers each being configured to act as a sub-resonant reactive impedance surface at a lower frequency and as a frequency selective surface at an upper frequency. a dielectric wall having first and second portions; first metallic layers embedded within and/or disposed on the first portion of the dielectric wall and including an inductive metallic grid defining grid apertures and a repeating lattice of metallic structures within the grid apertures; second metallic layers embedded within and/or disposed on the second portion of the dielectric wall and including an inductive metallic grid including meandering grid arms; the first and second metallic layers each being configured to act as a sub-resonant reactive impedance surface at a lower frequency and as a frequency selective surface at an upper frequency.
A method of producing a genetically modified plant having an increased capsinoids production capability, comprising performing a genetic modification to decrease expression or activity of an enzyme that catalyzes an amino group conversion reaction from vanillin to vanillylamine in a plant having a capsaicinoid biosynthesis system, wherein the plant belongs to the genus Capsicum, and wherein the enzyme is a pAMT gene product.
Support frame for a plough which is used for attaching the plough to a vehicle, the support frame comprising a fixing base on the vehicle side, a support beam, a lifting cylinder, a shifting cylinder, a coupling arm and a third cylinder, the main element of the support frame being the support beam connected at the fixing base using a first joint and connectable to the plough at a second joint, wherein the support beam can be lifted up and down with the lifting cylinder and shifted left/right with the shifting cylinder, the shifting cylinder being located on the same principally horizontal plane as the support beam and attached at a first end to the fixing base and at a second end to the support beam between the two ends of the support beam, wherein the support beam and the coupling arm are located between the plough and the fixing base on the same vertical plane in a way that they form a vertical parallelogram, wherein the support beam and the third cylinder are located between the plough and the fixing base in such a way that they form a horizontal parallelogram in a projection on a horizontal plane, where the support frame is adapted for shifting the plough laterally with the third cylinder acting as a link of the horizontal parallelogram, the support frame being also adapted for rotating the plough with the third cylinder acted for rotating the plough about the vertical axis of the second joint and thus adjust the angle of the plough, and for adjusting the pressure applied by the plough to the surface being worked on.
A control apparatus applied to an inverter, comprising an overvoltage protection circuit 2. and a detection circuit, wherein the detection circuit is configured to: detect a bus, BUS, voltage of the inverter, and input the detected BUS voltage to the overvoltage protection circuit, wherein the BUS voltage refers to a voltage across a BUS capacitor, the BUS voltage is used to supply power to an auxiliary power supply circuit of the inverter and an inverter circuit of the inverter, the auxiliary power supply circuit is configured to supply auxiliary power to the inverter circuit, and the BUS capacitor is powered by a photo-voltaic, PV, battery; and the overvoltage protection circuit is configured to: receive the BUS voltage input by the detection circuit; when the BUS voltage is greater than or equal to a first threshold, control the PV battery to short-circuit, so that the PV battery stops supplying power to the BUS capacitor, to make the BUS voltage drop; and when the BUS voltage drops to a second threshold, stop controlling the PV battery to short-circuit, so that the PV battery continues to supply power to the BUS capacitor, to make the BUS voltage rise, wherein the first threshold is greater than the second threshold, the first threshold is less than or equal to a maximum operating voltage that is allowed by an internal component of the inverter, and the second threshold is greater than or equal to a minimum operating voltage of the auxiliary power supply circuit.
A mounting bracket for a gas distribution manifold for a gas grill, the grill including a fire box and support frame, characterized in that the bracket comprises: a first end adapted to support a gas distribution manifold; a second end adapted to be attached to a wall of the fire box; and, an intermediate portion adapted to be secured to said support frame. a first end adapted to support a gas distribution manifold; a second end adapted to be attached to a wall of the fire box; and, an intermediate portion adapted to be secured to said support frame.
A system for preparing a starch pre-dispersion for the production of gypsum-containing products, comprising: a starch feeder, preferably a loss-in-weight feeder, for storage of dry starch, preferably pregelatinized corn flour; a venturi mixer; a vacuum pick-up unit for supplying the dry starch from the feeder at an adjustable rate to the venturi mixer; a first water pump for supplying water at an adjustable rate to the venturi mixer to form a starch pre-dispersion of from 2% to 10% by weight starch; and a second water pump for supplying gauging water to the starch pre-dispersion to prepare the starch pre-dispersion in the gauging water. a starch feeder, preferably a loss-in-weight feeder, for storage of dry starch, preferably pregelatinized corn flour; a venturi mixer; a vacuum pick-up unit for supplying the dry starch from the feeder at an adjustable rate to the venturi mixer; a first water pump for supplying water at an adjustable rate to the venturi mixer to form a starch pre-dispersion of from 2% to 10% by weight starch; and a second water pump for supplying gauging water to the starch pre-dispersion to prepare the starch pre-dispersion in the gauging water.
A liquid formulation based on polyhexamethylene biguanide comprising polyhexamethylene biguanide at a concentration within the range of 0,04%-0,08% (w/v), a buffer system for keeping the pH within the range of 5-6,5, an isotonizing agent for keeping the osmolarity within the range of 270-330 mOsm/Kg, characterized by a molecular weight of polyhexamethylene biguanide within the range of 2,300-6,000 amu and a polydispersion index of the polymer within the range of 1.5-1.9, suitable for ophthalmic administration for use in the treatment of Acanthamoeba keratitis and/or fungal infections.
A watering assembly comprising a water piping unit serving as a conduit for watering livestock, a nipple valve and a drip cup, said piping unit comprising; a nipple slot which is integrally formed with said piping unit, said nipple slot being adapted receive and retain the nipple valve such that the nipple is fixedly engaged through inside the slot, characterised by a drip cup slot which is integrally formed with said piping unit, said drip cup slot being adapted to engage with a hilt of said drip cup such that the slot engages to inside or outside of said hilt. a nipple slot which is integrally formed with said piping unit, said nipple slot being adapted receive and retain the nipple valve such that the nipple is fixedly engaged through inside the slot, characterised by a drip cup slot which is integrally formed with said piping unit, said drip cup slot being adapted to engage with a hilt of said drip cup such that the slot engages to inside or outside of said hilt.
Injection device for administering a dose of a liquid medicament comprising - a syringe containing the dose of the medicament - a hollow injection needle adapted to penetrate the skin of the patient, - a stopper translatably disposed within the syringe, - a plunger connectable to the stopper and translatable in at least a proximal direction to displace the stopper in the proximal direction and - a releasable noise component capable of, upon release, generating an audible and/or tactile feedback, wherein the proximal displacement of the stopper causes the dose of the medicament to be expelled through the hollow injection needle and the noise component is released when the plunger reaches a position relative to the syringe in which the stopper is located in proximity of a proximal end of the syringe, and wherein the released noise component impacts on at least one component of the injection device to generate the audible and/or tactile feedback indicating the end of the injection characterized in that the component of the injection device, where the released noise component impacts on, comprises at least part of a trigger button. - a syringe containing the dose of the medicament - a hollow injection needle adapted to penetrate the skin of the patient, - a stopper translatably disposed within the syringe, - a plunger connectable to the stopper and translatable in at least a proximal direction to displace the stopper in the proximal direction and - a releasable noise component capable of, upon release, generating an audible and/or tactile feedback,
Particle sensor, comprising a ceramic carrier element, a corona discharge electrode which has a tip, an earth electrode and at least one ioncapturing electrode, characterized in that the electrodes (40, 42, 44) rest on the ceramic carrier element in a planar and adhering manner and therefore form planar electrodes, and in that a subregion of the ceramic carrier element, which subregion is delimited by boundary areas of the ceramic carrier element and on which subregion the tip of the planar corona discharge electrode rests, protrudes from the rest of the ceramic carrier element as a tip of the ceramic carrier element, and in that the ceramic carrier element has a recess which is arranged between the planar corona discharge electrode and the earth electrode and is not filled with the ceramic material of the ceramic carrier element and into which the subregion of the ceramic carrier element, on which subregion the tip of the planar corona discharge electrode rests, protrudes.
A method for managing DNS queries comprising: determining, at a service provider, whether DNS queries associated with an identifiable domain exceed a threshold number of DNS queries that can be processed by a service provider; determining, at the service provider, whether to filter the one or more DNS queries based on the threshold number of DNS queries; and causing, at the service provider, the selective filtering of at least one of the one or more DNS queries based on the determination, wherein the selective filtering of the at least one or more DNS queries corresponds to the selective filtering of DNS queries based on assigned network addresses for a DNS server authoritative for the identified domain and includes causing the filtering of at least one or more DNS queries received at the service provider and directed to one or more assigned network address subdivisions or zones available to the service provider based on router access control lists, the one or more assigned network address subdivisions or zones being created by the service provider and corresponding to a distribution of network addresses. determining, at a service provider, whether DNS queries associated with an identifiable domain exceed a threshold number of DNS queries that can be processed by a service provider; determining, at the service provider, whether to filter the one or more DNS queries based on the threshold number of DNS queries; and causing, at the service provider, the selective filtering of at least one of the one or more DNS queries based on the determination, wherein the selective filtering of the at least one or more DNS queries corresponds to the selective filtering of DNS queries based on assigned network addresses for a DNS server authoritative for the identified domain and includes causing the filtering of at least one or more DNS queries received at the service provider and directed to one or more assigned network address subdivisions or zones available to the service provider based on router access control lists, the one or more assigned network address subdivisions or zones being created by the service provider and corresponding to a distribution of network addresses.
An aircraft floor panel assembly for installation onto a first aircraft seat track beam including a first beam flange having a first non-linear edge, the aircraft floor panel assembly comprising: an aircraft floor panel; and a lockable catch moveably connected to the aircraft floor panel and including a lockable mating edge that is configured, by lateral translation, to selectively mate with the first non-linear edge of the first beam flange, and a lockable catch edge extending beyond the lockable mating edge; wherein the lockable catch is laterally moveable on a lower surface of the aircraft floor panel between an unlocked position and a locked position; wherein in the unlocked position the lockable catch edge is retracted sufficiently for the aircraft floor panel to be seated on the first aircraft seat track beam; and wherein in the locked position, the lockable mating edge mates with the non-linear edge of the first beam flange and the lockable catch edge retains the aircraft floor panel on the first aircraft seat track beam. an aircraft floor panel; and a lockable catch moveably connected to the aircraft floor panel and including a lockable mating edge that is configured, by lateral translation, to selectively mate with the first non-linear edge of the first beam flange, and a lockable catch edge extending beyond the lockable mating edge; wherein the lockable catch is laterally moveable on a lower surface of the aircraft floor panel between an unlocked position and a locked position; wherein in the unlocked position the lockable catch edge is retracted sufficiently for the aircraft floor panel to be seated on the first aircraft seat track beam; and wherein in the locked position, the lockable mating edge mates with the non-linear edge of the first beam flange and the lockable catch edge retains the aircraft floor panel on the first aircraft seat track beam.
A method for producing a spatial fabric sheet by forming a planar, low-stretch support structure to a preform, in which the planar support structure is provided with a binding prior to the forming process, the forming process is subsequently carried out by closing a moulding tool in such a manner that the support structure, by means of several mould part segments (4 to 10) of a first mould part, is placed against a spatially shaped mould surface with mould surface portions (13, 13a) of a second mould part, and the support structure, in the spatially formed position, is held in the formed position during curing of the binding, characterized in that the support structure prior to the forming process is held clamped in a nearly planar state by holding means (25, 26) on at least two longitudinal edge portions (23, 24) oppositely located with respect to the second mould part, and subsequently the support structure is stepwisely placed against the mould surface portions (13, 13a) of the second mould part by the mould part segments (4 to 10) of the first mould part, wherein, at the beginning of the forming process of the support structure, a first mould part segment of the first mould part is initially displaced towards the second mould part, which first mould part segment has associated therewith a first mould surface portion of the second mould part, which is located closest to the support structure held clamped in the unformed state.