mhurhangee/ep-ind-claims huggingface dataset:
A lanostane having the following chemical formula or a pharmaceutically acceptable salt thereof for use in the treatment of allergy in a mammal, wherein R 1 is either H or CH 3; R 2 is OCOCH 3, =O or OH; R 3 is H or OH; R 4 is -C(=CH 2)-C(CH 3) 2 R a, in which R a is H or OH, or -CH=C(CH 3)-R b, in which R b is CH 3 or CH 2 OH; R 5 is H or OH; and R 6 is CH 3 or CH 2 OH.
An apparatus comprising: an array of antenna elements configured to emit a radio frequency beam; a gradient index lens located over the array of antenna elements, wherein the gradient index lens is configured to change a first angle at which the radio frequency beam enters the gradient index lens to a second angle when the radio frequency beam exits the gradient index lens, depending on location; a metamaterial lens located over the gradient index lens, wherein the metamaterial lens has a buckyball shape and wherein the metamaterial lens is configured to change the second angle at which the radio frequency beam enters the metamaterial lens to a third angle when the radio frequency beam exits the metamaterial lens; and a controller configured to select a number of antenna elements from the array of antenna elements to change the location at which the radio frequency beam enters the gradient index lens. an array of antenna elements configured to emit a radio frequency beam; a gradient index lens located over the array of antenna elements, wherein the gradient index lens is configured to change a first angle at which the radio frequency beam enters the gradient index lens to a second angle when the radio frequency beam exits the gradient index lens, depending on location; a metamaterial lens located over the gradient index lens, wherein the metamaterial lens has a buckyball shape and wherein the metamaterial lens is configured to change the second angle at which the radio frequency beam enters the metamaterial lens to a third angle when the radio frequency beam exits the metamaterial lens; and a controller configured to select a number of antenna elements from the array of antenna elements to change the location at which the radio frequency beam enters the gradient index lens.
Having thus described the invention, it is claimed: 1. A current reference generator (20, 200) to control a brushless motor in a motor control system, characterized in that the current reference generator (20, 200) comprising: a locate peak torque module that determines a maximum possible torque and a direct axis current that corresponds to the maximum possible torque based on a plurality of motor parameters, a maximum voltage, a motor velocity of the brushless motor, and a sign of a torque command, wherein the maximum voltage is based on a bridge voltage (Vecu) across a plurality of direct current input lines from a direct current power source; a limit torque command module that limits the torque command to the maximum possible torque; a locate minimum current module that determines a value of the direct axis current that results in a minimum motor current; and a solve current reference module that generates a reference vector that satisfies the torque command as limited by the direct axis current that corresponds to the maximum possible torque and the direct axis current that results in the minimum motor current. a locate peak torque module that determines a maximum possible torque and a direct axis current that corresponds to the maximum possible torque based on a plurality of motor parameters, a maximum voltage, a motor velocity of the brushless motor, and a sign of a torque command, wherein the maximum voltage is based on a bridge voltage (Vecu) across a plurality of direct current input lines from a direct current power source; a limit torque command module that limits the torque command to the maximum possible torque; a locate minimum current module that determines a value of the direct axis current that results in a minimum motor current; and a solve current reference module that generates a reference vector that satisfies the torque command as limited by the direct axis current that corresponds to the maximum possible torque and the direct axis current that results in the minimum motor current.
Expandable infusion packet containing a beverage precursor wherein the infusion packet is in a permanently compressed state in the absence of water and converts to an expanded state in the presence of water, wherein the infusion packet has a density of at least 0.5 g/cm 3 when it is in the permanently compressed state, and wherein the infusion packet is substantially rigid and has a Vickers hardness (H v) of at least 0.2 when it is in the permanently compressed state.
A spacecraft comprising: a main body; a set of panels attached to a side of the main body; and a single-point release device (200, 300) retaining the set of panels adjacent to the main body, the single-point release device comprising: a heater for generating heat to expand a thermally sensitive material; an actuator for providing a linear movement based on a phase change of the thermally sensitive material contained in the actuator; and characterised in that the single-point release device comprises: a release fitting and a release rod for retaining and selectively releasing a pin based on the linear movement of the actuator, the actuator being configured to push the pin through the release fitting, wherein the actuator is a membrane-based actuator. a main body; a set of panels attached to a side of the main body; and a single-point release device (200, 300) retaining the set of panels adjacent to the main body, the single-point release device comprising: a heater for generating heat to expand a thermally sensitive material; an actuator for providing a linear movement based on a phase change of the thermally sensitive material contained in the actuator; and characterised in that the single-point release device comprises: a release fitting and a release rod for retaining and selectively releasing a pin based on the linear movement of the actuator, the actuator being configured to push the pin through the release fitting, wherein the actuator is a membrane-based actuator. a heater for generating heat to expand a thermally sensitive material; an actuator for providing a linear movement based on a phase change of the thermally sensitive material contained in the actuator; and characterised in that the single-point release device comprises: a release fitting and a release rod for retaining and selectively releasing a pin based on the linear movement of the actuator, the actuator being configured to push the pin through the release fitting, wherein the actuator is a membrane-based actuator. a release fitting and a release rod for retaining and selectively releasing a pin based on the linear movement of the actuator, the actuator being configured to push the pin through the release fitting, wherein the actuator is a membrane-based actuator.
A compound semiconductor, represented by Chemical Formula 1 below: Chemical Formula 1 In x Co 4 Sb 12-z Se z where, in the Chemical Formula 1, 0<x≤0.25 and 0.4≤z≤2. Chemical Formula 1 In x Co 4 Sb 12-z Se z where, in the Chemical Formula 1, 0<x≤0.25 and 0.4≤z≤2.
A yarn feeding device for feeding yarn to a textile machine, the yarn feeding device comprising: - a moveable yarn carrier adapted to transport yarn in a first, forward direction, - a loop former adapted to draw yarn from a yarn storage, - moveable loop keeping members arranged at opposite lateral sides of an input section of the moveable yarn carrier, wherein the loop former is adapted to position yarn on the moving loop keeping members by moving the yarn from side to side, wherein the moveable loop keeping members are adapted to hold yarn positioned thereon and to release yarn onto the moveable yarn carrier in a meandering pattern at an input area of the moveable yarn carrier; wherein the moveable yarn carrier comprises an output section, from which output section yarn lying on the moveable carrier is adapted to leave the moveable yarn carrier; characterized in that it further comprises at least one endless belt distanced from the moveable carrier and moving in parallel with the moveable yarn carrier. - a moveable yarn carrier adapted to transport yarn in a first, forward direction, - a loop former adapted to draw yarn from a yarn storage, - moveable loop keeping members arranged at opposite lateral sides of an input section of the moveable yarn carrier, wherein the loop former is adapted to position yarn on the moving loop keeping members by moving the yarn from side to side, wherein the moveable loop keeping members are adapted to hold yarn positioned thereon and to release yarn onto the moveable yarn carrier in a meandering pattern at an input area of the moveable yarn carrier; wherein the moveable yarn carrier comprises an output section, from which output section yarn lying on the moveable carrier is adapted to leave the moveable yarn carrier; characterized in that it further comprises at least one endless belt distanced from the moveable carrier and moving in parallel with the moveable yarn carrier.
2- -(4-Fluoro-2-methyl-phenyl)-4- -( -6-oxo-hexahydro-pyrrolo[1,2- a]-pyrazin-2-yl)-piperidine-1-carboxylic acid [1- -(3,5-bis-trifluoromethyl-phenyl)-ethyl]-methylamide (orvepitant) or a pharmaceutically acceptable salt thereof, for use in the treatment of chronic cough.
A method of modifying a HyperText Transfer Protocol 'HTTP' request to be sent over a Secure Sockets Layer 'SSL' 3.0 connection or a Transport Layer Security 'TLS' 1.0 connection to a web server, the HTTP request containing a target header that includes a confidential value, the method characterised by: generating an additional header (810,910) having a header name that is not recognizable by the web server; and inserting the additional header into the HTTP request ahead of the target header, thus creating a modified HTTP request (800,900,1000,1100) to be sent, instead of the unmodified HTTP request, over the SSL 3.0 connection or the TLS 1.0 connection to the web server. generating an additional header (810,910) having a header name that is not recognizable by the web server; and inserting the additional header into the HTTP request ahead of the target header, thus creating a modified HTTP request (800,900,1000,1100) to be sent, instead of the unmodified HTTP request, over the SSL 3.0 connection or the TLS 1.0 connection to the web server.
An apparatus (500, 600) for laser micromachining adapted to minimize redeposition of material removed from a sample (104, 504) by laser ablation, the apparatus comprising: a vacuum chamber for holding a sample; a source of a precursor gas for filling the vacuum chamber with said precursor gas to a desired pressure; a laser system for operating on the sample in the vacuum chamber, in operation the laser system generating a pulsed laser beam having an energy great enough to ablate the sample so that material removed from a sample surface is ejected into the gas atmosphere where at least a portion of the ejected material reacts with gas particles to form a volatile compound that will not redeposit onto the sample surface; and in operation said desired gas pressure providing an adequate concentration of gas particles in the vacuum chamber so that substantially all of the ejected material is volatilized in the atmosphere of the vacuum chamber before redeposition. a vacuum chamber for holding a sample; a source of a precursor gas for filling the vacuum chamber with said precursor gas to a desired pressure; a laser system for operating on the sample in the vacuum chamber, in operation the laser system generating a pulsed laser beam having an energy great enough to ablate the sample so that material removed from a sample surface is ejected into the gas atmosphere where at least a portion of the ejected material reacts with gas particles to form a volatile compound that will not redeposit onto the sample surface; and in operation said desired gas pressure providing an adequate concentration of gas particles in the vacuum chamber so that substantially all of the ejected material is volatilized in the atmosphere of the vacuum chamber before redeposition.
Method for controlling the web tension of a product web in a web processing machine, wherein an actual value ( y) of the web tension is controlled by means of a control element of a closed web tension control loop to a target value ( w) of the web tension, a control deviation (e) being fed to the control element, a controller output variable ( u R) being output by the control element, characterized in that, before an impending change in at least one parameter influencing the web tension, the effects of the web tension control on a web stretch (ε) are reduced, wherein the at least one parameter influencing the web tension is a parameter characterizing the product web, wherein the effects of the web tension control on the web stretch (ε) are reduced by changing controller parameters (210, 211) of the control element, limiting the controller output variable ( u R) and/or the control deviation ( e), changing the set point ( w) of the web tension and/or changing the bandwidth of the closed web tension control loop.
An aircraft comprising a cabin including: a first portion including an upper deck and a lower deck, the upper deck and the lower deck being disposed proximate to each other with vertical separation therebetween; a second portion including an intermediate deck disposed in a plane that is vertically separated from both the upper deck and the lower deck; a first ramp extending between the lower deck and the intermediate deck to provide access therebetween; and a second ramp extending between the upper deck and the intermediate deck to provide access therebetween, wherein at least one of the first ramp and the second ramp extends from a centerline portion of the cabin on the intermediate deck to a portion of a respective one of the lower deck or the upper deck that is substantially outboard of the centerline of the cabin. a first portion including an upper deck and a lower deck, the upper deck and the lower deck being disposed proximate to each other with vertical separation therebetween; a second portion including an intermediate deck disposed in a plane that is vertically separated from both the upper deck and the lower deck; a first ramp extending between the lower deck and the intermediate deck to provide access therebetween; and a second ramp extending between the upper deck and the intermediate deck to provide access therebetween, wherein at least one of the first ramp and the second ramp extends from a centerline portion of the cabin on the intermediate deck to a portion of a respective one of the lower deck or the upper deck that is substantially outboard of the centerline of the cabin.
A compound of the formula: wherein Y is CH or N; Z is CH or N; provided that when Y is CH, Z is N and when Y is N, Z is CH; X is CH or N; Q is CH or N; and R is C1-C3 alkyl, C3-C5 cycloalkyl, or CN; or a pharmaceutically acceptable salt thereof. Y is CH or N; Z is CH or N; provided that when Y is CH, Z is N and when Y is N, Z is CH; X is CH or N; Q is CH or N; and R is C1-C3 alkyl, C3-C5 cycloalkyl, or CN;
Use of a metallic pigment-containing ink comprising a metallic pigment as a printing ink for the purpose of reducing sparking during printing, wherein the ink exhibits a magnitude of exotherm less than 1200 J/g, or does not exhibit an observable exotherm.
Vertically and horizontally acting air bearing comprising - a base plate; - an intermediate part which is movably arranged on the base plate; - a piston which is movably arranged inside the intermediate part and bears a load which is supported in a vibration-isolated manner in the horizontal and vertical directions with respect to the base plate; - a coupling element which defines the contact point between the piston and the load and connects the piston to the load; characterised in that the coupling element is connected on the one hand to the piston by means of an extension extending through the piston from above, and is connected on the other hand to the load by means of a further extension which extends in the direction of the base and is attached to the load, and wherein the coupling element is spaced apart from the load by at least one quarter of the piston length. - a base plate; - an intermediate part which is movably arranged on the base plate; - a piston which is movably arranged inside the intermediate part and bears a load which is supported in a vibration-isolated manner in the horizontal and vertical directions with respect to the base plate; - a coupling element which defines the contact point between the piston and the load and connects the piston to the load;
A method for use in an access point, AP, the method comprising: transmitting data to a station, STA, during a transmission opportunity, TXOP; and transmitting, on a condition that the AP does not have further data to transmit, an indication of truncation of the TXOP including a space-time block code, STBC, contention free, CF-End frame and a non- STBC CF-End frame. transmitting data to a station, STA, during a transmission opportunity, TXOP; and transmitting, on a condition that the AP does not have further data to transmit, an indication of truncation of the TXOP including a space-time block code, STBC, contention free, CF-End frame and a non- STBC CF-End frame.
A laundry scheduling device comprising: a communication unit configured to communicate with a plurality of laundry apparatuses (200, 300, 400); an input interface configured to receive speech of a user; and one or more processors configured to: identify a plurality of terms of the received speech respectively corresponding to laundry items to be laundered; acquire one or more features associated with each of the plurality of terms for each of the laundry items by using a trained learning model; acquire laundry information for each of the laundry items based on the acquired one or more features; and generate laundry schedule information using at least one of the plurality of laundry apparatuses (200, 300, 400) for the laundry items, wherein the plurality of laundry apparatuses (200, 300, 400) comprise at least one of a washing apparatus, a dryer or a clothes manager, and wherein the laundry schedule information includes an order of laundry performed by at least one of the plurality of laundry apparatuses (200, 300, 400) for the laundry items, wherein the one or more processors is further configured to generate the laundry schedule information by determining at least one of the laundry items not to be washed by at least one of the plurality of laundry apparatuses (200, 300, 400) based on the laundry information for each of the laundry items. a communication unit configured to communicate with a plurality of laundry apparatuses (200, 300, 400); an input interface configured to receive speech of a user; and one or more processors configured to: identify a plurality of terms of the received speech respectively corresponding to laundry items to be laundered; acquire one or more features associated with each of the plurality of terms for each of the laundry items by using a trained learning model; acquire laundry information for each of the laundry items based on the acquired one or more features; and generate laundry schedule information using at least one of the plurality of laundry apparatuses (200, 300, 400) for the laundry items, identify a plurality of terms of the received speech respectively corresponding to laundry items to be laundered; acquire one or more features associated with each of the plurality of terms for each of the laundry items by using a trained learning model; acquire laundry information for each of the laundry items based on the acquired one or more features; and generate laundry schedule information using at least one of the plurality of laundry apparatuses (200, 300, 400) for the laundry items, wherein the plurality of laundry apparatuses (200, 300, 400) comprise at least one of a washing apparatus, a dryer or a clothes manager, and wherein the laundry schedule information includes an order of laundry performed by at least one of the plurality of laundry apparatuses (200, 300, 400) for the laundry items, wherein the one or more processors is further configured to generate the laundry schedule information by determining at least one of the laundry items not to be washed by at least one of the plurality of laundry apparatuses (200, 300, 400) based on the laundry information for each of the laundry items.
A computer system for network validation of information, comprising: a server and a plurality of clients connected via a network, wherein the server comprises: at least one processor configured to carry out the method of claim 2, and a memory coupled to the at least one processor and configured to provide the at least one processor with instructions. at least one processor configured to carry out the method of claim 2, and a memory coupled to the at least one processor and configured to provide the at least one processor with instructions.
Fastening clip for fastening a solenoid coil unit fitted to an armature tube of a valve, with a base plate through which a centring hole passes, with two clamping wings (91, 92) folded over in two opposite fold-over edge regions of the base plate and projecting beyond a top side of the base plate, which clamping wings (91, 92) have at the end face at their mutually facing free ends a clamping edge each, which together bound a clamping opening in alignment with the centring hole in the axial direction of a vertical axis, wherein the clamping wings (91, 92) are bendable in a spring-elastic way relative to the base plate while changing the cross-section of the clamping opening and in a position of use of the fastening clip fitted to the armature tube bear with preload in a clamping manner against the outer circumference of the armature tube passing through the centring hole and the clamping opening, characterised in that at least one actuating tab projecting above the top side - remote from the base plate - of the clamping wing (91, 92) is located on each of the clamping wings (91, 92) away from its clamping edge, wherein each of the actuating tabs has an actuating face, to which an actuating force can be applied in order to spread the clamping wings (91, 92) in the course of an opening movement elastically to increase the cross-section of the clamping opening, thereby releasing the clamping to the armature tube.
An advanced macromolecule transduction domain (aMTD) sequence that transduces biologically active macromolecules into the plasma membrane and consists of amino acid sequences having the following characteristics: a. Amino Acid Length: 12 b. Bending Potential: Proline positioned in the middle (7' or 8') and at the end of the sequence. c. Rigidity/Flexibility: Instability Index: 40 - 60 d. Structural Feature: Aliphatic Index: 180 - 220 e. Hydropathy: Grand Average of Hydropathy (GRAVY): 2.3 - 2.6 f. Amino Acid Composition: the aMTD sequence consists of hydrophobic and aliphatic amino acids selected from the group consisting of Alanine, Valine, Leucine, Isolcucinc, and Proline at amino acid position 7 or 8 and at amino acid position 12. a. Amino Acid Length: 12 b. Bending Potential: Proline positioned in the middle (7' or 8') and at the end of the sequence. c. Rigidity/Flexibility: Instability Index: 40 - 60 d. Structural Feature: Aliphatic Index: 180 - 220 e. Hydropathy: Grand Average of Hydropathy (GRAVY): 2.3 - 2.6 f. Amino Acid Composition: the aMTD sequence consists of hydrophobic and aliphatic amino acids selected from the group consisting of Alanine, Valine, Leucine, Isolcucinc, and Proline at amino acid position 7 or 8 and at amino acid position 12.