mhurhangee/ep-ind-claims huggingface dataset:
A multi-segment component for an aerosol generating article, the multi-segment component comprising: a combustible heat source; an aerosol-forming substrate downstream of the combustible heat source; and a wrapper circumscribing the combustible heat source along at least part of its length; wherein the combustible heat source has at least one shaped recess on its outer surface, and wherein the multi-segment component further comprises an inorganic glue located between the combustible heat source and the wrapper, the inorganic glue at least partially filling the shaped recess. a combustible heat source; an aerosol-forming substrate downstream of the combustible heat source; and a wrapper circumscribing the combustible heat source along at least part of its length; wherein the combustible heat source has at least one shaped recess on its outer surface, and wherein the multi-segment component further comprises an inorganic glue located between the combustible heat source and the wrapper, the inorganic glue at least partially filling the shaped recess.
A vehicle brake hydraulic pressure control apparatus, configured to perform a pressure hold control to hold a brake hydraulic pressure in a state in which a vehicle comes to a halt, and to cancel the pressure hold control using: an initial pressure reduction mode, in which (i) the brake hydraulic pressure is reduced at a rapid pressure reduction rate of a previously-set given gradient when the rapid pressure reduction rate is higher than a normal pressure reduction rate calculated based at least on an accelerator opening and (ii) the brake hydraulic pressure is reduced at the normal pressure reduction rate when the normal pressure reduction rate is higher than the rapid pressure reduction rate; and a latter pressure reduction mode, in which the brake hydraulic pressure is reduced at the normal pressure reduction rate, after the brake hydraulic pressure has been reduced to a switching threshold by the initial pressure reduction mode. an initial pressure reduction mode, in which (i) the brake hydraulic pressure is reduced at a rapid pressure reduction rate of a previously-set given gradient when the rapid pressure reduction rate is higher than a normal pressure reduction rate calculated based at least on an accelerator opening and (ii) the brake hydraulic pressure is reduced at the normal pressure reduction rate when the normal pressure reduction rate is higher than the rapid pressure reduction rate; and a latter pressure reduction mode, in which the brake hydraulic pressure is reduced at the normal pressure reduction rate, after the brake hydraulic pressure has been reduced to a switching threshold by the initial pressure reduction mode.
A pharmaceutical formulation for use in inducing weight loss in a pre-obese, obese, or morbidly obese patient; reducing body fat in a pre-obese, obese, or morbidly obese patient; reducing food intake in a pre-obese, obese, or morbidly obese patient; improving glucose homeostasis in a pre-obese, obese, or morbidly obese patient; preventing an increase in the body mass index of a normal, pre-obese, obese, or morbidly obese patient, or combinations thereof comprising a compound selected from the following compounds: and pharmaceutically acceptable salts thereof.
Method for producing fire protection termination elements with glazing or for producing fire protection termination elements with glazing and fire protection termination elements without glazing, comprising the steps: a) providing fire protection glass panes for fire protection termination elements with glazing, the fire protection glass panes comprising at least a first glass pane and a second glass pane with a fire protection glass pane cavity therebetween, b) filling the fire protection glass pane cavity with a fire protection gel suitable for filling fire protection glass panes; c) providing a fire protection termination element body having a fire protection termination element cavity (36, 38, 40; 130); and d) filling the fire protection termination element cavity (36, 38, 40; 130) with the same fire protection gel. a) providing fire protection glass panes for fire protection termination elements with glazing, the fire protection glass panes comprising at least a first glass pane and a second glass pane with a fire protection glass pane cavity therebetween, b) filling the fire protection glass pane cavity with a fire protection gel suitable for filling fire protection glass panes; c) providing a fire protection termination element body having a fire protection termination element cavity (36, 38, 40; 130); and d) filling the fire protection termination element cavity (36, 38, 40; 130) with the same fire protection gel.
A method for reporting movement information, comprising steps of: determining, by a User Equipment, UE, that the UE is being or has been switched from an idle state into a connection state; and reporting, by the UE, movement information of the UE to a network-side device, wherein the movement information comprises first movement information, or second movement information, or first movement information and second movement information, the first movement information is information representing a movement state of the UE and determined according to mobility state estimation, MSE, which is performed on the UE, and the second movement information is historical information about cell reselection of the UE, the method being characterized by, prior to determining by the UE that the network-side device needs to receive the second movement information, the method further comprising reporting, by the UE, information representing whether or not there is the second movement information to the network-side device. determining, by a User Equipment, UE, that the UE is being or has been switched from an idle state into a connection state; and reporting, by the UE, movement information of the UE to a network-side device, wherein the movement information comprises first movement information, or second movement information, or first movement information and second movement information, the first movement information is information representing a movement state of the UE and determined according to mobility state estimation, MSE, which is performed on the UE, and the second movement information is historical information about cell reselection of the UE, the method being characterized by, prior to determining by the UE that the network-side device needs to receive the second movement information, the method further comprising reporting, by the UE, information representing whether or not there is the second movement information to the network-side device.
A trim balance for a gas turbine engine having a hollow rotatable rotor shaft, said trim balance comprising: an elongate support rod adapted for longitudinal accommodation within, and mounting on, an interior surface of said hollow rotor shaft; at least one balance weight supported on said support rod; a weight retainer disposed on said support rod for retaining said weight thereon such that said weight is selectively mountable on, and removable from, said support rod; wherein said elongate support rod is threaded and said weight retainer comprises a radially enlarged end portion of said support rod and a nut threaded on said rod, said balance weight being compressively retained on said rod between said nut and said enlarged support rod end portion; characterised in that: said enlarged end portion of said rod includes at least one aperture in a longitudinally outer end thereof for receiving tooling for the mounting of said trim balance on and removal of said trim balance from said hollow rotor shaft. an elongate support rod adapted for longitudinal accommodation within, and mounting on, an interior surface of said hollow rotor shaft; at least one balance weight supported on said support rod; a weight retainer disposed on said support rod for retaining said weight thereon such that said weight is selectively mountable on, and removable from, said support rod; wherein said elongate support rod is threaded and said weight retainer comprises a radially enlarged end portion of said support rod and a nut threaded on said rod, said balance weight being compressively retained on said rod between said nut and said enlarged support rod end portion; characterised in that: said enlarged end portion of said rod includes at least one aperture in a longitudinally outer end thereof for receiving tooling for the mounting of said trim balance on and removal of said trim balance from said hollow rotor shaft. said enlarged end portion of said rod includes at least one aperture in a longitudinally outer end thereof for receiving tooling for the mounting of said trim balance on and removal of said trim balance from said hollow rotor shaft.
Supply unit for supplying a raw material quantity into an extrusion machine, comprising a supply channel portion having an exit opening and comprising a feed hopper, wherein the raw material quantity can be conveyed through the exit opening of the supply channel portion into a feed opening of the feed hopper and supplied through the feed hopper to the extrusion machine, characterised in that the supply unit has at least one actuating unit, with which an actuating movement of the supply channel portion and/or of the feed hopper can be generated, so that a displacement of the supply channel portion relative to the feed hopper can be brought about.
A wireless communication apparatus which communicates with a peripheral device, the apparatus comprising: a first communication means for receiving a video signal from the peripheral device; a video processor which processes the video signal; a second communication means for establishing a wireless connection with the peripheral device; and a controller arranged to receive wireless connection configuration information from the peripheral device through the first communication means, and to control the second communication means to establish the wireless connection with the peripheral device based on the received wireless connection configuration information; wherein the controller determines a wireless connection mode based on the wireless connection information according to a current wireless network state, and controls the second communication means to establish the wireless connection with the peripheral device based on the determined wireless connection mode. a first communication means for receiving a video signal from the peripheral device; a video processor which processes the video signal; a second communication means for establishing a wireless connection with the peripheral device; and a controller arranged to receive wireless connection configuration information from the peripheral device through the first communication means, and to control the second communication means to establish the wireless connection with the peripheral device based on the received wireless connection configuration information; wherein the controller determines a wireless connection mode based on the wireless connection information according to a current wireless network state, and controls the second communication means to establish the wireless connection with the peripheral device based on the determined wireless connection mode.
A dental positioning system comprising: a plurality of receptor holders, each receptor holder having an arm extending from a receptor grip, wherein the receptor grip retains a receptor in a fixed position within the grip and with respect to the arm; and an alignment ring having a window formed therein and having a plurality of openings each opening constructed to receive the arm of one corresponding receptor holder of the plurality of receptor holders such that the receptor is substantially centered with respect to the window, wherein each of the plurality of openings is uniquely keyed and each corresponding receptor holder has its arm keyed to be received in the corresponding one keyed opening of the plurality of the openings. a plurality of receptor holders, each receptor holder having an arm extending from a receptor grip, wherein the receptor grip retains a receptor in a fixed position within the grip and with respect to the arm; and an alignment ring having a window formed therein and having a plurality of openings each opening constructed to receive the arm of one corresponding receptor holder of the plurality of receptor holders such that the receptor is substantially centered with respect to the window, wherein each of the plurality of openings is uniquely keyed and each corresponding receptor holder has its arm keyed to be received in the corresponding one keyed opening of the plurality of the openings.
Device for cleaning pipes in the drinking-water system of an aircraft, said device being independent of said aircraft and being connected to said system occasionally and being supplied with liquid, the device comprising a plurality of functional subassemblies necessary for the production of a hot liquid, as well as a mobile chassis supporting a condensing gas boiler with sealed combustion chamber, said device accommodating several gas bottles (210, 220) proposing a sufficient volume of gas able to supply the energy necessary for the production of a large quantity of heat over a very short period.
A line retention system comprising: a positionally fixed retainer including; one or more recesses receptive to one or more lines; and one or more spline recesses receptive to one or more position splines; and the line retention system further comprising one or more position splines fixedly attached on a tubular system and receivable in the one or more spline recesses. a positionally fixed retainer including; one or more recesses receptive to one or more lines; and one or more spline recesses receptive to one or more position splines; and the line retention system further comprising one or more position splines fixedly attached on a tubular system and receivable in the one or more spline recesses.
An endoprosthesis designed for delivery into a lumen in a body of a mammal, the endoprosthesis being formed of a polymer including a reaction product of polyol, isocyanate, and a polyhedral oligosilsesquioxane diol, wherein the endoprosthesis is in a collapsed state so that the endoprosthesis can be delivered into the body lumen, and wherein the endoprosthesis is capable of reverting from the collapsed state to an expanded state when warmed after delivery to the body lumen.
An apparatus for network manager, NM, in a New Radio, NR, network, or Long Term Evolution, LTE, network, the apparatus comprising: at least one processor configured to: request a network functions virtualization orchestrator,NFVO, via a network service,NS, update request, including a nslnstanceld parameter and an updateType parameter, to remove a physical network function,PNF, part from an NS instance with updateType set to RemovePnf, or add a new PNF part to the NS instance with updateType set to AddPnf, as indicated by parameters in the NS update request.
Pillow system for assembling a pillow, which pillow has a pillow slip in which a resilient moulded core is placed and in which, on either side of the moulded core, a material pocket (20, 22) is provided in each case which is filled with a filler material, by inserting the moulded core into the intermediate space formed in the pillow slip by the material pockets (20, 22), said system comprising a plurality of moulded cores which extend in an area, differ from one another in terms of base material, surface contour and/or thickness, and yet have identical external dimensions in the area, and comprising a plurality of pillow slips, each of which comprises an intermediate space that is delimited in each case on either side by a material pocket (20, 22) and is suitably dimensioned for receiving one of the moulded cores, which pillow slips differ from one another in terms of the filler material filled into the material pockets (20, 22) thereof.
A method that uses a supplemental pressure vessel to predict impending failure of a primary pressure vessel (12, 12a), the method comprising: fluidly connecting a primary pressure vessel to a source of pressurized fluid, the primary pressure vessel (12, 12a) having a first life expectancy duration and including a first structural characteristic; selecting a supplemental pressure vessel having a second life expectancy duration shorter than the first life expectancy duration and including a second structural characteristic; fluidly connecting a supplemental pressure vessel in fluid communication with the source and in fluid communication with the primary pressure vessel (12, 12a); and exposing the supplemental pressure vessel to a first fatigue load to cause its failure before failure of the primary pressure vessel (12, 12a) occurs. fluidly connecting a primary pressure vessel to a source of pressurized fluid, the primary pressure vessel (12, 12a) having a first life expectancy duration and including a first structural characteristic; selecting a supplemental pressure vessel having a second life expectancy duration shorter than the first life expectancy duration and including a second structural characteristic; fluidly connecting a supplemental pressure vessel in fluid communication with the source and in fluid communication with the primary pressure vessel (12, 12a); and exposing the supplemental pressure vessel to a first fatigue load to cause its failure before failure of the primary pressure vessel (12, 12a) occurs.
Arc welding method, in which welding energy is supplied to the welding electrode of a welding torch by a welding power source and an electrical arc burns between the welding electrode and a molten bath arranged on a workpiece, characterized in that the periodicity of a periodic change of a welding parameter caused by a relative movement between the welding electrode and the molten bath is recorded and at least one welding parameter is periodically changed automatically with the recorded periodicity by a control unit of the welding power source.
A wind turbine apparatus (10, 40, 80) comprising a plurality of elongate turbine blades (16, 74) rotatably mounted about an axis (14, 72), characterized in that each turbine blade extends generally parallel to the axis and has an aerofoil shaped profile with a leading edge (18, 76), a trailing edge (20, 78) and a thickest portion there between, wherein a line segment drawn from the axis (14, 72) to the centre of a thickest portion of a turbine blade and a line segment drawn from the centre of the thickest portion of the turbine blade to the trailing edge of the turbine blade define an angle of less than 90°, and in that the apparatus further comprises a pair of diametrically opposed wind deflection members (42, 44), the deflection members comprising plates having apex edges positioned adjacent a diameter of the wind turbine such that, when the wind direction is perpendicular to said diameter, the turbine blades and deflection members are exposed to an open, unobstructed wind flow.
A negative electrode for a battery, the negative electrode comprising: a collector; an active material layer provided on the collector, the active material layer including at least one kind of matter in a group consisting of an elementary substance of tin, an elementary substance of silicon, an alloy including at least one of tin and silicon, and a compound including at least one of tin and silicon; and an inorganic compound layer provided on the surface of the active material layer, the inorganic compound layer having a chemical composition expressed by general formula described below, and having lithium ion conductivity. Li x PT y O z wherein component T is at least one kind of element selected from an element group consisting of element symbols Ti, Cu, Zr, Mo, Ta, and W, and additionally x, y, and z satisfy 2.0 ≤ x ≤ 7.0, 0.01 ≤ y ≤ 1.0, and 3.5 ≤ z ≤ 8.0, respectively. a collector; an active material layer provided on the collector, the active material layer including at least one kind of matter in a group consisting of an elementary substance of tin, an elementary substance of silicon, an alloy including at least one of tin and silicon, and a compound including at least one of tin and silicon; and an inorganic compound layer provided on the surface of the active material layer, the inorganic compound layer having a chemical composition expressed by general formula described below, and having lithium ion conductivity. Li x PT y O z wherein component T is at least one kind of element selected from an element group consisting of element symbols Ti, Cu, Zr, Mo, Ta, and W, and additionally x, y, and z satisfy 2.0 ≤ x ≤ 7.0, 0.01 ≤ y ≤ 1.0, and 3.5 ≤ z ≤ 8.0, respectively.
A data transmission method performed by a terminal, wherein the method comprises: receiving domain configuration information, wherein the domain configuration information is used to indicate configurations of a first domain and a second domain, and wherein the first domain and the second domain are distinguished through a frequency domain bandwidth part, BWP, and wherein the domain configuration information comprises configuration information of a first BWP corresponding to the first domain and configuration information of a second BWP corresponding to the second domain; receiving power parameters, wherein part or all of the power parameters are configured independently for the first BWP and for the second BWP, and wherein the power parameters include at least one of a target received power parameter, a path loss compensation coefficient and a dynamic power adjustment value; determining a first power in the first domain according to the power parameters, and transmitting data at the first power in the first domain; determining a second power in the second domain according to the power parameters, and transmitting data at the second power in the second domain. receiving domain configuration information, wherein the domain configuration information is used to indicate configurations of a first domain and a second domain, and wherein the first domain and the second domain are distinguished through a frequency domain bandwidth part, BWP, and wherein the domain configuration information comprises configuration information of a first BWP corresponding to the first domain and configuration information of a second BWP corresponding to the second domain; receiving power parameters, wherein part or all of the power parameters are configured independently for the first BWP and for the second BWP, and wherein the power parameters include at least one of a target received power parameter, a path loss compensation coefficient and a dynamic power adjustment value; determining a first power in the first domain according to the power parameters, and transmitting data at the first power in the first domain; determining a second power in the second domain according to the power parameters, and transmitting data at the second power in the second domain.
A method for making a chimeric antigen receptor T cell having a reduced level of granulocyte-macrophage colony-stimulating factor (GM-CSF) polypeptides, said method comprising: introducing a nucleic acid construct into a T cell ex vivo, wherein said nucleic acid construct comprises: a) a nucleic acid encoding a guide RNA, wherein said guide RNA is complementary to a GM-CSF messenger RNA; b) a nucleic acid encoding a Cas nuclease, and c) a nucleic acid encoding said chimeric antigen receptor, wherein the nucleic acid encoding the chimeric antigen receptor comprises the nucleic acid sequence set forth in SEQ ID NO: 2 and wherein the chimeric antigen receptor targets CD19 tumor-associated antigen. introducing a nucleic acid construct into a T cell ex vivo, wherein said nucleic acid construct comprises: a) a nucleic acid encoding a guide RNA, wherein said guide RNA is complementary to a GM-CSF messenger RNA; b) a nucleic acid encoding a Cas nuclease, and c) a nucleic acid encoding said chimeric antigen receptor, wherein the nucleic acid encoding the chimeric antigen receptor comprises the nucleic acid sequence set forth in SEQ ID NO: 2 and wherein the chimeric antigen receptor targets CD19 tumor-associated antigen.